demo.md

# [NXP Application Code Hub](https://mcuxpresso.nxp.com/appcodehub) - Index Of Demos
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## Index
1. [ MCXA34X  triple motor control demo using HVP board](#dm-mc-pmsm-triple-mcxa34x)
2. [24-Channel SPI Serial Bus 63 mA / 5.5 V Constant-Current LED Driver](#dm-pca9958hn-led-driver-with-spi-demo-app)
3. [4x4 Key Click: multi-platform ecosystem.](#dm-mikroe-4x4-key-click-frdm)
4. [A simple CAN bootloader project for FRDM-MCXA156](#dm-frdm-mcxa156-can-bootloader)
5. [ADC Die Temperature Plotting Using FreeMASTER](#dm-adc-tempsense-freemaster-s32k356)
6. [ADC Potentiometer control LED WS2812 intensity](#dm-adc-pot-led-ws2812-intensity-s32k344)
7. [ADC Temperature Sensing MCAL with FreeMASTER](#dm-adc-tempsense-freemaster-s32k312)
8. [ADC Temperature Sensing MCAL with UART](#dm-adc-tempsense-uart-s32k312)
9. [ADC Temperature Sensing MCAL with UART](#dm-adc-tempsense-uart-s32k344)
10. [ADC sampling controlled by BCTU](#dm-adc-bctu-dma-sampling-s32k312)
11. [ADC to UART Transfer with DMA](#dm-adc-dma-transfer-s32k358)
12. [Accel and Pressure sensor demo with FRDM-MCXA153](#dm-mcxa-accel-and-pressure-logger)
13. [Agentic AI Network Management System](#dm-agentic-ai-network-management)
14. [Analog Potentiometer Control of WS2812 LED Brightness](#dm-adc-pot-led-ws2812-intensity-s32k356)
15. [Automotive Seat Occupancy Sensing](#dm-seat-weight-sensing-oled-s32k344)
16. [Automotive Seat Weight Sensing with OLED Display](#dm-seat-weight-sensing-oled-frdm-s32k312)
17. [BCTU Control of ADC Sampling](#dm-adc-bctu-dma-sampling-s32k344)
18. [BLE Relay: Multi Peripheral to Single Central Connection with Data Forwarding using RW612BGA](#dm-ble-relay-multi-to-one-link-using-rw612bga)
19. [BLE smart label based on LVGL using Waveshare e-ink display and KW45](#dm-lvgl-epaper-smartlabel-kw45)
20. [BLE throughput measurement on RT1170 EVKB + IW612](#dm-ble-throughput-measurement-rt1170)
21. [Bluetooth LE FSCI Host Application running on FRDM-MCXN947 and MCXW236B-EXP Board](#dm-ble-fsci-host-application)
22. [Bluetooth® Channel Sounding](#dm-frdm-mcxw72-channel-sounding-with-oled-b-click)
23. [Button Press to Wake-Up from Standby and send UART messages](#dm-gpio-button-wakeup-s32k312)
24. [Clea Astarte IoT devices using Zephyr RTOS](#astarte-device-sdk-zephyr_samples_astarte_app)
25. [Clea Edgehog IoT devices using Zephyr RTOS](#edgehog-zephyr-device_samples_edgehog_app)
26. [Control LED Brightness with eMIOS PWM using ADC and UART messaging](#dm-control-led-emios-pwm-adc-uart-s32k358)
27. [Control LED brightness through eMIOS PWM function on FRDM-A-S32K344 using MCAL drivers](#dm-control-led-emios-pwm-s32k344-mcal)
28. [Control LED brightness through eMIOS PWM using MCAL drivers with UART](#dm-control-led-emios-pwm-s32k312-mcal)
29. [Control WS2812 LED intensity with ADC Potentiometer](#dm-adc-pot-led-ws2812-intensity-s32k312)
30. [Controlling LEDs with GPIO](#dm-gpio-blinky-s32k312)
31. [Controlling WS2812 LED Brightness with an Analog Potentiometer](#dm-adc-pot-led-ws2812-intensity-s32k358)
32. [DeepPacket: Encrypted network packets classification system](#app-network-ml)
33. [Demo and steps creating new Zephyr app repo and custom board](#dm-create-zephyr-app-repo)
34. [Demo for Mikroe Joystick2Click in FRDM with CMSIS driver and GPIO adapter](#dm-mikroe-joystick2click-frdm)
35. [Demo of MikroE Oled C Click display in FRDM-MCX with CMSIS driver and GPIO adapter](#dm-mikroe-oled-c-click-display-frdm)
36. [Demo of Mikroe OledBClick in FRDM with CMSIS driver and GPIO adapter](#dm-mikroe-oledbclick-frdm)
37. [Demo of Mikroe Relay5CLick in FRDM with CMSIS driver and GPIO adapter](#dm-mikroe-relay5click-frdm)
38. [Demo of coffee machine using voice recognition (VIT) and LVGL graphics on i.MX RT1060](#dm-lvgl-vit-rt1060)
39. [Door Lock Cluster integration on a Lighting App Matter Application using K32W061 DK6](#dm-nxp-k32w061-dk6-door-lock-and-lighting-app-matter-application)
40. [Driving LCD-PAR-S035 using LVGL on FRM-MCXW71 board](#dm-mcxw71-driving-lcd-wireless-uart)
41. [Dual-Board Serial Communication with AUTOSAR CAN Driver](#dm-can-p2p-s32k118)
42. [E-Paper Battery Display](#dm-eink-battery-display-s32k312)
43. [EVSE-SIG-BRD using LPC5536/LPC55S36 for electric vehicle chargers](#dm-lpc5536-evse-sigbrd)
44. [EZH implements Quad encoder function in lpc5516](#dm-lpc55s16-qei-interface-by-ezh)
45. [EZH implements keyscan function in lpc5516](#dm-lpc55s16-keyscan-by-ezh)
46. [Edge AI Vision on Zephyr](#apps_zephyr)
47. [Emergency LED-Based Brake Status Monitoring on FRDM-A-S32K312](#dm-brake-control-s32k312)
48. [Ethernet Communication using FRDM-A-S32K344](#dm-high-speed-eth-frdm-a-s32k344)
49. [Ethernet Frame CRC Validator over UDP](#dm-ethernet-crc-s32k344)
50. [FRDM MCXW72 802.15.4 MAC application with wireless UART support](#dm-frdmmcxw72-wireless-uart-15-4-mac-app)
51. [FRDM RW612 Kitchen Timer](#dm-frdm-rw612-kitchen-timer)
52. [FRDM-MCXA266 Driving 6 Color ePaper Display with GDEB0709E01 Using LPSPI Quad Mode](#dm-mcxa266-6color-epaper-display-using-lpspi-quad-mode)
53. [FRDM-MCXC162 RGB Rainbow Wheel using CTIMER PWM](#dm-frdmmcxc162-rgb-pwm-rainbow-wheel)
54. [FRDM-MCXC242 Plug-and-Play NFC Controller Enablement with PN7160](#dm-mcxc242-pn7160-plug-and-play-nfc-controller)
55. [FRDM-MCXN947 Sensorless Anomaly Detection for Motor Control System](#dm-ml-sensorless-anomaly-detection)
56. [FRDM-MCXW72 Bluetooth Mesh sensor network on zephyr](#dm-frdmmcxw72-bluetooth-mesh-sensor-network-on-zephyr)
57. [FRDM-MCXW72 LCD-PAR-S035 enablement and control over PMOD](#dm-mcxw72-lcd-enablement-over-pmod)
58. [FRDM-MCXW72 Servo motor control using internal TPM or external PCA9685 controller](#dm-frdmmcxw72-servo-motor-multi-control)
59. [FRDM-MCXW72 Servo motor control using internal TPM or external PCA9685 controller and remote wireless UART commands and LCD GUI](#dm-frdmmcxw72-servo-motor-multi-control-with-wireless-uart-and-lcd)
60. [FRDM-MCXW72 Servo motor multi control with wireless UART on Zephyr](#dm-frdmmcxw72-servo-motor-multi-control-with-wireless-uart-on-zephyr)
61. [FRDM-RW612 GUI Guider integration on Bluetooth LE example](#dm-nxp-rw612-gui-guider-ble)
62. [FRDM-RW612 Heart Rate sensor over BLE](#dm-frdmrw612-heart-rate-sensor-over-ble)
63. [FRDM-RW612 Matter standalone temperature measurement with on-board sensor](#dm-frdm-rw612-matter-standalone-temperature-sensor)
64. [FRDM-RW612 On-board temperature sensor over BLE](#dm-frdmrw612-temperature-sensor-over-ble)
65. [FRDM-RW612 Smart Aircon with Wi-Fi and MQTT](#dm-frdm-rw612-smart-aircon-with-wifi-and-mqtt)
66. [FRDM-RW612 Voice Intelligent Technology on Zephyr RTOS](#dm-frdm-rw612-vit-on-zephyr)
67. [FRDM-RW612 external accelerometer sensor over BLE](#dm-frdmrw612-accelerometer-sensor-over-ble)
68. [FRDM33926PNBEVM: Driver and demo app for MC33926 motor controller](#dm-frdm33926pnbevm-motor-control-driver-demo-app)
69. [FRDMHB2002ESEVM: Driver and demo app for MC33HB2002ES H-bridge motor controller](#dm-frdmhb2002esevm-motor-control-demo-app)
70. [FRDM‑RW612 Wi‑Fi Access Point to Ethernet Layer‑2 Bridging Demonstration](#dm-rw612-wi-fi-ethernet-bridge)
71. [Fashion MNIST Recognition on MCXN947](#dm-fashion-mnist-recognition-on-mcxn947)
72. [FreeRTOS-Based LittleFS Support on SPI-NAND (W25N01GV) for FRDM-RW612](#dm-nand-flash-support-on-frdmrw612)
73. [Full Appliance Demo](#dm-rt1170evkb-full-appliance)
74. [GPIO Blinking LED Demo for FRDM-A-S32K344](#dm-gpio-blinky-s32k344)
75. [GPIO-Based Wake-Up from Standby Mode on S32K356](#dm-gpio-button-wakeup-s32k356)
76. [Getting Started with Multicore LED Control on FRDM-A-S32K356](#dm-gpio-blinky-s32k356)
77. [Golioth Bluetooth Data to the Cloud using Pouch](#nxp-appcodehub_dm-ble-cloud)
78. [HTTP Client Get and Post JSON Data](#dm-http-client-get-and-post-json-data)
79. [HTTPS Client/Server Application](#dm-https-client-server)
80. [HTTPS LCD LED Demo](#dm-https-lcd-led-demo)
81. [HTTPS WiFi Server Temperature Monitor](#dm-wifi-https-frdm-mcxn947)
82. [Hand Gesture Recognition Based on MIMXRT700](#dm-hand-gesture-recognition-based-on-rt700)
83. [Heart rate (BPM) and SPO2 monitoring on FRDM-MCXA153](#dm-frdm-mcxa153-freemaster-heart-rate)
84. [Hello UART Communication Example Using RTD Drivers on FRDM‑A‑S32K356](#dm-uart-hello-s32k356)
85. [How to develop an electric bicycle dashboard design on MCXN947](#dm-frdm-mcxn947-ebike)
86. [How to enable a LVGL cluster demo with i.MX RT1170-EVK.](#dm-lvgl_cluster_rt1170_evk)
87. [How to enable and configure high resolution timestamp on CAN or CAN FD frame reception using KW47-EVK or FRDM-MCXW72 boards.](#dm-can-high-resolution-timestamp-mcxw72-kw47)
88. [How to enable low power in your application on MIMXRT700-EVK](#dm-mimxrt700-evk-dual-core-low-power-thermometer-clock)
89. [How to enable wakeup from Deep Sleep on CAN frame reception using KW47-EVK or FRDM-MCXW72 boards.](#dm-can-low-power-wakeup-mcxw72-kw47)
90. [How to implement USB audio 7.1 channel speaker on MCXN947](#dm-usb-audio-7-1-channel-speaker-on-mcxn947)
91. [How to implement low power on MCXA153](#dm-low-power-implementation-mcxa153)
92. [How to integrate SEGGER SystemView into a KW47 or MCXW 72 device to enable real-time debugging on RTOS based systems](#dm-segger-systemview-integration-mcxw72-kw47)
93. [HyperRAM Multi-Core Access Example](#dm-hyperram-read-write-s32k356)
94. [I3C/I²C-Bus ±0.5 °C Accurate Digital Temperature Sensor with over temperature detection](#dm-p3t175xdp-i2c-13c-temperature-sensor-demo-app)
95. [Implementation of Motor Control Algorithms to MCIMX93-EVK](#dm-motor-control-demo-for-i-mx93)
96. [Industrial Connectivity FRDM-MCXN947 panel](#dm-ip-frdmmcxn947-eth-panel)
97. [Industrial Panel FRDM-MCXN947](#dm-industrial-panel-frdm-mcxn947)
98. [Install HSE Firmware on S32K344](#dm-hse-firmware-install-s32k344)
99. [Instrument cluster demo on MIMXRT1170-EVK with Raspberry Pi 7" touch panel, using LVGL](#dm-lvgl_cluster_rt1170_evkb_rpi)
100. [Integrating EdgeLock® A30 secure authenticator to FRDM-MCXA153 board](#dm-a30-mcxa153-ecc-example)
101. [Integrating EdgeLock® SE05X to FRDM-MCX-A development boards](#nano-package_examples_se05x_crypto_mcxa153)
102. [Integrating EdgeLock® SE05X to FRDM-MCX-N development boards](#nano-package_examples_se05x_crypto_mcxn947)
103. [Interactive Button and LED Control with UART Console](#dm-uart-button-s32k312)
104. [Interactive LED Control using Buttons with Messages on UART](#dm-uart-button-s32k118)
105. [Interactive Ping Pong Game Demo Using the MCXN947 Click Shield with OLED C Display and Dual Joystick Click Boards](#dm-mcxn947-click-shield-ping-pong-game)
106. [Internal Temperature Sensing Using AUTOSAR RTD MCAL and FreeMASTER](#dm-adc-tempsense-freemaster-s32k344)
107. [I²C-Bus , 1 Degree C Accuracy, Digital Temperature Sensor ](#dm-pct2075dp-ard-temperature-sensor)
108. [K32W148 BLDC Motor control FreeRTOS application](#dm-bldc-motor-control-k32w148)
109. [KNX IoT Point API stack with ETS support on NXP Connectivity MCUs](#dm-knx-iot-apps-with-ets-support-on-nxp-mcus)
110. [KNX IoT Point API stack with ETS support on NXP Connectivity MCUs running on Zephyr](#dm-knx-iot-zephyr-apps-with-ets-support-on-nxp-mcus)
111. [KNX IoT stack examples running on FRDM-MCXW71](#dm-knx-iot-examples-on-nxp-mcxw71)
112. [KW45: Secure boot scripts based on spsdk](#dm-kw45-secure-boot-scripts)
113. [Knob G Click: multi-platform ecosystem.](#dm-mikroe-knob-g-click-frdm)
114. [LED Brightness Control Using ADC Input and eMIOS PWM with UART Monitoring](#dm-control-led-emios-pwm-adc-uart-s32k356)
115. [LIN Communication Example](#dm-lin-communication-s32k312-s32k344)
116. [LIN Signal-Based Communication Example](#dm-lin-communication-s32k118)
117. [LPC55S36 Low End Audio Demo](#dm-lpc55s36-low-end-audio-demo)
118. [LPC55S69 Fashion Mnist Object Recognition](#dm-lpc55s69-fashion-mnist-object-recognition)
119. [LPC55S69 Multi Face Detection](#dm-lpc55s69-multi-face-detection)
120. [Label the CIFAR10 images from the camera on FRDM-MCXN947](#dm-label-cifar10-images-on-mcxn947)
121. [Leveraging deep learning to count the number of people in a room using a low-resolution 8x8 infrared array sensor](#dm-ml-ir-sensor-people-counting)
122. [Low-Power Magnetic Detection With WKPU Peripheral](#dm-reed-low-power-s32k344)
123. [Low-Power Wireless Sensors Examples for MCXW23](#dm-low-power-wireless-sensors-examples-for-mcxw23)
124. [Low-Voltage Translating, 8-Bit I²C-Bus/SMBus I/O Expander](#dm-pcal6408a-8-bit-i2c-gpio-expander)
125. [MCX STREAMDECK](#dm-mcx-streamdeck)
126. [MCXC162 Low Power Presence Detection](#dm-mcxc162-low-power-presence-detection)
127. [MCXC162 Low Power Temperature Sensing](#dm-mcxc162-low-power-temperature-sensing)
128. [MCXC444 LCD display and FXLS8974CF accelerometer motion detection](#dm-mcxc444-lcd-and-fxls8974cf-motion-detection)
129. [MCXN - how to enable the windowed watchdog on low power](#dm-mcxn-windowed-watchdog)
130. [MCXN947 NPU vs Tensorflm Benchmark](#dm-mcxn947-npu-vs-tensorflm-benchmark)
131. [MCXN94x power manager training lab](#dm-mcxn947-power-manager)
132. [MCXW71 Accelerometer and light sensor over Wireless UART](#dm-mcxw71-accel-and-light-ble)
133. [MCXW72 I2S emulation with FlexIO](#dm-mcxw72-i2s-with-flexio)
134. [MCXW72 NAFE13388 4 wire RTD](#dm-mcxw72-nafe13388-4-wire-rtd)
135. [Magnetic Wake-up Example using NMH1000 Magnetic Switch Sensor](#dm-nmh1000-magnetic-switch-example)
136. [Matter BLE channel sounding demonstrator running on MCXW72](#dm-matter-ble-channel-sounding-demonstrator-on-mcxw72)
137. [Matter EVSE demo on FRDM RW612](#dm-matter-evse-demo-on-frdm-rw612)
138. [Matter EdgeLock 2GO secure lock example running on RW612](#dm-matter-secure-lock-on-rw612)
139. [Monitoring Brake Status with Emergency LED Indicator](#dm-brake-status-monitoring-frdm-a-s32k344)
140. [Motion Sensing using FreeMASTER](#dm-motion-sensing-frdm-a-s32k312-freemaster)
141. [Motion and Temperature Sensing using LPI2C and GPIO on FRDM-A-S32K344 with MCAL Drivers](#dm-i2c-gpio-s32k344)
142. [Motion and Temperature Sensing with FreeMASTER](#dm-motion-temperature-freemaster-s32k356)
143. [Motion and temperature monitoring system for FRDM-A-S32K344 using FreeMASTER](#dm-motion-temperature-freemaster-s32k344)
144. [Motion detection using WiFi CSI on RW61x](#dm-motion-detection-using-wifi-csi-on-rw61x)
145. [Motor Control PMSM FRDM with LVGL](#dm-motor-control-pmsm-frdm-mcxa156)
146. [Motor Control PMSM Sensorless dual Shunt FOC](#dm-mc-pmsm-foc-s32k312)
147. [Motor RPM Control with KnobGClick and RPM Display in Real Time with USB](#dm-ip-frdmmcxc444-rotary-motor-update-usb)
148. [Motor RPM Control with KnobGClick with USB](#dm-ip-frdmmcxc242-rotary-motor-update-usb)
149. [Motor RPM Grapher in OLED with USB](#dm-ip-frdmmcxa153-oled-motor-graph-usb)
150. [Multi sensor demo with FRDM-MCXN947 and LDC-PAR-S035](#dm-mcx-accel-and-pressure-monitor)
151. [Multi-Core SD Card Read/Write Using uSDHC](#dm-sd-card-read-write-s32k358)
152. [Multi-Rate Automotive Scheduler Using eMIOS SAOC and GPT](#dm-multirate-scheduler-s32k358)
153. [Multicore Blinking LED Demo for FRDM-A-S32K358](#dm-gpio-blinky-s32k358)
154. [Multicore HyperRAM Read Write Demo](#dm-hyperram-read-write-s32k358)
155. [Multicore Message Passing over LPUART Internal Loopback](#dm-multicore-uart-communication-s32k356)
156. [Multicore SD Card Data Logging](#dm-sd-card-read-write-s32k356)
157. [Multicore UART Communication](#dm-multicore-uart-communication-s32k358)
158. [Multiple Person Detection on MCXN947](#dm-multiple-person-detection-on-mcxn947)
159. [Multiple face detection on mcxn947](#dm-multiple-face-detection-on-mcxn947)
160. [Multistream iperf support on wifi and ethernet interface](#dm-multistream-iperf-support-on-wifi-and-ethernet-interface)
161. [NAFE13388 Universal Analog Sensing Module with Wired Connectivity](#dm-mcxn947-remote-io-with-nafe13388)
162. [NAFE13388-UIM Industrial Applications with GUI and CLI support .](#dm-nafe13388-application-examples)
163. [NAFE33352-UIOM Industrial Applications with GUI support](#dm-nafe33352-application-examples)
164. [NETC: Ethernet Switch Control on M33 with Management Port Sharing via VSIs with A-cores](#dm-imx943-netc-control-and-sharing-between-m33s-acore)
165. [NMH1000 magnetic switch sensor evaluation GUI using ISSDK and FreeMASTER](#dm-freemaster-nmh1000-evaluation-gui-firmware)
166. [NNStreamer Image Classification](#nxp-demo-experience-demos-list_scripts_machine_learning_nnstreamer_classification)
167. [NNStreamer Object Detection](#nxp-demo-experience-demos-list_scripts_machine_learning_nnstreamer_detection)
168. [NXP KM metrology](#dm-nxp-km-metrology)
169. [NXP Platform Accelerator for MCXN947 Freedom Board](#nxp-vee-mcxn947-frdm)
170. [NXP Platform Accelerator for RW612 Freedom](#npa-vee-rw612)
171. [NXP Platform Accelerator for i.MXRT1170 EVK](#nxp-vee-imxrt1170-evk)
172. [NXP Platform Accelerator for i.MXRT595 EVK](#nxp-vee-imxrt595-evk)
173. [Nafe Industrial Application Examples using API Libraries](#dm-nafex388-application-examples)
174. [Near and Far Motion Detection using WiFi CSI on FRDM i.MX 91 + IW610](#dm-csi-based-motion-detection)
175. [OLED Weather Display](#dm-weather-visual-monitor-s32k312)
176. [On device training fan anomaly detection on MCXN947](#dm-on-device-training-fan-anomaly-on-mcxn947)
177. [P3H2X4X : I3C hub demo application on FRDM MCXN947 and MCXA153](#dm-p3h2x4x-i3c-hub-demo-application)
178. [P3T1035xUK - P3T2030xUK - I3C, I2C-bus, 0.5 °C accuracy, digital temperature sensor](#dm-p3t1035xuk-p3t2030xuk-temperature-sensor-i2c-3c-bus-demo-app)
179. [P3T1755: I3C temperature sensor demo](#dm-i3c-temperature-sensor)
180. [PCA9422: PCA9422 Ultra Low Power Charger and Gauge PMIC for RT5/6/700 demo application on FRDM-MCXN947 and MCXA153 ](#dm-pca9422-evb-ultra-low-power-charger-gauge-pmic-demo-app)
181. [PCA9846: Four-Channel Ultra-Low Voltage, Fm+ I2C-Bus Switch with Reset demo application ](#dm-pca9846pw-ard-ultra-low-voltage-fm-plus-i2c-bus-switch-demo-app)
182. [PCA9957HN led driver with demo app running on FRDM-MCXN947 and FRDM-MCXA153](#dm-pca9957hn-led-driver-with-demo-app)
183. [PCA9959HN led driver with demo app running on FRDM-MCXN947 and FRDM-MCXA153](#dm-pca9959hn-led-driver-with-demo-app)
184. [PCAL6416AEV-ARD Low-Voltage Translating 16-Bit I²C-Bus/SMBus I/O Expander](#dm-pcal6416aev-low-voltage-translating-16-bit-i2c-bus-smbus-io-expander)
185. [PCAL6524: Ultra-Low-Voltage Translating 24-Bit  I²C-Bus SMBus IO Expander based GUI demo application](#dm-pcal6524-24-bit-i2c-smbus-io-expander)
186. [PCAL9722: 22-Bit SPI I/O Expander with Agile I/O Features](#dm-pcal9722hn-22-bit-spi-gpio-expander)
187. [PCF2131 : Real Time Clock driver on FRDM-MCXN947.](#dm-pcf2131-real-time-clock-driver-with-demo-app)
188. [PCF85063AT/TP/ATL: Tiny Real Time Clock driver on FRDM-MCXN947 and MCXA153.](#dm-pcf85x63xx-real-time-clock-demo-app)
189. [PCF85063AT/TP: Tiny Real Time Clock driver on FRDM-MCXN947 and MCXA153.](#dm-pcf85063at-tp-real-time-clock-demo-app)
190. [PCF85263ATL-ARD Arduino® Shield - Tiny Real-Time Clock demo application on FRDM -MCXN947 and FRDM-MCXA153](#dm-pcf85263atl-tiny-real-time-clock-demo-application)
191. [PMIC for Low Power Applications on FRDM-MCXN947 and MCXA153](#dm-pca9420uk-evm-pmic-for-low-power-application)
192. [PWM-Based Steering Control for FRDM-A-S32K312](#dm-pwm-steering-frdm-a-s32k312)
193. [Periodic Wakeup via Real-Time Clock with Console Logging](#dm-periodic-timer-wakeup-s32k312)
194. [Persistent User Settings using AUTOSAR MemINFLS](#dm-persistent-settings-s32k358)
195. [Portable Anomaly Detect Demo with FRDM-MCXN947 and FXLS8974CF (ML Vibro Sens Click)](#dm-mcxn-portable-anomaly-detect-demo)
196. [Power Delivery using FRDM-A-S32K344](#dm-power-delivery-frdm-a-s32k344)
197. [Power consumption measurements guide of different power modes on FRDM-MCXW72](#dm-power-consumption-on-mcxw72)
198. [Precision Inclinometer (Bubble Level) with FXLS8971](#dm-mcxn-bubble-level-demo)
199. [Pressure and Altimeter Examples using MPL3115 Sensor](#dm-mpl3115-pressure-altimeter-examples)
200. [QSPI Flash Memory Read/Write demo for FRDM-A-S32K344](#dm-qspi-read-write-s32k344)
201. [Qwiic Accelerometer on FRDM MCU's](#dm-qwiic-accelerometer-frdm)
202. [Qwiic Alphanumeric Display on FRDM MCU's](#dm-qwiic-alphanumeric-display-frdm)
203. [Qwiic Atmospheric on FRDM MCU's](#dm-qwiic-atmospheric-frdm)
204. [Qwiic Joystick on FRDM MCU's](#dm-qwiic-joystick-frdm)
205. [RTC Periodic Wakeup from Standby with UART](#dm-rtc-periodic-wakeup-mcal-s32k344)
206. [RTP USB Camera Stream over WiFi](#dm-wifi-rtp-video-usb-camera-frdm-mcxn947)
207. [RW612 EVSE with J1772, Metrology and OCPP](#dm-ocpp-evse-rw612)
208. [RW612 Wi‑Fi secure MQTT Demonstration](#dm-rw612-wi-fi-secure-mqtt)
209. [RW612-FRDM Door chime demo with MQTT over Wi-Fi and I2S audio output](#dm-rw612frdm-door-chime-demo)
210. [RW612-FRDM Smart AirCon Demo](#dm-frdm-rw612-smart-aircon-demo)
211. [Raw Video Playback Demo for MCX N947](#dm-mcxn947-video-playback)
212. [Read PCT2075DP Temperature I2C Sensor and Send UART Messages](#dm-i2c-temperature-uart-s32k118)
213. [Real-Time ADC Monitoring and LED Dimming Using FreeMASTER](#dm-adc-pot-led-emios-s32k344)
214. [Real-Time Interactive Control with DOOM](#doom-mcx)
215. [Real-Time Temperature Readout Using ADC TempSense and UART](#dm-adc-tempsense-uart-s32k356)
216. [Remote Controlled Relay over Ethernet](#dm-ethernet-oled-relay-s32k344)
217. [SD Card Write to File Example](#dm-sd-card-write-file-s32k358)
218. [SIGBRD-HPGP Board using MCXA154 as an add on board for EV charging solution.](#dm-evse-sigbrd-hpgp)
219. [SJA1124EVB : Quad LIN Commander Transceiver with LIN Commander Controller](#dm-sja1124evb-spi-to-quad-lin-bridge)
220. [Secure Encrypted Ethernet End Nodes](#dm-secure-encrypt-eth-frdm-a-s32k344)
221. [Selfie Segmenter](#nxp-demo-experience-demos-list_scripts_machine_learning_selfie_segmenter)
222. [Serial Communication Using FLEXIO and RTD](#dm-uart-s32k344)
223. [Serial Terminal LED Control Using UART Driver](#dm-uart-button-s32k358)
224. [Servo Steering Control Using PWM](#dm-pwm-steering-control-frdm-a-s32k344)
225. [Simple HTTP Server with Remote Status Observation and Control](#dm-ethernet-server-s32k344)
226. [Smart CAN Gateway for Automotive Actuators](#dm-smart-can-gtwy-frdm-a-s32k312-m276)
227. [Smart Sensing Inhaler using Pressure and Tilt sensors](#dm-smart-sensing-inhaler)
228. [Smart lighting LED bulb using LPC860](#dm-lpc860-smart-lighting)
229. [SmartWatch Zephyr Demo](#apps_zephyr)
230. [Snoring Detection based on RT1060 powered by AI\ML](#dm-snoring-detection-based-on-rt1060)
231. [Standby Mode Wake-Up Using WKPU and GPIO](#dm-gpio-button-wakeup-s32k358)
232. [Startup Message via Serial Terminal Using UART Driver](#dm-uart-hello-s32k358)
233. [Tamper detection with low-power wakeup sensor using BLE wireless UART](#dm-tamper-detection-using-low-power-wakeup-sensor-over-ble)
234. [Temperature Acquisition and UART Reporting](#dm-adc-tempsense-uart-s32k358)
235. [Temperature Sensing and Plotting on FreeMASTER](#dm-adc-tempsense-freemaster-s32k358)
236. [Temperature monitor with Modbus and CAN running in zephyr](#dm-modbus-can-temp-monitor-frdm)
237. [Temperature sensor demo using FRDM-A-S32K344](#dm-temperature-monitor-lcd-frdm-a-s32k344)
238. [Text to Speech with audio playback based on MIMXRT700](#dm-text-to-speech-based-on-rt700)
239. [Thermostat Controller with Relay and UART Reporting](#dm-thermostat-relay-s32k118)
240. [This demo provides APIs to configure and read accurate temperature using P3T1085UK sensor](#dm-p3t1085uk-temperature-sensor-driver-with-demo-app)
241. [This example demonstrates FXLS89xxxF 3-axis accelerometer evaluation GUI using ISSDK and FreeMASTER](#dm-freemaster-fxls89xxxf-evaluation-gui-firmware)
242. [Time Series Studio powered, on-device learning Fan anomaly detection based on FRDM-MCXA156](#dm-tss-powered-on-device-learning-fan-anomaly-based-on-mcxa156)
243. [Touch Keypad Tuning on MCXN](#dm-mcxn-touch-keypad-tuning)
244. [Transmission Control Module On FRDM-A-S32K344](#dm-transmission-control-s32k344)
245. [UART Communication Example using RTD Drivers on FRDM-A-S32K312](#dm-uart-s32k312)
246. [UART Communication and LED Example on FRDM-A-S32K344](#dm-uart-button-s32k344)
247. [UART Status Monitoring with Button Control](#dm-uart-button-s32k356)
248. [UBX100 FreeMASTER evaluation GUI](#dm-ubx100-freemaster-gui)
249. [UBX100 RF toolbox application](#dm-ubx100-rf-toolbox-application)
250. [UBX100 flashloader demo application](#dm-ubx100-flashloader)
251. [UWB Nearby Interaction with phones](#dm-uwb-nearby-interaction-with-phones)
252. [UWB Presence Detection demo](#dm-uwb-presence-detection-demo)
253. [Using EZH to implement camera interface in lpc55 series mcu](#dm-lpc55s69-camera-interface-by-ezh)
254. [Using SmartDMA to implement camera interface in MCXN236](#dm-mcxn236-camera-interface-by-smartdma)
255. [Vehicle Comfort Control for FRDM-A-S32K344](#dm-vehicle-comfort-control-s32k344)
256. [Vehicle Lighting Control for Daylight and Hazard Signals](#dm-vehicle-lighting-signals-frdm-a-s32k344)
257. [Vehicle Lighting Control for Daylight and Hazard Signals on FRDM-A-S32K312](#dm-vehicle-lighting-signals-frdm-a-s32k312)
258. [Very simple serial bootloader for NXP MCU](#dm-nxp_mcu_easy_bootloader)
259. [Visual Heart Rate Monitor](#dm-visual-heart-rate-monitor-s32k312)
260. [Visualizing Sensor Data with FreeMASTER: Motion and Temperature](#dm-motion-temperature-freemaster-s32k358)
261. [Vital Health Signal Visual Monitor On FRDM-A-S32K344](#dm-vital-health-signal-visual-monitor-s32k344)
262. [Wake Up from Sleep Through Magnetic Detection](#dm-reed-low-power-s32k312)
263. [Wake Up from Sleep via GPIO Button Press](#dm-gpio-button-wakeup-s32k344)
264. [Weather Visual Monitor](#dm-weather-visual-monitor-s32k344)
265. [Wi-Fi Easy Connect (DPP) In-Band Provisioning Demo on RT1060EVKC with IW612](#dm-dpp-in-band-provisioning-rt1060-iw612)
266. [Wi-Fi Scan and Connectivity Demo on RW612BGA](#dm-wifi-set-up-ping)
267. [Wi-Fi Sensing using Sniffer on RW61x with Zephyr OS](#dm-wifi-sensing-using-sniffer-on-rw61x-with-zephyr-os)
268. [Wi-Fi connect using LCD interface on FRDM-MCXN947 using Wi-Fi expansion board FRDM-IW416-AW-AM510](#dm-wifi-lcd-connect-frdm-mcxn947)
269. [WiFi AP and BLE Peripheral on RDRW612BGA](#dm-wifi-ap-and-ble-peripheral-on-rdrw612bga)
270. [WiFi CLI M2 FRDM MCXN947](#dm-wifi-cli-frdm-mcxn947)
271. [WiFi provisioning using BLE on RT1170 EVKB using Wi-Fi Module Murata 2EL](#dm-wifi-provisioning-using-ble)
272. [Wireless Co-Processor Enabled Motor Control](#dm-mc-pmsm-ncp-frdm-mcxa156)
273. [Wireless RFTM Application for Performance Testing of RW612 board](#dm-wireless-rf-test-mode-demo)
274. [Wireless uart throughput On RT1060EVKC and IW416](#dm-wireless-uart-throughput-on-rt1060evkc-and-iw416)
275. [Write a file to microSD Card](#dm-sd-card-write-file-s32k356)
276. [[OOBE-MCXW71] Controlling LEDS using BLE Wireless UART](#dm-mcx-wireless-uart-leds)
277. [[RT1060 + IW416] MQTT client using Wi-Fi](#dm-wifi-sta-mqtt)
278. [afci 8ch mcxn547 demo](#dm-afci-8ch-mcxn547)
279. [demo project to use the module sCan](#dm-loc-apps-kw47)
280. [eIQ GenAI Flow Demonstrator](#dm-eiq-genai-flow-demonstrator)
281. [i.MX Driver Monitor System](#nxp-demo-experience-demos-list_scripts_machine_learning_dms)
282. [i.MX Machine Learning Benchmark Tool](#nxp-demo-experience-demos-list_scripts_machine_learning_ml_benchmark)
283. [i.MX RT1170 + NAFE13388 drivers and demos](#dm-nafe_rt1170)
284. [i.MX RT1170 Mirror and control android phone using Zephyr](#dm-i-mx-rt1170-android-phone-screen-mirroring)
285. [i.MX RT1180 based Holoscan Sensor Bridge (HSB)](#dm-rt1180-hsb)
286. [i.MX Smart Fitness](#nxp-demo-experience-demos-list_scripts_machine_learning_imx_smart_fitness)
287. [i.MX Smart Kitchen](#nxp-demo-experience-demos-list_scripts_multimedia_smart_kitchen)
288. [i.MX V4L2 Video Test Tool](#nxp-demo-experience-demos-list_scripts_multimedia_gstreamer_video_test)
289. [i.MX93 Low Power Machine Learning](#nxp-demo-experience-demos-list_scripts_machine_learning_low_power_ml)
290. [i.MX93 Smart Appliance for MATTER](#meta-smart-appliance)
291. [low power measurement on mcxn236](#dm-low-power-measurement-on-mcxn236)
292. [matter zigbee bridge rw612](#dm-matter-zigbee-bridge-rw612)
293. [vital signal monitor](#dm-mcxn947-lcd-heart-rate-spo2)
294. [wolfSSH RGB Server using Zephyr RTOS](#nxp-appcodehub_dm-wolfssh-rgb-server-with-zephyr)
295. [wolfSSL MQTT AWS Test using Zephyr RTOS](#nxp-appcodehub_dm-wolfmqtt-publisher-client-with-zephyr)
296. [wolfSSL TLSv1.3 Hello Server Doing Post-Quantum Cryptography using Zephyr RTOS](#nxp-appcodehub_dm-wolfssl-tls-hello-server-pqc-with-zephyr)
297. [wolfSSL TLSv1.3 Hello Server using Zephyr RTOS](#nxp-appcodehub_dm-wolftpm-wolfssl-tls-with-zephyr)

<!-- dm-mc-pmsm-triple-mcxa34x/. -->
## 1.  MCXA34X  triple motor control demo using HVP board<a id="dm-mc-pmsm-triple-mcxa34x"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo describes the implementation of sensorless triple motor FOC on NXP MCXA346 MCU. Application note AN14805

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        ADC, PWM, UART 
#### Categories:         Motor Control 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [HVP-MC3PH-LITE]()


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-mc-pmsm-triple-mcxa34x/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-mc-pmsm-triple-mcxa34x

<!-- dm-pca9958hn-led-driver-with-spi-demo-app/. -->
## 2. 24-Channel SPI Serial Bus 63 mA / 5.5 V Constant-Current LED Driver<a id="dm-pca9958hn-led-driver-with-spi-demo-app"></a> <a href="#top" style="float:right">⤒</a>

### Overview
The PCA9958 is a 24-channel SPI serial bus 63 mA LED driver with a supply voltage range of 2.7 V to 5.5 V. This device is optimized for dimming and blinking RGBA LEDs.

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        SPI 
#### Categories:         User Interface 
#### Application format: CMSIS Pack
#### Compatible boards:
* [FRDM-MCXA153](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-a14x-a15x-mcus:FRDM-MCXA153)
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)
* [FRDM-MCXC444](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-c444-mcus:FRDM-MCXC444)


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-pca9958hn-led-driver-with-spi-demo-app/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-pca9958hn-led-driver-with-spi-demo-app

<!-- dm-mikroe-4x4-key-click-frdm/. -->
## 3. 4x4 Key Click: multi-platform ecosystem.<a id="dm-mikroe-4x4-key-click-frdm"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 Demo is an example for MIKROE 4x4 Key Click module in FRDM boards with CMSIS driver and NXP HAL Software. 

#### Families:           RW, MCX 
#### Toolchains:         MCUXpresso IDE, VS Code 
#### Peripherals:        GPIO, SPI 
#### Categories:         HMI, Industrial, Tools 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXA156](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-a144-5-6-a154-5-6-mcus:FRDM-MCXA156)
* [FRDM-MCXN236](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n23x-mcus:FRDM-MCXN236)
* [FRDM-MCXA153](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-a14x-a15x-mcus:FRDM-MCXA153)
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)
* [FRDM-MCXC444](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-c444-mcus:FRDM-MCXC444)
* [FRDM-MCXC041](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-c041-mcus:FRDM-MCXC041)
* [FRDM-MCXC242](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-c242-mcus:FRDM-MCXC242)
* [FRDM-MCXW71](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-w71x-wireless-mcus:FRDM-MCXW71)

#### Expansion boards
* [4x4 Key Click](https://mcuxpresso.nxp.com/eb-hub/product/4x4 key click)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-mikroe-4x4-key-click-frdm/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-mikroe-4x4-key-click-frdm

<!-- dm-frdm-mcxa156-can-bootloader/. -->
## 4. A simple CAN bootloader project for FRDM-MCXA156<a id="dm-frdm-mcxa156-can-bootloader"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 A simple CAN bootloader project for FRDM-MCXA156 

#### Families:           MCX 
#### Toolchains:         MDK 
#### Peripherals:        CAN 
#### Categories:         Tools 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXA156](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-a144-5-6-a154-5-6-mcus:FRDM-MCXA156)


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-frdm-mcxa156-can-bootloader/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-frdm-mcxa156-can-bootloader

<!-- dm-adc-tempsense-freemaster-s32k356/. -->
## 5. ADC Die Temperature Plotting Using FreeMASTER<a id="dm-adc-tempsense-freemaster-s32k356"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo reads the on-chip die temperature via the internal TempSense channel, stores the raw Q11.4 fixed-point result in the raw temeprature, and calls FMSTR_Poll() so the FreeMASTER host tool can sample rawTempQ11_4 and error_flag.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        ADC, UART 
#### Categories:         Low Power, Analog Front End 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-adc-tempsense-freemaster-s32k356/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-adc-tempsense-freemaster-s32k356

<!-- dm-adc-pot-led-ws2812-intensity-s32k344/. -->
## 6. ADC Potentiometer control LED WS2812 intensity<a id="dm-adc-pot-led-ws2812-intensity-s32k344"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This example demonstrates how to control the brightness intensity of WS2812 addressable RGB LEDs using an analog potentiometer connected to the ADC (Analog-to-Digital Converter) on the FRDM-A-S32K344 development board.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        ADC, FlexIO 
#### Categories:         Sensor, User Interface 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:

#### Expansion boards
* [FRDM K64 Click shield](https://mcuxpresso.nxp.com/eb-hub/product/frdm k64 click shield)
* [4X4 RGB Click](https://mcuxpresso.nxp.com/eb-hub/product/4x4 rgb click)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-adc-pot-led-ws2812-intensity-s32k344/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-adc-pot-led-ws2812-intensity-s32k344

<!-- dm-adc-tempsense-freemaster-s32k312/. -->
## 7. ADC Temperature Sensing MCAL with FreeMASTER<a id="dm-adc-tempsense-freemaster-s32k312"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo shows how to configure and use the ADC to read the internal die temperature of the S32K312 microcontroller using the NXP S32K3 AUTOSAR Real-Time Drivers (RTD) MCAL layer and plot data using FreeMASTER.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        ADC, UART 
#### Categories:         Low Power, Sensor, Analog Front End 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-adc-tempsense-freemaster-s32k312/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-adc-tempsense-freemaster-s32k312

<!-- dm-adc-tempsense-uart-s32k312/. -->
## 8. ADC Temperature Sensing MCAL with UART<a id="dm-adc-tempsense-uart-s32k312"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo shows how to configure and use the ADC to read the internal die temperature of the S32K312 microcontroller using the NXP S32K3 AUTOSAR Real-Time Drivers (RTD) MCAL layer and S32 Design Studio.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        ADC, UART 
#### Categories:         Low Power, Analog Front End 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-adc-tempsense-uart-s32k312/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-adc-tempsense-uart-s32k312

<!-- dm-adc-tempsense-uart-s32k344/. -->
## 9. ADC Temperature Sensing MCAL with UART<a id="dm-adc-tempsense-uart-s32k344"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo shows how to configure and use the ADC to measure the internal die temperature of the S32K344 microcontroller.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        ADC, UART 
#### Categories:         Analog Front End 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-adc-tempsense-uart-s32k344/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-adc-tempsense-uart-s32k344

<!-- dm-adc-bctu-dma-sampling-s32k312/. -->
## 10. ADC sampling controlled by BCTU<a id="dm-adc-bctu-dma-sampling-s32k312"></a> <a href="#top" style="float:right">⤒</a>

### Overview
The purpose of this demo is to present a usage of the SAR ADC and BCTU modules, BCTU software trigger is implemented to perform conversions on ADC channels using the RTD high-level drivers, commonly known as MCAL drivers.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        ADC, DMA, BCTU 
#### Categories:         Motor Control, Analog Front End 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-adc-bctu-dma-sampling-s32k312/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-adc-bctu-dma-sampling-s32k312

<!-- dm-adc-dma-transfer-s32k358/. -->
## 11. ADC to UART Transfer with DMA<a id="dm-adc-dma-transfer-s32k358"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This example shows how offloading peripheral data movement to the eDMA engine keeps the CPU free to do other work. On the S32K358, an ADC group samples the on-board potentiometer (ADC2_S19, PTA17) and the conversion result is written by the DMA directly into an application buffer; the LPUART then transmits and receives data whose bytes are also moved by the DMA. In both paths the CPU only arms the transfer and can immediately continue with other tasks instead of copying bytes register-by-register. The on-board GREEN LED highlights the idle window during which the DMA works in the background, making the CPU off-load benefit visible, while the sampled ADC value can be inspected in the debugger and the periodic UART activity is printed on the serial console.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        ADC, DMA, UART 
#### Categories:         Touch Sensing 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-adc-dma-transfer-s32k358/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-adc-dma-transfer-s32k358

<!-- dm-mcxa-accel-and-pressure-logger/. -->
## 12. Accel and Pressure sensor demo with FRDM-MCXA153<a id="dm-mcxa-accel-and-pressure-logger"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 The demo implements the ISSDK FXLS8974 &amp; MPL3115 sensor driver example demonstration with RGB LED status on FRDM-MCXA153 using Accel &amp; Pressure Click. 

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        GPIO, I2C, SENSOR, TIMER, UART 
#### Categories:         Sensor 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXA153](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-a14x-a15x-mcus:FRDM-MCXA153)

#### Expansion boards
* [ACCEL PRESSURE CLICK](https://mcuxpresso.nxp.com/eb-hub/product/accel pressure click)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-mcxa-accel-and-pressure-logger/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-mcxa-accel-and-pressure-logger

<!-- dm-agentic-ai-network-management/. -->
## 13. Agentic AI Network Management System<a id="dm-agentic-ai-network-management"></a> <a href="#top" style="float:right">⤒</a>

### Overview
Agentic AI Network Management System to detect anomalies through LLM.

#### Families:           i.MX 
#### Toolchains:         GCC 
#### Peripherals:        ETHERNET, Wi-Fi 
#### Categories:         AI/ML, Time Sensitive Networking 
#### Application format: Python (Linux)
#### Compatible boards:
* [FRDM-IMX95]()


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-agentic-ai-network-management/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-agentic-ai-network-management

<!-- dm-adc-pot-led-ws2812-intensity-s32k356/. -->
## 14. Analog Potentiometer Control of WS2812 LED Brightness<a id="dm-adc-pot-led-ws2812-intensity-s32k356"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This example shows brightness control of WS2812 addressable RGB LEDs through a potentiometer connected to the ADC (Analog-to-Digital Converter) of the FRDM-S32K356 development board.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        ADC, FlexIO 
#### Categories:         Touch Sensing, Sensor 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:

#### Expansion boards
* [FRDM K64 Click shield](https://mcuxpresso.nxp.com/eb-hub/product/frdm k64 click shield)
* [4x4 RGB 2 Click](https://mcuxpresso.nxp.com/eb-hub/product/4x4 rgb 2 click)
* [Pot Click](https://mcuxpresso.nxp.com/eb-hub/product/pot click)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-adc-pot-led-ws2812-intensity-s32k356/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-adc-pot-led-ws2812-intensity-s32k356

<!-- dm-seat-weight-sensing-oled-s32k344/. -->
## 15. Automotive Seat Occupancy Sensing<a id="dm-seat-weight-sensing-oled-s32k344"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This application demonstrates automotive seat occupant classification using a resistive pressure sensor connected to the ADC of the FRDM-A-S32K344 board. The measured load is converted to weight in kilograms and displayed in real time on an SSD1306 OLED display using a FlexIO-based I2C interface. The application includes automatic tare calibration at startup, ADC filtering, occupant classification with hysteresis, graphical weight visualization, and sensor fault detection. The example emulates a simplified occupant-classification system typically used for airbag suppression and seat-belt reminder applications.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        ADC, DISPLAY, I2C 
#### Categories:         Graphics, Touch Sensing 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:

#### Expansion boards
* [FRDM K64 Click shield](https://mcuxpresso.nxp.com/eb-hub/product/frdm k64 click shield)
* [OLED B click](https://mcuxpresso.nxp.com/eb-hub/product/oled b click)
* [Force Click](https://mcuxpresso.nxp.com/eb-hub/product/force click)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-seat-weight-sensing-oled-s32k344/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-seat-weight-sensing-oled-s32k344

<!-- dm-seat-weight-sensing-oled-frdm-s32k312/. -->
## 16. Automotive Seat Weight Sensing with OLED Display<a id="dm-seat-weight-sensing-oled-frdm-s32k312"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This application demonstrates automotive seat occupant classification using a resistive pressure sensor connected to the ADC of the FRDM-A-S32K312 board. The measured load is converted to weight in kilograms and displayed in real time on an SSD1306 OLED display using a FlexIO-based I2C interface. The application includes automatic tare calibration at startup, ADC filtering, occupant classification with hysteresis (EMPTY, CHILD, TEENAGER, ADULT), graphical weight visualization, and sensor fault detection. The example emulates a simplified occupant-classification system typically used for airbag suppression and seat-belt reminder applications.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        ADC, I2C, FlexIO 
#### Categories:         Graphics, Touch Sensing 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:

#### Expansion boards
* [OLED B click](https://mcuxpresso.nxp.com/eb-hub/product/oled b click)
* [Force Click](https://mcuxpresso.nxp.com/eb-hub/product/force click)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-seat-weight-sensing-oled-frdm-s32k312/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-seat-weight-sensing-oled-frdm-s32k312

<!-- dm-adc-bctu-dma-sampling-s32k344/. -->
## 17. BCTU Control of ADC Sampling<a id="dm-adc-bctu-dma-sampling-s32k344"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo illustrates the use of the SAR ADC and BCTU modules, where ADC conversions are initiated through a BCTU software trigger. The implementation relies on RTD high-level (MCAL) drivers to perform ADC channel conversions.<br />The BCTU operates in Control Mode, taking full control of the ADC module and managing all ADC sampling through software-triggered conversions. Instead of sampling external analog inputs, the ADC channels are configured to measure the internal bandgap reference and VREFH voltage, typically around 1.2 V and 5 V, respectively.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        ADC, DMA, BCTU 
#### Categories:         Motor Control, Analog Front End 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-adc-bctu-dma-sampling-s32k344/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-adc-bctu-dma-sampling-s32k344

<!-- dm-ble-relay-multi-to-one-link-using-rw612bga/. -->
## 18. BLE Relay: Multi Peripheral to Single Central Connection with Data Forwarding using RW612BGA<a id="dm-ble-relay-multi-to-one-link-using-rw612bga"></a> <a href="#top" style="float:right">⤒</a>

### Overview
Demonstrates a BLE relay device acting simultaneously as Central (connecting to multiple BLE peripherals) and Peripheral (advertising to a mobile device), forwarding data between both sides.

#### Families:           RW 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        Bluetooth 
#### Categories:         Wireless Connectivity 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [RD-RW612-BGA]()


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-ble-relay-multi-to-one-link-using-rw612bga/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-ble-relay-multi-to-one-link-using-rw612bga

<!-- dm-lvgl-epaper-smartlabel-kw45/. -->
## 19. BLE smart label based on LVGL using Waveshare e-ink display and KW45<a id="dm-lvgl-epaper-smartlabel-kw45"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 This is an example project to demonstrate the use of GUI Guider and LVGL in the context of a BLE Smart Label using NXP KW45B41Z-EVK or K32W148-EVK boards, a Waveshare 2.9" E-Ink display and NXP IoT Toolbox application. 

#### Families:           K32W 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        SPI 
#### Categories:         Graphics 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [KW45B41Z-EVK]()
* [K32W148-EVK](https://www.nxp.com/design/design-center/software/development-software/mcuxpresso-software-and-tools-/k32w148-evaluation-kit-with-multiprotocol-radio:K32W148-EVK)


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-lvgl-epaper-smartlabel-kw45/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-lvgl-epaper-smartlabel-kw45

<!-- dm-ble-throughput-measurement-rt1170/. -->
## 20. BLE throughput measurement on RT1170 EVKB + IW612<a id="dm-ble-throughput-measurement-rt1170"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This application demonstrates BLE Throughput measurement on RT1170 using wireless module IW612.

#### Families:           i.MX RT 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        Bluetooth 
#### Categories:         Wireless Connectivity 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [MIMXRT1170-EVKB](https://www.nxp.com/design/design-center/development-boards-and-designs/i-mx-evaluation-and-development-boards/i-mx-rt1170-evaluation-kit:MIMXRT1170-EVKB)


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-ble-throughput-measurement-rt1170/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-ble-throughput-measurement-rt1170

<!-- dm-ble-fsci-host-application/. -->
## 21. Bluetooth LE FSCI Host Application running on FRDM-MCXN947 and MCXW236B-EXP Board<a id="dm-ble-fsci-host-application"></a> <a href="#top" style="float:right">⤒</a>

### Overview
The Bluetooth LE FSCI Host application demonstrates a host-side implementation for the Health Thermometer use case. It is designed to work alongside the Bluetooth LE FSCI Blackbox application, which runs on platforms such as the MCXW236B-EXP Board, FRDM-MCXW236, or other compatible Bluetooth LE wireless MCUs.

#### Families:           MCX 
#### Toolchains:         VS Code 
#### Peripherals:        CLOCKS, GPIO, TIMER, UART, Bluetooth 
#### Categories:         Wireless Connectivity 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)
* [FRDM-MCXW7X]()
* [FRDM-MCXW23]()


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-ble-fsci-host-application/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-ble-fsci-host-application

<!-- dm-frdm-mcxw72-channel-sounding-with-oled-b-click/. -->
## 22. Bluetooth® Channel Sounding<a id="dm-frdm-mcxw72-channel-sounding-with-oled-b-click"></a> <a href="#top" style="float:right">⤒</a>

### Overview
In this demo, we use a technique called Channel Sounding to estimate the distance between two FRDM-MCXW72 or KW47-LOC boards. By using this technique, the demo can calculate and display the distance between the two boards with cm/ft resolution.

#### Families:           MCX 
#### Toolchains:         GCC, VS Code 
#### Peripherals:        I2C, UART, Bluetooth 
#### Categories:         Graphics, Wireless Connectivity 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [KW47-LOC]()
* [FRDM-MCXW72]()

#### Expansion boards
* [OLED B click](https://mcuxpresso.nxp.com/eb-hub/product/oled b click)
* [OLED W click](https://mcuxpresso.nxp.com/eb-hub/product/oled w click)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-frdm-mcxw72-channel-sounding-with-oled-b-click/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-frdm-mcxw72-channel-sounding-with-oled-b-click

<!-- dm-gpio-button-wakeup-s32k312/. -->
## 23. Button Press to Wake-Up from Standby and send UART messages<a id="dm-gpio-button-wakeup-s32k312"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This example shows how to configure and the WKPU (Wake-Up Unit) driver to exit from Standby low-power mode when a button is pressed, GPIO event and send UART messages using the S32K312 microcontroller.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        GPIO, UART 
#### Categories:         Low Power 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-gpio-button-wakeup-s32k312/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-gpio-button-wakeup-s32k312

<!-- astarte-device-sdk-zephyr/samples/astarte_app -->
## 24. Clea Astarte IoT devices using Zephyr RTOS<a id="astarte-device-sdk-zephyr_samples_astarte_app"></a> <a href="#top" style="float:right">⤒</a>

### Overview
Transform your board in an IoT device. Connect to the cloud using Astarte and start transferring data.

#### Families:           i.MX RT 
#### Toolchains:         VS Code 
#### Peripherals:        ETHERNET 
#### Categories:         Cloud Connected Devices 
#### Application format: Zephyr Project
#### Compatible boards:
* [EVK-MIMXRT1064](https://www.nxp.com/design/design-center/development-boards-and-designs/i-mx-evaluation-and-development-boards/i-mx-rt1064-evaluation-kit:MIMXRT1064-EVK)


#### **Repository URL:** https://github.com/astarte-platform/astarte-device-sdk-zephyr/tree/release-0.7/samples/astarte_app
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=astarte-iot-devices-using-zephyr-rtos

<!-- edgehog-zephyr-device/samples/edgehog_app -->
## 25. Clea Edgehog IoT devices using Zephyr RTOS<a id="edgehog-zephyr-device_samples_edgehog_app"></a> <a href="#top" style="float:right">⤒</a>

### Overview
Fleet manage your IoT device through opensource Edgehog device management platform. Enable remote updates and system configuration.

#### Families:           i.MX RT 
#### Toolchains:         VS Code 
#### Peripherals:        ETHERNET 
#### Categories:         Cloud Connected Devices, Networking 
#### Application format: Zephyr Project
#### Compatible boards:
* [EVK-MIMXRT1064](https://www.nxp.com/design/design-center/development-boards-and-designs/i-mx-evaluation-and-development-boards/i-mx-rt1064-evaluation-kit:MIMXRT1064-EVK)


#### **Repository URL:** https://github.com/edgehog-device-manager/edgehog-zephyr-device/tree/release-0.7/samples/edgehog_app
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=edgehog-iot-devices-using-zephyr-rtos

<!-- dm-control-led-emios-pwm-adc-uart-s32k358/. -->
## 26. Control LED Brightness with eMIOS PWM using ADC and UART messaging<a id="dm-control-led-emios-pwm-adc-uart-s32k358"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This application demos how control the brightness of an LED by using the eMIOS PWM, ADC and UART peripherals with MCAL/RTD drivers on the S32K358 microcontroller using S32 Design Studio.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        ADC, UART, eMIOS 
#### Categories:         Low Power, Analog Front End 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-control-led-emios-pwm-adc-uart-s32k358/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-control-led-emios-pwm-adc-uart-s32k358

<!-- dm-control-led-emios-pwm-s32k344-mcal/. -->
## 27. Control LED brightness through eMIOS PWM function on FRDM-A-S32K344 using MCAL drivers<a id="dm-control-led-emios-pwm-s32k344-mcal"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo showcases how to configure the Enhanced Modular IO Subsystem (eMIOS) module to use it as a PWM specifically in OPWMB (Output Pulse Width Modulation Buffered) mode, using the RTD high-level drivers, commonly known as MCAL drivers, on the FRDM-A-S32K344 platform. OPWMB generates a simple output PWM signal, which will be used to change the brightness of the red LED (100% DC, intermediate, and then 0% DC). This will be repeated in a cycle for 10 loops.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        eMIOS 
#### Categories:         Motor Control 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-control-led-emios-pwm-s32k344-mcal/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-control-led-emios-pwm-s32k344-mcal

<!-- dm-control-led-emios-pwm-s32k312-mcal/. -->
## 28. Control LED brightness through eMIOS PWM using MCAL drivers with UART<a id="dm-control-led-emios-pwm-s32k312-mcal"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo shows how to configure the Enhanced Modular I/O Subsystem (eMIOS) module to use it as a PWM specifically in OPWMB (Output Pulse Width Modulation Buffered) mode, using the RTD high-level drivers, commonly known as MCAL drivers.<br />

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        PWM, UART, eMIOS 
#### Categories:         Low Power, Motor Control, User Interface 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-control-led-emios-pwm-s32k312-mcal/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-control-led-emios-pwm-s32k312-mcal

<!-- dm-adc-pot-led-ws2812-intensity-s32k312/. -->
## 29. Control WS2812 LED intensity with ADC Potentiometer<a id="dm-adc-pot-led-ws2812-intensity-s32k312"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo shows how to change the brightness intensity of WS2812 addressable RGB LEDs using an potentiometer connected to the ADC (Analog-to-Digital Converter) on the FRDM-A-S32K312 development board.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        ADC, FlexIO 
#### Categories:         User Interface, Analog Front End 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:

#### Expansion boards
* [FRDM K64 Click shield](https://mcuxpresso.nxp.com/eb-hub/product/frdm k64 click shield)
* [Pot Click](https://mcuxpresso.nxp.com/eb-hub/product/pot click)
* [4X4 RGB Click](https://mcuxpresso.nxp.com/eb-hub/product/4x4 rgb click)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-adc-pot-led-ws2812-intensity-s32k312/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-adc-pot-led-ws2812-intensity-s32k312

<!-- dm-gpio-blinky-s32k312/. -->
## 30. Controlling LEDs with GPIO<a id="dm-gpio-blinky-s32k312"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo introduces the S32 Design Studio development workflow, including project build, flash, and debug operations, while demonstrating basic clock and GPIO configuration on the FRDM-A-S32K312 through onboard LED blinking.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        GPIO 
#### Categories:         Low Power 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-gpio-blinky-s32k312/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-gpio-blinky-s32k312

<!-- dm-adc-pot-led-ws2812-intensity-s32k358/. -->
## 31. Controlling WS2812 LED Brightness with an Analog Potentiometer<a id="dm-adc-pot-led-ws2812-intensity-s32k358"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo demonstrates the use of a potentiometer as an analog input for real-time brightness control of WS2812 addressable RGB LEDs. The ADC captures the potentiometer position, while the FlexIO peripheral generates the required signal to drive the LEDs on the FRDM-A-S32K356 evaluation board.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        ADC, FlexIO 
#### Categories:         Touch Sensing, Sensor 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:

#### Expansion boards
* [FRDM K64 Click shield](https://mcuxpresso.nxp.com/eb-hub/product/frdm k64 click shield)
* [4x4 RGB 2 Click](https://mcuxpresso.nxp.com/eb-hub/product/4x4 rgb 2 click)
* [Pot Click](https://mcuxpresso.nxp.com/eb-hub/product/pot click)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-adc-pot-led-ws2812-intensity-s32k358/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-adc-pot-led-ws2812-intensity-s32k358

<!-- app-network-ml/. -->
## 32. DeepPacket: Encrypted network packets classification system<a id="app-network-ml"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This is an encrypted traffic packets classification demo, which can tell us which service types are being carried by passing packets. Currently supported categories are file transfer, Web browsing, VoIP, Email and Microsoft Office.

#### Families:           i.MX 
#### Toolchains:         VS Code 
#### Peripherals:        ETHERNET 
#### Categories:         AI/ML, Networking 
#### Application format: Python (Linux)
#### Compatible boards:
* [MCIMX93-EVK]()
* [IMX95LPD5EVK-19]()
* [MCIMX93AUTO-EVK]()


#### **Repository URL:** https://github.com/nxp-imx-support/app-network-ml/tree/deepPacket
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=deeppacket

<!-- dm-create-zephyr-app-repo/. -->
## 33. Demo and steps creating new Zephyr app repo and custom board<a id="dm-create-zephyr-app-repo"></a> <a href="#top" style="float:right">⤒</a>

### Overview
Demo
with steps to create a new app repo with West manifest:<br /><ul><li>build using VS Code or CLI</li><li>use
upstream or downstream repos</li><li>add custom
board&lt;/li&gt;&lt;/ul&gt;</li></ul>

#### Families:           i.MX, Kinetis, LPC, RW, MCX, i.MX RT, S32K 
#### Toolchains:         GCC, VS Code 
#### Peripherals:        Wi-Fi 
#### Categories:         Tools 
#### Application format: Zephyr Project
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-create-zephyr-app-repo/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-create-zephyr-app-repo

<!-- dm-mikroe-joystick2click-frdm/. -->
## 34. Demo for Mikroe Joystick2Click in FRDM with CMSIS driver and GPIO adapter<a id="dm-mikroe-joystick2click-frdm"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo is an example for the Mikroe Joystick 2 Click module in FRDM boards with CMSIS driver and GPIO adapter.

#### Families:           RW, MCX 
#### Toolchains:         MCUXpresso IDE, VS Code 
#### Peripherals:        GPIO, I2C, UART 
#### Categories:         User Interface 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXA156](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-a144-5-6-a154-5-6-mcus:FRDM-MCXA156)
* [FRDM-MCXN236](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n23x-mcus:FRDM-MCXN236)
* [FRDM-MCXA153](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-a14x-a15x-mcus:FRDM-MCXA153)
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)
* [FRDM-MCXC444](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-c444-mcus:FRDM-MCXC444)
* [FRDM-MCXC041](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-c041-mcus:FRDM-MCXC041)
* [FRDM-MCXC242](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-c242-mcus:FRDM-MCXC242)
* [FRDM-MCXW72]()

#### Expansion boards
* [Joysitck 2 click](https://mcuxpresso.nxp.com/eb-hub/product/joysitck 2 click)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-mikroe-joystick2click-frdm/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-mikroe-joystick2click-frdm

<!-- dm-mikroe-oled-c-click-display-frdm/. -->
## 35. Demo of MikroE Oled C Click display in FRDM-MCX with CMSIS driver and GPIO adapter<a id="dm-mikroe-oled-c-click-display-frdm"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo uses MikroE Oled C Click display with FRDM MCX boards using SPI CMSIS driver and GPIO component

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        DISPLAY, GPIO, SPI 
#### Categories:         Graphics 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXA156](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-a144-5-6-a154-5-6-mcus:FRDM-MCXA156)
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-mikroe-oled-c-click-display-frdm/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-mikroe-oled-c-click-display-frdm

<!-- dm-mikroe-oledbclick-frdm/. -->
## 36. Demo of Mikroe OledBClick in FRDM with CMSIS driver and GPIO adapter<a id="dm-mikroe-oledbclick-frdm"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo is an example for the Mikroe OLED B click module in FRDM boards with CMSIS driver and GPIO adapter.

#### Families:           RW, MCX 
#### Toolchains:         MCUXpresso IDE, VS Code 
#### Peripherals:        GPIO, I2C, UART 
#### Categories:         Graphics, HMI, User Interface 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXA156](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-a144-5-6-a154-5-6-mcus:FRDM-MCXA156)
* [FRDM-MCXN236](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n23x-mcus:FRDM-MCXN236)
* [FRDM-MCXA153](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-a14x-a15x-mcus:FRDM-MCXA153)
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)
* [FRDM-MCXC444](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-c444-mcus:FRDM-MCXC444)
* [FRDM-MCXC041](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-c041-mcus:FRDM-MCXC041)
* [FRDM-MCXC242](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-c242-mcus:FRDM-MCXC242)
* [FRDM-MCXW72]()

#### Expansion boards
* [OLED B click](https://mcuxpresso.nxp.com/eb-hub/product/oled b click)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-mikroe-oledbclick-frdm/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-mikroe-oledbclick-frdm

<!-- dm-mikroe-relay5click-frdm/. -->
## 37. Demo of Mikroe Relay5CLick in FRDM with CMSIS driver and GPIO adapter<a id="dm-mikroe-relay5click-frdm"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo is an example for Mikroe Relay 5 click module in FRDM boards usign CMSIS driver for I2C comunication, and GPIO component.

#### Families:           RW, MCX 
#### Toolchains:         VS Code 
#### Peripherals:        GPIO, I2C, UART 
#### Categories:         Industrial 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXA156](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-a144-5-6-a154-5-6-mcus:FRDM-MCXA156)
* [FRDM-MCXN236](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n23x-mcus:FRDM-MCXN236)
* [FRDM-MCXA153](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-a14x-a15x-mcus:FRDM-MCXA153)
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)
* [FRDM-MCXC444](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-c444-mcus:FRDM-MCXC444)
* [FRDM-MCXC041](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-c041-mcus:FRDM-MCXC041)
* [FRDM-MCXC242](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-c242-mcus:FRDM-MCXC242)
* [FRDM-MCXW72]()


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-mikroe-relay5click-frdm/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-mikroe-relay5click-frdm

<!-- dm-lvgl-vit-rt1060/. -->
## 38. Demo of coffee machine using voice recognition (VIT) and LVGL graphics on i.MX RT1060<a id="dm-lvgl-vit-rt1060"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 This application code is to demonstrate LVGL Coffee Machine GUI + NXP VIT on RT1060-EVK for smart panel demo 

#### Families:           i.MX RT 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        DISPLAY, I2C, I2S 
#### Categories:         Graphics, Voice, HMI, RTOS 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [EVK-MIMXRT1060](https://www.nxp.com/design/design-center/development-boards-and-designs/i-mx-evaluation-and-development-boards/i-mx-rt1060-evaluation-kit:MIMXRT1060-EVKB)


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-lvgl-vit-rt1060/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-lvgl-vit-rt1060

<!-- dm-nxp-k32w061-dk6-door-lock-and-lighting-app-matter-application/. -->
## 39. Door Lock Cluster integration on a Lighting App Matter Application using K32W061 DK6<a id="dm-nxp-k32w061-dk6-door-lock-and-lighting-app-matter-application"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This example demo describes the process of adding and executing a Door Lock Cluster to an already existing Matter Lighting App running on the NXP K32W061 DK6 development kit. It highlights the changes added to the Matter Lighting application, while also showing the required cluster configuration using the ZAP Platform.  Both examples are based on the <a href="https://github.com/projectchip/connectedhomeip/tree/v1.4.0.0">https://github.com/projectchip/connectedhomeip/tree/v1.4.0.0</a> repository, so the user will need to go over the whole process of cloning and setting up the environment as described in the original README. This demo only contains the folders and files that must replace the original ones from the lighting app example. <br />

#### Families:           K32W 
#### Toolchains:         GCC 
#### Peripherals:        USB, Bluetooth 
#### Categories:         Wireless Connectivity 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-nxp-k32w061-dk6-door-lock-and-lighting-app-matter-application/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-nxp-k32w061-dk6-door-lock-and-lighting-app-matter-application

<!-- dm-mcxw71-driving-lcd-wireless-uart/. -->
## 40. Driving LCD-PAR-S035 using LVGL on FRM-MCXW71 board<a id="dm-mcxw71-driving-lcd-wireless-uart"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 allows the user to interact with the device through a serial terminal and also it can be possible to see the commands pressed in the LCD through the IoT Toolbox using a Smartphone. 

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        DISPLAY, I2C, SPI, UART 
#### Categories:         Graphics, Industrial, Wireless Connectivity 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXW7X]()
* [FRDM-MCXW71](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-w71x-wireless-mcus:FRDM-MCXW71)


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-mcxw71-driving-lcd-wireless-uart/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-mcxw71-driving-lcd-wireless-uart

<!-- dm-can-p2p-s32k118/. -->
## 41. Dual-Board Serial Communication with AUTOSAR CAN Driver<a id="dm-can-p2p-s32k118"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This example shows how to use the AUTOSAR CAN Driver on the S32K118 to exchange CAN frames between two boards. One board sends frames periodically and the other receives them, with status reported on the LPUART console and signaled via the RGB LED.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        CAN, GPIO, UART 
#### Categories:         Networking 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-can-p2p-s32k118/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-can-p2p-s32k118

<!-- dm-eink-battery-display-s32k312/. -->
## 42. E-Paper Battery Display<a id="dm-eink-battery-display-s32k312"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This example demonstrates an animated battery fuel gauge on an e-paper display, using the E-Paper Bundle 2 (eINK Click + Display) with the FRDM K64 Click Shield on the FRDM-A-S32K312 board

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        SPI 
#### Categories:         Low Power, User Interface 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:

#### Expansion boards
* [FRDM K64 Click shield](https://mcuxpresso.nxp.com/eb-hub/product/frdm k64 click shield)
* [E Paper Bundle 2](https://mcuxpresso.nxp.com/eb-hub/product/e paper bundle 2)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-eink-battery-display-s32k312/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-eink-battery-display-s32k312

<!-- dm-lpc5536-evse-sigbrd/. -->
## 43. EVSE-SIG-BRD using LPC5536/LPC55S36 for electric vehicle chargers<a id="dm-lpc5536-evse-sigbrd"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 The EVSE-SIG-BRD is an add-on development board that supports electric vehicle supply equipment (EVSE) platform development. The board also supports the proximity pilot, ground fault circuit interrupter (GFCI), and relay drive features. The main host of the system is on a separate processor development board, for example, NXP i.MX RT1060 EVK, i.MX 8M Nano EVK, or S32G-VNP-RDB3. The ISO 15118 protocol stack and communication software run on the host processor.  The power-line communication(PLC) path is via the onboard HomePlug Green PHY (HPGP) transceiver (Lumissil IS32CG5317). 

#### Families:           LPC 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        ADC, CAN, CLOCKS, ETHERNET, FLASH, GPIO, I2C, PWM, SPI, TIMER, UART 
#### Categories:         Low Power, Industrial, Security, Safety 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-lpc5536-evse-sigbrd/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-lpc5536-evse-sigbrd

<!-- dm-lpc55s16-qei-interface-by-ezh/. -->
## 44. EZH implements Quad encoder function in lpc5516<a id="dm-lpc55s16-qei-interface-by-ezh"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 This demo introduces a method to implement two input quad encoder function by using EZH in LPC55.EZH, as a co-processor of LPC55, can quickly access IO. For mechanical repetitive tasks like Quad encoder(QEI) signal scan. EZH detect the level and edge changing of phase A and phase B, then calculate the direction and index. 

#### Families:           LPC 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        GPIO 
#### Categories:         Motor Control, Industrial 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [LPCXpresso55S16](https://www.nxp.com/design/design-center/software/development-software/mcuxpresso-software-and-tools-/lpcxpresso-boards/lpcxpresso55s16-development-board:LPC55S16-EVK)


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-lpc55s16-qei-interface-by-ezh/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-lpc55s16-qei-interface-by-ezh

<!-- dm-lpc55s16-keyscan-by-ezh/. -->
## 45. EZH implements keyscan function in lpc5516<a id="dm-lpc55s16-keyscan-by-ezh"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 EZH, as a co-processor of LPC55, can quickly access IO. For mechanical repetitive tasks like keyscan, EZH provides high and low levels for each row of the keyboard, then quickly reads the level of each column, and finally determines which button is pressed. It is very suitable for keyboard applications. 

#### Families:           LPC 
#### Toolchains:         MCUXpresso IDE, VS Code 
#### Peripherals:        GPIO, UART 
#### Categories:         HMI, Industrial 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [LPCXpresso55S16](https://www.nxp.com/design/design-center/software/development-software/mcuxpresso-software-and-tools-/lpcxpresso-boards/lpcxpresso55s16-development-board:LPC55S16-EVK)

#### Expansion boards
* [ROTARY Y CLICK](https://mcuxpresso.nxp.com/eb-hub/product/rotary y click)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-lpc55s16-keyscan-by-ezh/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-lpc55s16-keyscan-by-ezh

<!-- apps_zephyr/. -->
## 46. Edge AI Vision on Zephyr<a id="apps_zephyr"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 Multiple Face detection based on the machine learning algorithm.  A portable Zephyr application that runs on MCXN947 with ML accelerated by the NPU, and on i.MX RT1060. 

#### Families:           MCX, i.MX RT 
#### Toolchains:         GCC, VS Code 
#### Peripherals:        DISPLAY, DMA, I2C, VIDEO, FlexIO 
#### Categories:         AI/ML, RTOS, Vision 
#### Application format: Zephyr Project
#### Compatible boards:
* [MIMXRT1060-EVKB](https://www.nxp.com/design/design-center/development-boards-and-designs/i-mx-evaluation-and-development-boards/i-mx-rt1060-evaluation-kit:MIMXRT1060-EVKB)
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)

#### Expansion boards
* [RK043FN66HS-CTG](https://mcuxpresso.nxp.com/eb-hub/product/rk043fn66hs-ctg)
* [LCD-PAR-S035](https://mcuxpresso.nxp.com/eb-hub/product/lcd-par-s035)

#### **Repository URL:** https://github.com/nxp-zephyr/apps_zephyr/tree/FacialDetect
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-facialdetect-zephyr-demo

<!-- dm-brake-control-s32k312/. -->
## 47. Emergency LED-Based Brake Status Monitoring on FRDM-A-S32K312<a id="dm-brake-control-s32k312"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo showcases a brake status monitoring system on the FRDM-A-S32K312 development board. The application detects braking events and provides visual feedback using an emergency LED indicator. The system simulates different braking conditions and highlights how real-time signals can be used to trigger immediate responses, improving safety and system awareness in automotive applications.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        ADC, FlexIO 
#### Categories:         Touch Sensing, Sensor 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:

#### Expansion boards
* [FRDM K64 Click shield](https://mcuxpresso.nxp.com/eb-hub/product/frdm k64 click shield)
* [4x4 RGB 2 Click](https://mcuxpresso.nxp.com/eb-hub/product/4x4 rgb 2 click)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-brake-control-s32k312/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-brake-control-s32k312

<!-- dm-high-speed-eth-frdm-a-s32k344/. -->
## 48. Ethernet Communication using FRDM-A-S32K344<a id="dm-high-speed-eth-frdm-a-s32k344"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This project implements a configurable Ethernet communication node that can operate in two different modes—Transmit (TX) and Receive (RX)—selected at build time using compile‑time macros. Depending on which macro is enabled during compilation, the firmware conditionally includes only the logic required for that mode.<pre>/* Macro for NODE selection: Select ETH_TX or ETH_RX and flash its corresponding profile */
#define ETH_TX              (1U)    /* ETH_TX is selected */
#define ETH_RX              (0U)
</pre>TX Node Mode (ETH_TX) - In this mode, the device periodically transmits Ethernet frames containing the ADC reading of the potentiometer on board. <br /><br />RX Node Mode (ETH_RX) - The device listens for incoming Ethernet frames and processes the data to activate an LED depending on the ADC value received.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        ADC, ETHERNET 
#### Categories:         Networking 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-high-speed-eth-frdm-a-s32k344/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-high-speed-eth-frdm-a-s32k344

<!-- dm-ethernet-crc-s32k344/. -->
## 49. Ethernet Frame CRC Validator over UDP<a id="dm-ethernet-crc-s32k344"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This example implements an Ethernet frame CRC-32 validator on the FRDM-A-S32K344 board. The host PC sends UDP datagrams containing a CRC-32 prefix and a data payload; the S32K344 recomputes the checksum using the on-chip hardware CRC peripheral and compares it against the received value. The result is shown on the LPUART console and signaled via the on-board RGB LED (GREEN = valid, RED = corrupted). A minimal Python script — requiring no external packages — is provided for the PC side.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        ETHERNET, GPIO, UART, CRC 
#### Categories:         Networking 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-ethernet-crc-s32k344/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-ethernet-crc-s32k344

<!-- dm-frdmmcxw72-wireless-uart-15-4-mac-app/. -->
## 50. FRDM MCXW72 802.15.4 MAC application with wireless UART support<a id="dm-frdmmcxw72-wireless-uart-15-4-mac-app"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This repository contains the standalone project for wireless UART application over IEEE802.15.4 wireless standard, using FRDM MCX W72. The application runs on top of IEEE802.15.4 MAC layer.

#### Families:           MCX 
#### Toolchains:         GCC, VS Code 
#### Peripherals:        GPIO, UART, 802.15.4 
#### Categories:         Wireless Connectivity 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXW72]()


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-frdmmcxw72-wireless-uart-15-4-mac-app/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-frdmmcxw72-wireless-uart-15-4-mac-app

<!-- dm-frdm-rw612-kitchen-timer/. -->
## 51. FRDM RW612 Kitchen Timer<a id="dm-frdm-rw612-kitchen-timer"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 This demo shows a kitchen timer that has a config screen to set the timer, date and color 

#### Families:           RW 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        DISPLAY 
#### Categories:         Graphics, HMI, RTOS 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:

#### Expansion boards
* [LCD-PAR-S035](https://mcuxpresso.nxp.com/eb-hub/product/lcd-par-s035)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-frdm-rw612-kitchen-timer/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-frdm-rw612-kitchen-timer

<!-- dm-mcxa266-6color-epaper-display-using-lpspi-quad-mode/. -->
## 52. FRDM-MCXA266 Driving 6 Color ePaper Display with GDEB0709E01 Using LPSPI Quad Mode<a id="dm-mcxa266-6color-epaper-display-using-lpspi-quad-mode"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo demonstrates how to drive a GDEB0709E01 6-color ePaper display with the FRDM-MCXA266 board using LPSPI Quad mode. The example provides a reference implementation for display initialization, command and data transfer, image buffer update, and screen refresh. It can help users quickly evaluate color ePaper display applications on MCX A series MCUs and can be used as a starting point for electronic labels, industrial HMI, smart home panels, and low power display products.

#### Families:           MCX 
#### Toolchains:         VS Code 
#### Peripherals:        GPIO, SPI, UART 
#### Categories:         Graphics, HMI, User Interface 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXA266]()


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-mcxa266-6color-epaper-display-using-lpspi-quad-mode/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-mcxa266-6color-epaper-display-using-lpspi-quad-mode

<!-- dm-frdmmcxc162-rgb-pwm-rainbow-wheel/. -->
## 53. FRDM-MCXC162 RGB Rainbow Wheel using CTIMER PWM<a id="dm-frdmmcxc162-rgb-pwm-rainbow-wheel"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo demonstrates how to control the onboard RGB LED on the FRDM-MCXA162 using CTIMER PWM. By dynamically updating the PWM duty cycle of each color channel, the application generates smooth color transitions that create a continuous rainbow wheel effect. The project also illustrates basic RGB color mixing, PWM-based brightness control, and real-time color interpolation techniques.

#### Families:           MCX 
#### Toolchains:         VS Code 
#### Peripherals:        GPIO, PWM, TIMER, UART 
#### Categories:         Industrial, User Interface 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXC162]()


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-frdmmcxc162-rgb-pwm-rainbow-wheel/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-frdmmcxc162-rgb-pwm-rainbow-wheel

<!-- dm-mcxc242-pn7160-plug-and-play-nfc-controller/. -->
## 54. FRDM-MCXC242 Plug-and-Play NFC Controller Enablement with PN7160<a id="dm-mcxc242-pn7160-plug-and-play-nfc-controller"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo showcases the FRDM-MCXC242 board interfacing with the PN7160 NFC controller through the NXP-NCI 2.0 middleware.

#### Families:           MCX 
#### Toolchains:         VS Code 
#### Peripherals:        GPIO, I2C, UART 
#### Categories:         Industrial, User Interface 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXC242](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-c242-mcus:FRDM-MCXC242)


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-mcxc242-pn7160-plug-and-play-nfc-controller/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-mcxc242-pn7160-plug-and-play-nfc-controller

<!-- dm-ml-sensorless-anomaly-detection/. -->
## 55. FRDM-MCXN947 Sensorless Anomaly Detection for Motor Control System<a id="dm-ml-sensorless-anomaly-detection"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 This demo showcases machine learning anomaly detection in a motor control system with modern GUI and touch controls. The demo showcases integration of many NXP tools. The demo utilizes MCUXpresso SDK for basic drivers, LVGL support for GUI and PMSM motor control algorithms. Using GUI Guider a modern and easy to navigate user interface is developed. Next, the demo incorporates FreeMASTER real time debugging tool to collect datasets using the Machine Learning Universal Datalogger project, which is also available as a standalone project on the Application Code Hub. This dataset can be used to develop a custom anomaly detection model using the Time Series Studio tool which is a part of eIQ® Toolkit. 

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        DISPLAY, DMA, PWM, TIMER, UART 
#### Categories:         Graphics, HMI, Motor Control, Anomaly Detection, AI/ML, User Interface 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)

#### Expansion boards
* [FRDM-MC-LVPMSM](https://mcuxpresso.nxp.com/eb-hub/product/frdm-mc-lvpmsm)
* [LCD-PAR-S035](https://mcuxpresso.nxp.com/eb-hub/product/lcd-par-s035)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-ml-sensorless-anomaly-detection/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-ml-sensorless-anomaly-detection

<!-- dm-frdmmcxw72-bluetooth-mesh-sensor-network-on-zephyr/. -->
## 56. FRDM-MCXW72 Bluetooth Mesh sensor network on zephyr<a id="dm-frdmmcxw72-bluetooth-mesh-sensor-network-on-zephyr"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo showcases Bluetooth Mesh functionality on the FRDM-MCXW72 board using standard Bluetooth Mesh models together with a custom Sensor Vendor Model. The mesh network is configured using a flooding-based communication model, where nodes transmit and receive mesh messages containing sensor reading data from devices within radio range. Relay nodes can forward messages across multiple hops, extending network coverage and allowing devices to dynamically join, leave, or move within the network while maintaining connectivity.<br />

#### Families:           MCX 
#### Toolchains:         VS Code 
#### Peripherals:        Bluetooth 
#### Categories:         Wireless Connectivity 
#### Application format: Zephyr Project
#### Compatible boards:
* [FRDM-MCXW72]()


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-frdmmcxw72-bluetooth-mesh-sensor-network-on-zephyr/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-frdmmcxw72-bluetooth-mesh-sensor-network-on-zephyr

<!-- dm-mcxw72-lcd-enablement-over-pmod/. -->
## 57. FRDM-MCXW72 LCD-PAR-S035 enablement and control over PMOD<a id="dm-mcxw72-lcd-enablement-over-pmod"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo focuses on <strong>enabling and validating the LCD_PAR_S035 display on the MCXW72 board</strong>, demonstrating a complete display and touch interface integration using the <strong>LVGL graphics library</strong>.The demo brings up the <strong>LCD_PAR_S035</strong> using <strong>SPI communication through the board’s PMOD connector</strong>, providing a simple and efficient hardware interface for display initialization and operation. In addition to the display, <strong>touch functionality is enabled via I2C</strong>, also routed through the same PMOD port, allowing full interaction with the graphical user interface.On the software side, the demo uses <strong>LVGL</strong> to create two application examples:<ul><li>A <strong>basic LVGL application</strong>, intended to validate display bring-up, rendering, and input handling.</li><li><strong>LVGL Demo Widgets</strong>, a more complete and feature-rich application that showcases multiple UI components, animations, and user interactions, serving as a reference for more complex GUI development.</li></ul>This demo is designed as a <strong>foundation and reference implementation</strong> for developers who want to integrate LVGL-based user interfaces on the MCXW72 platform, validating both display and touch capabilities.Key highlights of this demo include:<ul><li>LCD_PAR_S035 display bring-up on <strong>MCXW72</strong></li><li><strong>SPI-based LCD interface</strong> via <strong>PMOD</strong></li><li><strong>I2C-based touch support</strong> via the same PMOD connector</li><li>Graphics rendering using the <strong>LVGL library</strong></li><li>Support for a <strong>basic LVGL app</strong> and the <strong>LVGL Demo Widgets application</strong></li></ul>Overall, this demo provides a practical starting point for developing <strong>interactive graphical applications</strong> on MCXW72 using LVGL with both display and touch functionality enabled.

#### Families:           MCX 
#### Toolchains:         VS Code 
#### Peripherals:        DISPLAY, I2C, SPI 
#### Categories:         Graphics, Touch Sensing, User Interface 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXW72]()

#### Expansion boards
* [LCD-PAR-S035](https://mcuxpresso.nxp.com/eb-hub/product/lcd-par-s035)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-mcxw72-lcd-enablement-over-pmod/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-mcxw72-lcd-enablement-over-pmod

<!-- dm-frdmmcxw72-servo-motor-multi-control/. -->
## 58. FRDM-MCXW72 Servo motor control using internal TPM or external PCA9685 controller<a id="dm-frdmmcxw72-servo-motor-multi-control"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This project demonstrates two independent methods for controlling multiple servo motors: direct PWM generation using the Timer PWM Module (TPM), and external control using the PCA9685 16-channel servo driver over I2C.

#### Families:           MCX 
#### Toolchains:         VS Code 
#### Peripherals:        I2C, PWM, UART 
#### Categories:         Motor Control 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXW72]()


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-frdmmcxw72-servo-motor-multi-control/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-frdmmcxw72-servo-motor-multi-control

<!-- dm-frdmmcxw72-servo-motor-multi-control-with-wireless-uart-and-lcd/. -->
## 59. FRDM-MCXW72 Servo motor control using internal TPM or external PCA9685 controller and remote wireless UART commands and LCD GUI<a id="dm-frdmmcxw72-servo-motor-multi-control-with-wireless-uart-and-lcd"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo showcases a <strong>Wireless UART–based servomotor control system</strong> implemented on the <strong>MCXW72</strong> platform. The main goal of the demo is to demonstrate flexible and scalable control of multiple servomotors using <strong>two independent control interfaces</strong>: wireless communication and a local graphical user interface.The servomotors can be driven using the <strong>TPM (Timer/PWM Module)</strong> or an external PCA9695 16-channel servo motor driver to generate the PWM signals required for accurate servo positioning. The demo supports the connection and control of <strong>up to 16 servomotors</strong>, making it suitable for applications such as robotic arms, positioning systems, and general automation use cases.Wireless control is achieved via <strong>Wireless UART</strong>, allowing remote commands to be sent to adjust the servomotor positions without requiring a physical connection.In addition to wireless control, the demo includes a <strong>graphical user interface (GUI)</strong> developed using the <strong>LVGL library</strong>, which displays simple graphics and interactive controls on the <strong>LCD_PAR_S035</strong> display. The LCD is connected via <strong>SPI through the PMOD port</strong>, providing a compact and efficient display interface. The servomotors can also be <strong>controlled directly from the LCD touchscreen/interface</strong>, enabling local operation even when the wireless connection is not in use. Overall, this demo highlights:<br /><br /><ul><li>Servomotor control via <strong>Wireless UART</strong></li><li>Local servomotor control using an <strong>LCD interface</strong></li><li>PWM signal generation using <strong>TPM</strong></li>PWM signal generation using the <strong>PCA96985 driver</strong><li>Implementation on the <strong>MCXW72</strong> platform</li><li>GUI development using <strong>LVGL</strong></li><li><strong>LCD_PAR_S035</strong> display connected via <strong>SPI (PMOD)</strong></li><li>Support for controlling <strong>up to 9 servomotors</strong></li></ul>

#### Families:           MCX 
#### Toolchains:         VS Code 
#### Peripherals:        DISPLAY, I2C, PWM, SPI, Bluetooth 
#### Categories:         Graphics, Wireless Connectivity, User Interface 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXW72]()

#### Expansion boards
* [LCD-PAR-S035](https://mcuxpresso.nxp.com/eb-hub/product/lcd-par-s035)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-frdmmcxw72-servo-motor-multi-control-with-wireless-uart-and-lcd/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-frdmmcxw72-servo-motor-multi-control-with-wireless-uart-and-lcd

<!-- dm-frdmmcxw72-servo-motor-multi-control-with-wireless-uart-on-zephyr/. -->
## 60. FRDM-MCXW72 Servo motor multi control with wireless UART on Zephyr<a id="dm-frdmmcxw72-servo-motor-multi-control-with-wireless-uart-on-zephyr"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This project demonstrates two independent methods for controlling multiple servo motors on the FRDM-MCXW72 using Zephyr's PWM framework and wireless UART communication over Bluetooth Low Energy. Users can remotely select a servo channel and command a target angle through the NXP IoT Toolbox Wireless UART application. The first approach generates PWM signals directly using the on-chip Timer PWM Module (TPM) peripherals configured through the Zephyr device tree, while the second uses an external PCA9685 16-channel PWM controller connected through I2C.

#### Families:           MCX 
#### Toolchains:         VS Code 
#### Peripherals:        I2C, PWM, UART, Bluetooth 
#### Categories:         Motor Control 
#### Application format: Zephyr Project
#### Compatible boards:
* [FRDM-MCXW72]()


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-frdmmcxw72-servo-motor-multi-control-with-wireless-uart-on-zephyr/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-frdmmcxw72-servo-motor-multi-control-with-wireless-uart-on-zephyr

<!-- dm-nxp-rw612-gui-guider-ble/. -->
## 61. FRDM-RW612 GUI Guider integration on Bluetooth LE example<a id="dm-nxp-rw612-gui-guider-ble"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This software shows how to integrate GUI Guider and LVGL code in a Bluetooth LE example.

#### Families:           RW 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        DISPLAY 
#### Categories:         Graphics, HMI, RTOS, Wireless Connectivity, User Interface 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:

#### Expansion boards
* [LCD-PAR-S035](https://mcuxpresso.nxp.com/eb-hub/product/lcd-par-s035)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-nxp-rw612-gui-guider-ble/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-nxp-rw612-gui-guider-ble

<!-- dm-frdmrw612-heart-rate-sensor-over-ble/. -->
## 62. FRDM-RW612 Heart Rate sensor over BLE<a id="dm-frdmrw612-heart-rate-sensor-over-ble"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 This demo shows how to use the HeartRate4Click Board with the FRDM-RW612 Board over BLE. The data from the sensor is sent over BLE so it can be seen with the IoT Toolbox mobile application. 

#### Families:           RW 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        I2C 
#### Categories:         Sensor, Wireless Connectivity 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:

#### Expansion boards
* [HEART RATE 4 CLICK](https://mcuxpresso.nxp.com/eb-hub/product/heart rate 4 click)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-frdmrw612-heart-rate-sensor-over-ble/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-frdmrw612-heart-rate-sensor-over-ble

<!-- dm-frdm-rw612-matter-standalone-temperature-sensor/. -->
## 63. FRDM-RW612 Matter standalone temperature measurement with on-board sensor<a id="dm-frdm-rw612-matter-standalone-temperature-sensor"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo shows how to modify matter examples to add a desired functionality, in this case adding support for the p3t1755 sensor on the FRDM-RW612 board

#### Families:           RW 
#### Toolchains:         VS Code 
#### Peripherals:        SENSOR, UART, Wi-Fi, 802.15.4 
#### Categories:         Sensor, Wireless Connectivity, Tools 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-frdm-rw612-matter-standalone-temperature-sensor/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-frdm-rw612-matter-standalone-temperature-sensor

<!-- dm-frdmrw612-temperature-sensor-over-ble/. -->
## 64. FRDM-RW612 On-board temperature sensor over BLE<a id="dm-frdmrw612-temperature-sensor-over-ble"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 This demo shows how to use the FRDM-RW612's P3T1755&nbsp;on-board temperature sensor. Also, temperature measurements are sent over Bluetooth low energy so they can be seen with the IoT toolbox mobile application.<br><br>

#### Families:           RW 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        I2C 
#### Categories:         Sensor, Wireless Connectivity 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-frdmrw612-temperature-sensor-over-ble/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-frdmrw612-temperature-sensor-over-ble

<!-- dm-frdm-rw612-smart-aircon-with-wifi-and-mqtt/. -->
## 65. FRDM-RW612 Smart Aircon with Wi-Fi and MQTT<a id="dm-frdm-rw612-smart-aircon-with-wifi-and-mqtt"></a> <a href="#top" style="float:right">⤒</a>

### Overview
Smart Aircon demo based on the FRDM-RW612 board, featuring: MQTT communication over Wi-Fi, Voice UI using NXP's voice intelligent technology (VIT) and VoiceSeeker, Speech to Intent feature of VIT.Graphics using LVGL Open-Source library, VoiceSeeker configuration with adaptive beamformer.

#### Families:           RW 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        DISPLAY 
#### Categories:         Graphics, Voice, HMI, RTOS, Wireless Connectivity, User Interface 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:

#### Expansion boards
* [LCD-PAR-S035](https://mcuxpresso.nxp.com/eb-hub/product/lcd-par-s035)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-frdm-rw612-smart-aircon-with-wifi-and-mqtt/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-frdm-rw612-smart-aircon-with-wifi-and-mqtt

<!-- dm-frdm-rw612-vit-on-zephyr/. -->
## 66. FRDM-RW612 Voice Intelligent Technology on Zephyr RTOS<a id="dm-frdm-rw612-vit-on-zephyr"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo shows how to integrate NXP VIT library with Zephyr RTOS in a basic hello world example which allows you to control the on board RGB LED and trigger serial terminal prints with voice commands.

#### Families:           RW 
#### Toolchains:         VS Code 
#### Peripherals:        GPIO, UART 
#### Categories:         Voice, RTOS, Tools 
#### Application format: Zephyr Project
#### Compatible boards:

#### Expansion boards
* [8CH-DMIC](https://mcuxpresso.nxp.com/eb-hub/product/8ch-dmic)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-frdm-rw612-vit-on-zephyr/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-frdmrw612-sensors-over-wifi

<!-- dm-frdmrw612-accelerometer-sensor-over-ble/. -->
## 67. FRDM-RW612 external accelerometer sensor over BLE<a id="dm-frdmrw612-accelerometer-sensor-over-ble"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 This demo shows how to use a&nbsp;&nbsp;<a href="https://www.mikroe.com/accel-4-click" target="_blank">FXLS8974CF </a>accelerometer connected to the&nbsp;FRDM-RW612's MikroE port. Also, accelerometer measurements are sent over Bluetooth low energy so they can be seen with the IoT toolbox mobile application. 

#### Families:           RW 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        I2C 
#### Categories:         Sensor, Wireless Connectivity 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-frdmrw612-accelerometer-sensor-over-ble/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-frdmrw612-accelerometer-sensor-over-ble

<!-- dm-frdm33926pnbevm-motor-control-driver-demo-app/. -->
## 68. FRDM33926PNBEVM: Driver and demo app for MC33926 motor controller<a id="dm-frdm33926pnbevm-motor-control-driver-demo-app"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 The 33926 is a SMARTMOS monolithic H-bridge power IC designed primarily for automotive electronic throttle control, but is applicable to any low-voltage DC servo motor control application within the current and voltage limits stated in this specification. 

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        ADC, GPIO, PWM 
#### Categories:         Motor Control 
#### Application format: CMSIS Pack
#### Compatible boards:
* [FRDM-MCXA153](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-a14x-a15x-mcus:FRDM-MCXA153)
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)

#### Expansion boards
* [FRDM33926PNBEVM](https://mcuxpresso.nxp.com/eb-hub/product/frdm33926pnbevm)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-frdm33926pnbevm-motor-control-driver-demo-app/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-frdm33926pnbevm-motor-control-driver-demo-app

<!-- dm-frdmhb2002esevm-motor-control-demo-app/. -->
## 69. FRDMHB2002ESEVM: Driver and demo app for MC33HB2002ES H-bridge motor controller<a id="dm-frdmhb2002esevm-motor-control-demo-app"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 This demo application provides various Motor Control interfaces like fault detection (over, under voltage and active current limits etc ) , Fault detection control and Motor can be either control by PWM or SPI.  Using PWM speed can be controlled by changing the duty cycles. 

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        ADC, GPIO, PWM, SPI 
#### Categories:         Motor Control 
#### Application format: CMSIS Pack
#### Compatible boards:
* [FRDM-MCXA153](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-a14x-a15x-mcus:FRDM-MCXA153)
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)

#### Expansion boards
* [FRDM-HB2002ESEVM](https://mcuxpresso.nxp.com/eb-hub/product/frdm-hb2002esevm)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-frdmhb2002esevm-motor-control-demo-app/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-frdmhb2002esevm-motor-control-demo-app

<!-- dm-rw612-wi-fi-ethernet-bridge/. -->
## 70. FRDM‑RW612 Wi‑Fi Access Point to Ethernet Layer‑2 Bridging Demonstration<a id="dm-rw612-wi-fi-ethernet-bridge"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This example demonstrates <strong>Layer‑2 bridging between the Wi‑Fi Access Point interface (uAP0) and the Ethernet interface (eth0) on the FRDM‑RW612</strong> development board. It showcases how packets received on Wi‑Fi can be forwarded to Ethernet and vice‑versa using <strong>lwIP</strong>, NXP’s <strong>Wi‑Fi middleware</strong>, and the RW612 tri‑radio architecture.

#### Families:           RW 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        ETHERNET, Wi-Fi 
#### Categories:         RTOS, Wireless Connectivity, Bridge 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-rw612-wi-fi-ethernet-bridge/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-rw612-wi-fi-ethernet-bridge

<!-- dm-fashion-mnist-recognition-on-mcxn947/. -->
## 71. Fashion MNIST Recognition on MCXN947<a id="dm-fashion-mnist-recognition-on-mcxn947"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 Fashion-MNIST recognition based on machine learning algorithm, power by MCXN947.Model is trained on Fashion-MNIST dataset, which can recognition 10 classes of fashion product from camera.Machine learning algorithm is accelerated by the NPU inside, the inference during is smaller than 10ms.<br><br>

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE, VS Code 
#### Peripherals:        DISPLAY 
#### Categories:         HMI, AI/ML 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)

#### Expansion boards
* [LCD-PAR-S035](https://mcuxpresso.nxp.com/eb-hub/product/lcd-par-s035)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-fashion-mnist-recognition-on-mcxn947/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-fashion-mnist-recognition-on-mcxn947

<!-- dm-nand-flash-support-on-frdmrw612/. -->
## 72. FreeRTOS-Based LittleFS Support on SPI-NAND (W25N01GV) for FRDM-RW612<a id="dm-nand-flash-support-on-frdmrw612"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This project showcases LittleFS-based persistent storage on SPI-NAND (W25N01GV) using the FRDM-RW612 board under FreeRTOS. It supports reliable file create, read, write, delete, and large-file operations using a DHARA Flash Translation Layer (FTL) for wear leveling and power-loss recovery.The firmware is configured by default for the W25N01GV device. Support for other SPI-NAND devices can be added by updating the corresponding device parameters (JEDEC ID, page and block geometry, command set, and timing values) in the configuration structures.

#### Families:           RW 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        FLASH, SPI 
#### Categories:         RTOS, Memory 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-nand-flash-support-on-frdmrw612/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-nand-flash-support-on-frdmrw612

<!-- dm-rt1170evkb-full-appliance/. -->
## 73. Full Appliance Demo<a id="dm-rt1170evkb-full-appliance"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 This is a Full Appliance Demo with LVGL on MIMXRT1170-EVKB with RK055HDMIPI4M 5.5" LCD panel. This Demo shows three appliances, an Oven, an Aircon and a Hood (each appliance has its own animations and can switch bettwen screens), it also has a central dashboard with the status of all appliances. 

#### Families:           i.MX RT 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        DISPLAY 
#### Categories:         Graphics, HMI, RTOS 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [MIMXRT1170-EVKB](https://www.nxp.com/design/design-center/development-boards-and-designs/i-mx-evaluation-and-development-boards/i-mx-rt1170-evaluation-kit:MIMXRT1170-EVKB)

#### Expansion boards
* [RK055HDMIPI4MA0](https://mcuxpresso.nxp.com/eb-hub/product/rk055hdmipi4ma0)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-rt1170evkb-full-appliance/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-rt1170evkb-full-appliance

<!-- dm-gpio-blinky-s32k344/. -->
## 74. GPIO Blinking LED Demo for FRDM-A-S32K344<a id="dm-gpio-blinky-s32k344"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo presents the S32 Design Studio toolchain, flashing flow and the basic GPIO/clock initialization on the FRDM-A-S32K344 by toggling the onboard LED.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        CLOCKS, SIUL2 
#### Categories:         Real Time Clock 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-gpio-blinky-s32k344/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-gpio-blinky-s32k344

<!-- dm-gpio-button-wakeup-s32k356/. -->
## 75. GPIO-Based Wake-Up from Standby Mode on S32K356<a id="dm-gpio-button-wakeup-s32k356"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This example showcases how the S32K356 microcontroller can be awakened from Standby mode using a GPIO push button as an external trigger. The Wake-Up Unit (WKPU) monitors the button event and initiates the wake-up sequence, after which status information is transmitted through the UART interface.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        CLOCKS, GPIO 
#### Categories:         Low Power 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-gpio-button-wakeup-s32k356/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-gpio-button-wakeup-s32k356

<!-- dm-gpio-blinky-s32k356/. -->
## 76. Getting Started with Multicore LED Control on FRDM-A-S32K356<a id="dm-gpio-blinky-s32k356"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This getting-started example demonstrates independent multicore execution on the FRDM-A-S32K356 evaluation board.<br />Two Cortex-M7 cores — Core 0 (M7_0_0) and Core 2 (M7_0_2) — each run their own firmware image to sequentially toggle an onboard RGB LED with a 1000 ms cadence, using the SIUL2 GPIO and Clock_Ip drivers from the S32K3 Real-Time Drivers (RTD).

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        CLOCKS, SIUL2 
#### Categories:         Tools 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-gpio-blinky-s32k356/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-gpio-blinky-s32k356

<!-- nxp-appcodehub/dm-ble-cloud -->
## 77. Golioth Bluetooth Data to the Cloud using Pouch<a id="nxp-appcodehub_dm-ble-cloud"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This is a standalone repository with the Pouch BLE GATT example. It also requires a Click Weather board to demonstrate how to create a Pouch-base application and send up data on the BLE GATT transport.

#### Families:           MCX 
#### Toolchains:         VS Code 
#### Peripherals:        ETHERNET, I2C, SENSOR, Bluetooth, Wi-Fi 
#### Categories:         Secure Provisioning, Sensor, Cloud Connected Devices, Networking, Wireless Connectivity 
#### Application format: Zephyr Project
#### Compatible boards:
* [FRDM-MCXW71](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-w71x-wireless-mcus:FRDM-MCXW71)

#### Expansion boards
* [Weather Click](https://mcuxpresso.nxp.com/eb-hub/product/weather click)

#### **Repository URL:** https://github.com/golioth/nxp-appcodehub/tree/main/dm-ble-cloud
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=bluetooth-pouch-standalone-frdm-mcxw71

<!-- dm-http-client-get-and-post-json-data/. -->
## 78. HTTP Client Get and Post JSON Data<a id="dm-http-client-get-and-post-json-data"></a> <a href="#top" style="float:right">⤒</a>

### Overview
The HTTP(S) client JSON demo application demonstrates how to perform GET and POST requests to a remote API endpoint, handling JSON data payloads over both non-secure (HTTP) and secure (HTTPS) channels.

#### Families:           i.MX RT 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        Wi-Fi 
#### Categories:         Security, RTOS, Networking, Wireless Connectivity 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [MIMXRT1060-EVKC]()

#### Expansion boards
* [IW612 - muRata Type-2EL Module](https://mcuxpresso.nxp.com/eb-hub/product/iw612 - murata type-2el module)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-http-client-get-and-post-json-data/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-http-client-get-and-post-json-data

<!-- dm-https-client-server/. -->
## 79. HTTPS Client/Server Application<a id="dm-https-client-server"></a> <a href="#top" style="float:right">⤒</a>

### Overview
The HTTPS Client/Server Application demo application demonstrates a secure <strong>HTTPS Client/Server</strong> architecture over a <strong>Wi-Fi network</strong> to ensure encrypted data exchange between client and a server. It leverages <strong>TLS/SSL protocols</strong> to protect data integrity and privacy, ensuring that communications remain secure even when transmitted across public or shared wireless infrastructure.

#### Families:           RW 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        Wi-Fi 
#### Categories:         Security, RTOS, Networking, Wireless Connectivity 
#### Application format: CMSIS Pack
#### Compatible boards:
* [RD-RW612-BGA]()


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-https-client-server/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-https-client-server

<!-- dm-https-lcd-led-demo/. -->
## 80. HTTPS LCD LED Demo<a id="dm-https-lcd-led-demo"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This is a demo example of HTTPS client-server communication using LCD interface on FRDM-MCXN947 using Wi-Fi expansion board FRDM-IW416-AW-AM510.

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        DISPLAY, SDIO, Wi-Fi 
#### Categories:         Touch Sensing, RTOS, Wireless Connectivity 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)

#### Expansion boards
* [FRDM-IW416-AW-AM510](https://mcuxpresso.nxp.com/eb-hub/product/frdm-iw416-aw-am510)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-https-lcd-led-demo/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-https-lcd-led-demo

<!-- dm-wifi-https-frdm-mcxn947/. -->
## 81. HTTPS WiFi Server Temperature Monitor<a id="dm-wifi-https-frdm-mcxn947"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This example uses the IW610 and the FRDM‑ADPT‑MCX‑M2, connected to the FRDM‑MCXN947, to provide Wi‑Fi capabilities. The application creates an access point with a HTTPS-secured web server. Through the web interface, it is possible to monitor the board and MCU temperature, as well as control the board’s LEDs.

#### Families:           MCX, IW 
#### Toolchains:         VS Code 
#### Peripherals:        ADC, GPIO, I3C, UART, SDIO 
#### Categories:         Sensor, HMI, Industrial, Security, RTOS, Wireless Connectivity, User Interface 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-wifi-https-frdm-mcxn947/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-wifi-https-frdm-mcxn947

<!-- dm-hand-gesture-recognition-based-on-rt700/. -->
## 82. Hand Gesture Recognition Based on MIMXRT700<a id="dm-hand-gesture-recognition-based-on-rt700"></a> <a href="#top" style="float:right">⤒</a>

### Overview
Hand key points detection and gesture recognition from USB Camera based on MIMXRT700-EVK . 6 types of gesture is supported:OpenPalm, Fist, ThumbUp, Victory, ILoveYou, PointingUp.The VGPU inside of RT700 is used for image process and display.NPU and Hifi4 DSP can be utilized for hand gesture detection and inference.

#### Families:           i.MX RT 
#### Toolchains:         MCUXpresso IDE, VS Code 
#### Peripherals:        DISPLAY, USB, VIDEO 
#### Categories:         AI/ML, Vision 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [MIMXRT700-EVK]()

#### Expansion boards
* [RK055HDMIPI4MA0](https://mcuxpresso.nxp.com/eb-hub/product/rk055hdmipi4ma0)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-hand-gesture-recognition-based-on-rt700/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-hand-gesture-recognition-based-on-rt700

<!-- dm-frdm-mcxa153-freemaster-heart-rate/. -->
## 83. Heart rate (BPM) and SPO2 monitoring on FRDM-MCXA153<a id="dm-frdm-mcxa153-freemaster-heart-rate"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 This demo mainly demonstrates how to use FRDM-MCXA153 to collect ecg, heart rate and blood oxygen saturation data, also uses FreeMASTER as the UI for display. The MCU (MCXA153) adjusts intensity of LED's in sensor for reads better values of light intensity data from MAX30101 via the I2C bus, performs filtering, other signal processing operations and algorithms to obtain the final result (ecg ,heart rate and SPO2 with waveforms), and saves it in the on-chip RAM. The on-board debugger of FRDM-MCXA153 reads the ecg, heart rate and blood oxygen data from the MCU via the SWD, and displays the results on the FreeMASTER web page. The UI of FreeMASTER uses JS script for web-based waveform display. 

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        I2C 
#### Categories:         Sensor 
#### Application format: CMSIS Pack
#### Compatible boards:
* [FRDM-MCXA153](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-a14x-a15x-mcus:FRDM-MCXA153)

#### Expansion boards
* [HEART RATE 4 CLICK](https://mcuxpresso.nxp.com/eb-hub/product/heart rate 4 click)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-frdm-mcxa153-freemaster-heart-rate/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-frdm-mcxa153-freemaster-heart-rate

<!-- dm-uart-hello-s32k356/. -->
## 84. Hello UART Communication Example Using RTD Drivers on FRDM‑A‑S32K356<a id="dm-uart-hello-s32k356"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This project demonstrates basic UART communication using Real Time Drivers (RTD) on the FRDM‑A‑S32K356 development board. The application initializes the UART peripheral at startup and transmits two predefined welcome messages, providing a simple way to verify RTD UART configuration and reliable serial communication.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        UART 
#### Categories:         Networking 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-uart-hello-s32k356/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-uart-hello-s32k356

<!-- dm-frdm-mcxn947-ebike/. -->
## 85. How to develop an electric bicycle dashboard design on MCXN947<a id="dm-frdm-mcxn947-ebike"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 This demo is an example of dashboard for electric bicycle. This demo is based on LVGL 8.3.10 and GUI Guider 1.6.0-GA. This demo can be used by customers to evaluate GUI performance of MCXN947. Here, this demo uses MCXN947 as target MCU and uses internal flash to store image source and font source. This demo supports various GUI widgets to show customer information such as meter panel, chart, label. 

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        DISPLAY 
#### Categories:         HMI 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)

#### Expansion boards
* [LCD-PAR-S035](https://mcuxpresso.nxp.com/eb-hub/product/lcd-par-s035)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-frdm-mcxn947-ebike/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-frdm-mcxn947-ebike

<!-- dm-lvgl_cluster_rt1170_evk/. -->
## 86. How to enable a LVGL cluster demo with i.MX RT1170-EVK.<a id="dm-lvgl_cluster_rt1170_evk"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 This is a cluster demo with LVGL on MIMXRT1170-EVK with RK055HDMIPI4M 5.5" LCD panel. This demo shows the interface of the car/e-bike when driving, shows the interface of speedometer gear switching and signal icons switching. 

#### Families:           i.MX RT 
#### Toolchains:         IAR 
#### Peripherals:        DISPLAY 
#### Categories:         Graphics, RTOS 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [MIMXRT1170-EVK]()

#### Expansion boards
* [RK055HDMIPI4MA0](https://mcuxpresso.nxp.com/eb-hub/product/rk055hdmipi4ma0)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-lvgl_cluster_rt1170_evk/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-lvgl_cluster_rt1170_evk

<!-- dm-can-high-resolution-timestamp-mcxw72-kw47/. -->
## 87. How to enable and configure high resolution timestamp on CAN or CAN FD frame reception using KW47-EVK or FRDM-MCXW72 boards.<a id="dm-can-high-resolution-timestamp-mcxw72-kw47"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This software describes how to enable and configure high resolution timestamp feature on CAN or CAN FD frame Rx events. It contains software projects for both KW47-EVK and FRDM-MCXW72.

#### Families:           MCX, KW45 
#### Toolchains:         GCC, VS Code 
#### Peripherals:        CAN, TRGMUX 
#### Categories:         Time Sensitive Networking, Networking, Wireless Connectivity 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [KW47-EVK]()
* [FRDM-MCXW72]()


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-can-high-resolution-timestamp-mcxw72-kw47/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-can-high-resolution-timestamp-mcxw72-kw47

<!-- dm-mimxrt700-evk-dual-core-low-power-thermometer-clock/. -->
## 88. How to enable low power in your application on MIMXRT700-EVK<a id="dm-mimxrt700-evk-dual-core-low-power-thermometer-clock"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo is an example of low power thermometer and clock which is based on LVGL 9.2.1 and GUI Guider 1.9.1-GA. It can be used to evaluate low power performances on MIMXRT700 cores with a 1FPS display and to discover how to use power manager on this chip. Here, this demo uses on-board I3C temperature sensor and RTC to gather temperature and current time. User can connect current probes directly on cores power lines to evaluate power consumption. User can also use buttons SW5 and SW7 to set current time.

#### Families:           i.MX RT 
#### Toolchains:         VS Code 
#### Peripherals:        DISPLAY, I3C 
#### Categories:         Low Power, Graphics, Real Time Clock 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [MIMXRT700-EVK]()

#### Expansion boards
* [G1120B0MIPI](https://mcuxpresso.nxp.com/eb-hub/product/g1120b0mipi)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-mimxrt700-evk-dual-core-low-power-thermometer-clock/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-mimxrt700-evk-dual-core-low-power-thermometer-clock

<!-- dm-can-low-power-wakeup-mcxw72-kw47/. -->
## 89. How to enable wakeup from Deep Sleep on CAN frame reception using KW47-EVK or FRDM-MCXW72 boards.<a id="dm-can-low-power-wakeup-mcxw72-kw47"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This software describes how to enable wake-up from Deep Sleep functionality at CAN frame Rx events. It contains software projects for both KW47-EVK and FRDM-MCXW72.

#### Families:           MCX, KW45 
#### Toolchains:         GCC, VS Code 
#### Peripherals:        CAN 
#### Categories:         Low Power, Networking, Wireless Connectivity 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [KW47-EVK]()
* [FRDM-MCXW72]()


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-can-low-power-wakeup-mcxw72-kw47/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-can-low-power-wakeup-mcxw72-kw47

<!-- dm-usb-audio-7-1-channel-speaker-on-mcxn947/. -->
## 90. How to implement USB audio 7.1 channel speaker on MCXN947<a id="dm-usb-audio-7-1-channel-speaker-on-mcxn947"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 This demo will show you how to implement a USB audio 7.1 channel speaker on MCXN947 

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        USB, SAI 
#### Categories:         Audio 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)

#### Expansion boards
* [AUD-EXP-42448](https://mcuxpresso.nxp.com/eb-hub/product/aud-exp-42448)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-usb-audio-7-1-channel-speaker-on-mcxn947/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-usb-audio-7-1-channel-speaker-on-mcxn947

<!-- dm-low-power-implementation-mcxa153/. -->
## 91. How to implement low power on MCXA153<a id="dm-low-power-implementation-mcxa153"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 The low power implementation demo is used for power mode switch, wake up time measurement and low power current measurement on the FRDM-MCXA153 board. 

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        CLOCKS, UART 
#### Categories:         Low Power, Power Conversion 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXA153](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-a14x-a15x-mcus:FRDM-MCXA153)


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-low-power-implementation-mcxa153/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-low-power-implementation-mcxa153

<!-- dm-segger-systemview-integration-mcxw72-kw47/. -->
## 92. How to integrate SEGGER SystemView into a KW47 or MCXW 72 device to enable real-time debugging on RTOS based systems<a id="dm-segger-systemview-integration-mcxw72-kw47"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This software demo explains how to integrate SEGGER SystemView software into a KW47 or MCXW 72 based project to enable real-time system analysis.

#### Families:           MCX, KW45 
#### Toolchains:         GCC, VS Code 
#### Peripherals:        Bluetooth 
#### Categories:         RTOS, Wireless Connectivity, Tools 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [KW47-EVK]()
* [FRDM-MCXW72]()


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-segger-systemview-integration-mcxw72-kw47/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-segger-systemview-integration-mcxw72-kw47

<!-- dm-hyperram-read-write-s32k356/. -->
## 93. HyperRAM Multi-Core Access Example<a id="dm-hyperram-read-write-s32k356"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This example demonstrates multicore HyperRAM access on the FRDM-A-S32K356 board. Core 0 (M7_0) exclusively controls the QuadSPI peripheral and performs HyperRAM write, read, and verification operations on an external ISSI IS66WVH8M8FBLL device. Core 2 (M7_2) submits memory requests through a shared SRAM mailbox and receives operation results from Core 0. The example illustrates inter-core communication and coordination while maintaining exclusive ownership of a shared hardware resource.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        SPI, SIUL2 
#### Categories:         Memory 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-hyperram-read-write-s32k356/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-hyperram-read-write-s32k356

<!-- dm-p3t175xdp-i2c-13c-temperature-sensor-demo-app/. -->
## 94. I3C/I²C-Bus ±0.5 °C Accurate Digital Temperature Sensor with over temperature detection<a id="dm-p3t175xdp-i2c-13c-temperature-sensor-demo-app"></a> <a href="#top" style="float:right">⤒</a>

### Overview
P3T1755DP is a ±0.5°C accurate temperature-to-digital converter with a -40 °C to +125 °C range. It uses an on-chip band gap temperature sensor and A-to-D conversion technique with overtemperature detection which can be configured for different operation conditions like continues conversion, one-shot mode or shutdown mode.<br /><br />

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        I2C, I3C 
#### Categories:         Sensor 
#### Application format: CMSIS Pack
#### Compatible boards:
* [FRDM-MCXA153](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-a14x-a15x-mcus:FRDM-MCXA153)
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-p3t175xdp-i2c-13c-temperature-sensor-demo-app/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-p3t175xdp-i2c-13c-temperature-sensor-demo-app

<!-- dm-motor-control-demo-for-i-mx93/. -->
## 95. Implementation of Motor Control Algorithms to MCIMX93-EVK<a id="dm-motor-control-demo-for-i-mx93"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 Implementation of motor control algorithms using the MCIMX93-EVK development kit. It includes hardware configuration details, setup instructions, and an overview of the software implementation process. 

#### Families:           i.MX 
#### Toolchains:         IAR 
#### Peripherals:        ADC, GPIO, PWM 
#### Categories:         Motor Control 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [MCIMX93-EVK]()

#### Expansion boards
* [FRDM-MC-LVPMSM](https://mcuxpresso.nxp.com/eb-hub/product/frdm-mc-lvpmsm)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-motor-control-demo-for-i-mx93/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-motor-control-demo-for-i-mx93

<!-- dm-ip-frdmmcxn947-eth-panel/. -->
## 96. Industrial Connectivity FRDM-MCXN947 panel<a id="dm-ip-frdmmcxn947-eth-panel"></a> <a href="#top" style="float:right">⤒</a>

### Overview
Industrial connectivity panel is a improved version of Industrial Panel, with new features, improved graphics and performance. Demo has LCD for graphics, motor control, temperature sensors, accelerometer (Mikroe Accel4Click), core performance and RTC. This code have two modes, master and interface.

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE, VS Code 
#### Peripherals:        ADC, CAN, CLOCKS, ETHERNET, GPIO, I2C, I3C, PWM, UART, USB, FlexIO, SmartDMA 
#### Categories:         Graphics, HMI, Motor Control, Industrial, User Interface 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)

#### Expansion boards
* [FRDM-MC-LVPMSM](https://mcuxpresso.nxp.com/eb-hub/product/frdm-mc-lvpmsm)
* [ACCEL 4 CLICK](https://mcuxpresso.nxp.com/eb-hub/product/accel 4 click)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-ip-frdmmcxn947-eth-panel/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-ip-frdmmcxn947-eth-panel

<!-- dm-industrial-panel-frdm-mcxn947/. -->
## 97. Industrial Panel FRDM-MCXN947<a id="dm-industrial-panel-frdm-mcxn947"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 This demo demostrate capabilities of new FRDM-MCXN947. With only one core, the demo run motor control, lvgl, server, two temperature sensors, touch sensitive and get core performance.<br>

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE, VS Code 
#### Peripherals:        ADC, ETHERNET, I2C, PWM, TIMER, UART 
#### Categories:         Graphics, Sensor, Motor Control, Industrial 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)

#### Expansion boards
* [FRDM-MC-LVPMSM](https://mcuxpresso.nxp.com/eb-hub/product/frdm-mc-lvpmsm)
* [LCD-PAR-S035](https://mcuxpresso.nxp.com/eb-hub/product/lcd-par-s035)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-industrial-panel-frdm-mcxn947/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-industrial-panel-frdm-mcxn947

<!-- dm-hse-firmware-install-s32k344/. -->
## 98. Install HSE Firmware on S32K344<a id="dm-hse-firmware-install-s32k344"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This example shows how to install the HSE (Hardware Security Engine) firmware on an S32K344 device using the IVT (Image Vector Table) method.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        FLASH 
#### Categories:         Security 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-hse-firmware-install-s32k344/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-hse-firmware-install-s32k344

<!-- dm-lvgl_cluster_rt1170_evkb_rpi/. -->
## 99. Instrument cluster demo on MIMXRT1170-EVK with Raspberry Pi 7" touch panel, using LVGL<a id="dm-lvgl_cluster_rt1170_evkb_rpi"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 Cluster demo with LVGL on Raspberry Pi 7" touch panel. 

#### Families:           i.MX RT 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        DISPLAY 
#### Categories:         Graphics 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [MIMXRT1170-EVKB](https://www.nxp.com/design/design-center/development-boards-and-designs/i-mx-evaluation-and-development-boards/i-mx-rt1170-evaluation-kit:MIMXRT1170-EVKB)


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-lvgl_cluster_rt1170_evkb_rpi/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-lvgl_cluster_rt1170_evkb_rpi

<!-- dm-a30-mcxa153-ecc-example/. -->
## 100. Integrating EdgeLock® A30 secure authenticator to FRDM-MCXA153 board<a id="dm-a30-mcxa153-ecc-example"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This
demo project provides a detailed information on how to integrate the EdgeLock®
A30 Secure Authenticator into the FRDM-MCXA153 development board. The example
code shows how to use A30 to generate a 256-bit ECC key pair and perform an ECDSA
sign/verify operation.

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        I2C 
#### Categories:         Security 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXA153](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-a14x-a15x-mcus:FRDM-MCXA153)

#### Expansion boards
* [EdgeLock A30 Secure Authenticator](https://mcuxpresso.nxp.com/eb-hub/product/edgelock a30 secure authenticator)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-a30-mcxa153-ecc-example/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-a30-mcxa153-ecc-example

<!-- nano-package/examples/se05x_crypto/mcxa153 -->
## 101. Integrating EdgeLock® SE05X to FRDM-MCX-A development boards<a id="nano-package_examples_se05x_crypto_mcxa153"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 This demo project provides a detailed information on how to integrate the EdgeLock® SE05X series into the FRDM development boards of MCX-A family. Additionally, the project contains several demo applications to showcase how to enable security on the MCX-A family. 

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        I2C 
#### Categories:         Secure Provisioning, Industrial, Security 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXA153](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-a14x-a15x-mcus:FRDM-MCXA153)

#### Expansion boards
* [OM-SE050ARD-E](https://mcuxpresso.nxp.com/eb-hub/product/om-se050ard-e)
* [OM-A5000ARD](https://mcuxpresso.nxp.com/eb-hub/product/om-a5000ard)
* [OM-SE051ARD](https://mcuxpresso.nxp.com/eb-hub/product/om-se051ard)

#### **Repository URL:** https://github.com/NXPPlugNTrust/nano-package/tree/master/examples/se05x_crypto/mcxa153
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-integrating-se05x-to-frdm-mcxa

<!-- nano-package/examples/se05x_crypto/mcxn947 -->
## 102. Integrating EdgeLock® SE05X to FRDM-MCX-N development boards<a id="nano-package_examples_se05x_crypto_mcxn947"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 This demo project provides a detailed information on how to integrate the EdgeLock® SE05X series into the FRDM development boards of MCX-N family. Additionally, the project contains several demo applications to showcase how to enable security on the MCX-N family. 

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        I2C 
#### Categories:         Secure Provisioning, Cloud Connected Devices, Industrial, Security 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)

#### Expansion boards
* [OM-SE050ARD-E](https://mcuxpresso.nxp.com/eb-hub/product/om-se050ard-e)
* [OM-A5000ARD](https://mcuxpresso.nxp.com/eb-hub/product/om-a5000ard)
* [OM-SE051ARD](https://mcuxpresso.nxp.com/eb-hub/product/om-se051ard)
* [OM-SE052ARD](https://mcuxpresso.nxp.com/eb-hub/product/om-se052ard)

#### **Repository URL:** https://github.com/NXPPlugNTrust/nano-package/tree/master/examples/se05x_crypto/mcxn947
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-integrating-se05x-to-frdm-mcx

<!-- dm-uart-button-s32k312/. -->
## 103. Interactive Button and LED Control with UART Console<a id="dm-uart-button-s32k312"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This example shows how to implement a UART-based user interface on the FRDM-A-S32K312. Users can interact with the system through a serial terminal, execute commands to control LEDs, and use onboard buttons to trigger LED actions, providing a practical introduction to embedded user interfaces.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        GPIO, UART 
#### Categories:         Tools 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-uart-button-s32k312/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-uart-button-s32k312

<!-- dm-uart-button-s32k118/. -->
## 104. Interactive LED Control using Buttons with Messages on UART<a id="dm-uart-button-s32k118"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo shows how to create a USB-UART serial console and basic LED control on the FRDM-A-S32K118 board. The application provides a text-based UART console with simple commands and also supports LED control via the onboard buttons SW4 and SW3.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        GPIO, UART 
#### Categories:         Low Power, User Interface 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-uart-button-s32k118/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-uart-button-s32k118

<!-- dm-mcxn947-click-shield-ping-pong-game/. -->
## 105. Interactive Ping Pong Game Demo Using the MCXN947 Click Shield with OLED C Display and Dual Joystick Click Boards<a id="dm-mcxn947-click-shield-ping-pong-game"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This application showcases the MCXN947 MCU integrated with the MikroE Click Shield, featuring three Click Board slots. The demo utilizes an OLED C Click display and two Joystick Click Boards, with MCXN947 pins configured to route signals precisely to each slot. The final implementation delivers an interactive ping pong game, where players control paddles using the joysticks and view gameplay on the OLED screen. This project highlights the MCXN947’s flexibility in handling multiple peripherals and provides a fun, hands-on example of embedded graphics and input handling using NXP’s development ecosystem.

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        I2C, SPI 
#### Categories:         Graphics 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)

#### Expansion boards
* [Click Shield for FRDM-MCXN947](https://mcuxpresso.nxp.com/eb-hub/product/click shield for frdm-mcxn947)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-mcxn947-click-shield-ping-pong-game/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-mcxn947-click-shield-ping-pong-game

<!-- dm-adc-tempsense-freemaster-s32k344/. -->
## 106. Internal Temperature Sensing Using AUTOSAR RTD MCAL and FreeMASTER<a id="dm-adc-tempsense-freemaster-s32k344"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This example shows how to read the internal die temperature of the S32K344 using the AUTOSAR RTD MCAL ADC TempSense API and monitor it in real time with the FreeMASTER debugging tool.The example uses the AUTOSAR Adc driver TempSense API to continuously poll the on-die temperature sensor, converts the Q11.4 fixed-point result to degrees Celsius, and exposes the reading as a global variable (temperature) via the FreeMASTER real-time data visualization tool over LPUART6.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        ADC, UART 
#### Categories:         Sensor, Analog Front End 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-adc-tempsense-freemaster-s32k344/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-adc-tempsense-freemaster-s32k344

<!-- dm-pct2075dp-ard-temperature-sensor/. -->
## 107. I²C-Bus , 1 Degree C Accuracy, Digital Temperature Sensor <a id="dm-pct2075dp-ard-temperature-sensor"></a> <a href="#top" style="float:right">⤒</a>

### Overview
The PCT2075 is a temperature-to-digital converter featuring ±1 °C accuracy over -25 °C<br />
to +100 °C range. It uses an on-chip band gap temperature sensor and Sigma-Delta Ato-<br />
D conversion technique with an overtemperature detection output

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        I2C 
#### Categories:         Sensor 
#### Application format: CMSIS Pack
#### Compatible boards:
* [FRDM-MCXA153](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-a14x-a15x-mcus:FRDM-MCXA153)
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-pct2075dp-ard-temperature-sensor/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-pct2075dp-ard-temperature-sensor

<!-- dm-bldc-motor-control-k32w148/. -->
## 108. K32W148 BLDC Motor control FreeRTOS application<a id="dm-bldc-motor-control-k32w148"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 This software shows how to control a Brushless DC (BLDC) Motor with K32W148. 

#### Families:           K32W, KW45 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        ADC, GPIO, PWM 
#### Categories:         Motor Control, RTOS 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [KW45B41Z-EVK]()
* [K32W148-EVK](https://www.nxp.com/design/design-center/software/development-software/mcuxpresso-software-and-tools-/k32w148-evaluation-kit-with-multiprotocol-radio:K32W148-EVK)


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-bldc-motor-control-k32w148/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-bldc-motor-control-k32w148

<!-- dm-knx-iot-apps-with-ets-support-on-nxp-mcus/. -->
## 109. KNX IoT Point API stack with ETS support on NXP Connectivity MCUs<a id="dm-knx-iot-apps-with-ets-support-on-nxp-mcus"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This repository contains light switched basic examples of the opensource KNX IoT Point API stack running on NXP Connectivity MCUs. These examples include light switched actuator basic (LSAB) and light switched sensor basic (LSSB) examples. The examples support connectivity with KNX Association's Engineering Tool Software (ETS) which is used as Management and Configuration Tool (MaC) for designing and configuring intelligent home and building control installations with the KNX systems.<br /><br />This is the first deployment of the KNX IoT demo applications on FreeRTOS. Further development can be found in the [official KNX IoT Point API Demos repository](https://gitlab.knx.org/public-projects/knx-iot-point-api/knx-iot-point-api-demos).

#### Families:           RW 
#### Toolchains:         GCC, VS Code 
#### Peripherals:        GPIO, UART, 802.15.4 
#### Categories:         Wireless Connectivity 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-knx-iot-apps-with-ets-support-on-nxp-mcus/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-knx-iot-apps-with-ets-support-on-nxp-mcus

<!-- dm-knx-iot-zephyr-apps-with-ets-support-on-nxp-mcus/. -->
## 110. KNX IoT Point API stack with ETS support on NXP Connectivity MCUs running on Zephyr<a id="dm-knx-iot-zephyr-apps-with-ets-support-on-nxp-mcus"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This repository contains light switched basic examples of the opensource KNX IoT Point API stack running on NXP Connectivity MCUs using Zephyr OS. These examples include light switched actuator basic (LSAB) and light switched sensor basic (LSSB) examples. The examples support connectivity with KNX Association's Engineering Tool Software (ETS) which is used as Management and Configuration Tool (MaC) for designing and configuring intelligent home and building control installations with the KNX systems.<br /><br />This is the first deployment of the KNX IoT demo applications on Zephyr RTOS. Further development can be found in the [official KNX IoT Point API Demos repository](https://gitlab.knx.org/public-projects/knx-iot-point-api/knx-iot-point-api-demos).

#### Families:           RW, MCX 
#### Toolchains:         GCC, VS Code 
#### Peripherals:        GPIO, UART, 802.15.4 
#### Categories:         Wireless Connectivity 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXW72]()


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-knx-iot-zephyr-apps-with-ets-support-on-nxp-mcus/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-knx-iot-zephyr-apps-with-ets-support-on-nxp-mcus

<!-- dm-knx-iot-examples-on-nxp-mcxw71/. -->
## 111. KNX IoT stack examples running on FRDM-MCXW71<a id="dm-knx-iot-examples-on-nxp-mcxw71"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This repository contains the light switched actuator basic (LSAB) and light switched sensor basic (LSSB) example running on NXP FRDM-MCXW71

#### Families:           MCX 
#### Toolchains:         GCC 
#### Peripherals:        UART 
#### Categories:         Wireless Connectivity 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXW71](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-w71x-wireless-mcus:FRDM-MCXW71)


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-knx-iot-examples-on-nxp-mcxw71/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-knx-iot-examples-on-nxp-mcxw71

<!-- dm-kw45-secure-boot-scripts/. -->
## 112. KW45: Secure boot scripts based on spsdk<a id="dm-kw45-secure-boot-scripts"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This is scripts package is used for KW45 secure boot, including generating keys, programming fuse, signing image, generating sb3 file, debugging authentication, advancing lifecycle.<br /><a href="https://spsdk.readthedocs.io/en/latest/">https://spsdk.readthedocs.io/</a>

#### Families:           MCX, KW45 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        UART, Bluetooth 
#### Categories:         Secure Provisioning, Security, Wireless Connectivity, Tools 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [KW45B41Z-EVK]()
* [KW45B41Z-LOC]()
* [FRDM-MCXW71](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-w71x-wireless-mcus:FRDM-MCXW71)
* [MCX-W71-EVK]()


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-kw45-secure-boot-scripts/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-kw45-secure-boot-scripts

<!-- dm-mikroe-knob-g-click-frdm/. -->
## 113. Knob G Click: multi-platform ecosystem.<a id="dm-mikroe-knob-g-click-frdm"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 Demo is an example for MIKROE Knob G Click module in FRDM boards with CMSIS driver and NXP HAL Software. 

#### Families:           RW, MCX 
#### Toolchains:         MCUXpresso IDE, VS Code 
#### Peripherals:        GPIO, I2C, TIMER, UART 
#### Categories:         Industrial, Tools, User Interface 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXA156](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-a144-5-6-a154-5-6-mcus:FRDM-MCXA156)
* [FRDM-MCXN236](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n23x-mcus:FRDM-MCXN236)
* [FRDM-MCXA153](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-a14x-a15x-mcus:FRDM-MCXA153)
* [FRDM-MCXC444](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-c444-mcus:FRDM-MCXC444)
* [FRDM-MCXC041](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-c041-mcus:FRDM-MCXC041)
* [FRDM-MCXC242](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-c242-mcus:FRDM-MCXC242)
* [FRDM-MCXW71](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-w71x-wireless-mcus:FRDM-MCXW71)

#### Expansion boards
* [Knob G Click](https://mcuxpresso.nxp.com/eb-hub/product/knob g click)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-mikroe-knob-g-click-frdm/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-mikroe-knob-g-click-frdm

<!-- dm-control-led-emios-pwm-adc-uart-s32k356/. -->
## 114. LED Brightness Control Using ADC Input and eMIOS PWM with UART Monitoring<a id="dm-control-led-emios-pwm-adc-uart-s32k356"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo shows how to combine the eMIOS PWM, ADC and UART (LPUART) MCAL/RTD drivers on the S32K356 microcontroller using S32 Design Studio to control the brightness of an on-board LED.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        ADC, UART, eMIOS 
#### Categories:         Low Power, Analog Front End 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-control-led-emios-pwm-adc-uart-s32k356/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-control-led-emios-pwm-adc-uart-s32k356

<!-- dm-lin-communication-s32k312-s32k344/. -->
## 115. LIN Communication Example<a id="dm-lin-communication-s32k312-s32k344"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This example showcases LIN diagnostic communication between two NXP FRDM-S32K3 boards using the AUTOSAR LIN stack and NXP RTD drivers. The FRDM-S32K312 acts as a LIN Master and periodically sends an ASCII character through transport-layer diagnostic messages, while the FRDM-S32K344 acts as a LIN Slave and returns the subsequent ASCII character. The transmitted and received values are displayed on the UART console, providing a simple demonstration of LIN Transport Layer request-response communication.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        UART, LIN 
#### Categories:         Networking 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-lin-communication-s32k312-s32k344/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-lin-communication-s32k312-s32k344

<!-- dm-lin-communication-s32k118/. -->
## 116. LIN Signal-Based Communication Example<a id="dm-lin-communication-s32k118"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This example demonstrates signal-based LIN 2.1 communication between two NXP FRDM-S32K118 boards using the AUTOSAR LIN stack and NXP RTD drivers. One board is configured as the LIN Master and periodically transmits an ASCII character through a LIN signal contained in a standard communication frame, while the second board acts as the LIN Slave and publishes the subsequent ASCII character in a separate LIN frame. The exchanged values are displayed on the UART console, providing a simple demonstration of LIN signal transmission, frame scheduling, and Master-Slave communication.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        UART, LIN 
#### Categories:         Networking 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-lin-communication-s32k118/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-lin-communication-s32k118

<!-- dm-lpc55s36-low-end-audio-demo/. -->
## 117. LPC55S36 Low End Audio Demo<a id="dm-lpc55s36-low-end-audio-demo"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 This example demo uses DAC output to generate low end audio through an external speaker. 

#### Families:           LPC 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        DAC, UART, USB 
#### Categories:         Voice, Audio 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [LPCXpresso55S36](https://www.nxp.com/design/design-center/software/development-software/mcuxpresso-software-and-tools-/lpcxpresso-boards/lpcxpresso55s36-development-board:LPCXpresso55S36)


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-lpc55s36-low-end-audio-demo/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-lpc55s36-low-end-audio-demo

<!-- dm-lpc55s69-fashion-mnist-object-recognition/. -->
## 118. LPC55S69 Fashion Mnist Object Recognition<a id="dm-lpc55s69-fashion-mnist-object-recognition"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 This demo demonstrates the AI capabilities of the LPC55S69. It displays the image captured by the camera on the LCD screen and performs fashion mnist object recognition. 

#### Families:           LPC 
#### Toolchains:         MDK 
#### Peripherals:        I2C, SPI 
#### Categories:         AI/ML 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [LPCXpresso55S69](https://www.nxp.com/design/design-center/software/development-software/mcuxpresso-software-and-tools-/lpcxpresso-boards/lpcxpresso55s69-development-board:LPC55S69-EVK)


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-lpc55s69-fashion-mnist-object-recognition/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-lpc55s69-fashion-mnist-object-recognition

<!-- dm-lpc55s69-multi-face-detection/. -->
## 119. LPC55S69 Multi Face Detection<a id="dm-lpc55s69-multi-face-detection"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 This demo demonstrates the AI capabilities of the LPC55S69. It displays the image captured by the camera on the LCD screen and performs face detection. 

#### Families:           LPC 
#### Toolchains:         MDK 
#### Peripherals:        I2C, SPI, TIMER 
#### Categories:         AI/ML 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [LPCXpresso55S69](https://www.nxp.com/design/design-center/software/development-software/mcuxpresso-software-and-tools-/lpcxpresso-boards/lpcxpresso55s69-development-board:LPC55S69-EVK)


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-lpc55s69-multi-face-detection/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-lpc55s69-multi-face-detection

<!-- dm-label-cifar10-images-on-mcxn947/. -->
## 120. Label the CIFAR10 images from the camera on FRDM-MCXN947<a id="dm-label-cifar10-images-on-mcxn947"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 Label the CIFAR10 images from the camera on FRDM-MCXN947 

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE, VS Code 
#### Peripherals:        DISPLAY 
#### Categories:         HMI, AI/ML 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-label-cifar10-images-on-mcxn947/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-label-cifar10-images-on-mcxn947

<!-- dm-ml-ir-sensor-people-counting/. -->
## 121. Leveraging deep learning to count the number of people in a room using a low-resolution 8x8 infrared array sensor<a id="dm-ml-ir-sensor-people-counting"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 This shows how to create a deep learning model to count the number of people in a room using a low-resolution 8x8 infrared array sensor. 

#### Families:           LPC 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        CLOCKS, I2C, SENSOR, TIMER, UART 
#### Categories:         AI/ML, Vision 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [LPCXpresso55S69](https://www.nxp.com/design/design-center/software/development-software/mcuxpresso-software-and-tools-/lpcxpresso-boards/lpcxpresso55s69-development-board:LPC55S69-EVK)
* [LPCXpresso55S28](https://www.nxp.com/design/design-center/software/development-software/mcuxpresso-software-and-tools-/lpcxpresso-boards/lpcxpresso55s28-development-board:LPC55S28-EVK)


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-ml-ir-sensor-people-counting/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-ml-ir-sensor-people-counting

<!-- dm-reed-low-power-s32k344/. -->
## 122. Low-Power Magnetic Detection With WKPU Peripheral<a id="dm-reed-low-power-s32k344"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This application demonstrates efficient power management techniques for the S32K344 MCU, utilizing the WKPU peripheral to wake from Standby mode upon magnetic field changes detected by a reed switch. The system integrates an SSD1306 OLED display via FlexIO I2C for status visualization, LED alarm indication, and supports both FAST and NORMAL wake-up modes for optimized power consumption. Designed as a reference implementation for door/window monitoring applications using NXP S32K3 Real-Time Drivers.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        GPIO, I2C 
#### Categories:         Low Power 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:

#### Expansion boards
* [FRDM K64 Click shield](https://mcuxpresso.nxp.com/eb-hub/product/frdm k64 click shield)
* [OLED B click](https://mcuxpresso.nxp.com/eb-hub/product/oled b click)
* [Reed Click](https://mcuxpresso.nxp.com/eb-hub/product/reed click)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-reed-low-power-s32k344/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-reed-low-power-s32k344

<!-- dm-low-power-wireless-sensors-examples-for-mcxw23/. -->
## 123. Low-Power Wireless Sensors Examples for MCXW23<a id="dm-low-power-wireless-sensors-examples-for-mcxw23"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo project provides low-power sensors examples ported on FRDM-MCXW23. Additionally, the project contains several demo applications to showcase how to configure an accelerometer, magnetic switch sensor and pressure/altimeter sensor in various modes.

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE, VS Code 
#### Peripherals:        I2C, Bluetooth 
#### Categories:         Low Power, Sensor, Wireless Connectivity 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXW23]()

#### Expansion boards
* [FRDMSTBC-P3115](https://mcuxpresso.nxp.com/eb-hub/product/frdmstbc-p3115)
* [FRDM-STBI-NMH1000](https://mcuxpresso.nxp.com/eb-hub/product/frdm-stbi-nmh1000)
* [HALL SWITCH 3 CLICK](https://mcuxpresso.nxp.com/eb-hub/product/hall switch 3 click)
* [ACCEL PRESSURE CLICK](https://mcuxpresso.nxp.com/eb-hub/product/accel pressure click)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-low-power-wireless-sensors-examples-for-mcxw23/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-low-power-wireless-sensors-examples-for-mcxw23

<!-- dm-pcal6408a-8-bit-i2c-gpio-expander/. -->
## 124. Low-Voltage Translating, 8-Bit I²C-Bus/SMBus I/O Expander<a id="dm-pcal6408a-8-bit-i2c-gpio-expander"></a> <a href="#top" style="float:right">⤒</a>

### Overview
The PCAL6408A is an 8-bit general purpose I/O expander that provides remote I/O expansion for many microcontroller families via the I²C-bus interface.

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        DMA, GPIO, I2C, SPI 
#### Categories:         Low Power, Industrial 
#### Application format: CMSIS Pack
#### Compatible boards:
* [FRDM-MCXA153](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-a14x-a15x-mcus:FRDM-MCXA153)
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)
* [FRDM-MCXC444](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-c444-mcus:FRDM-MCXC444)


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-pcal6408a-8-bit-i2c-gpio-expander/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-pcal6408a-8-bit-i2c-gpio-expander

<!-- dm-mcx-streamdeck/. -->
## 125. MCX STREAMDECK<a id="dm-mcx-streamdeck"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 A touch user interface to send hotkeys or shorcuts 

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE, VS Code 
#### Peripherals:        DISPLAY, USB 
#### Categories:         Graphics, HMI 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)

#### Expansion boards
* [TFT PROTO 5 Capacitive](https://mcuxpresso.nxp.com/eb-hub/product/tft proto 5 capacitive)
* [LCD-PAR-S035](https://mcuxpresso.nxp.com/eb-hub/product/lcd-par-s035)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-mcx-streamdeck/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-mcx-streamdeck

<!-- dm-mcxc162-low-power-presence-detection/. -->
## 126. MCXC162 Low Power Presence Detection<a id="dm-mcxc162-low-power-presence-detection"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo highlights the low-power capabilities of the FRDM‑MCXC162 platform using a SparkFun Qwiic TMF8820 dToF sensor, DMA-assisted I2C transfers, UART logging, and an OLED display.The application spends most of its time in a low-power state. It periodically wakes to poll the TMF8820 presence sensor through LPI2C + DMA. When presence is detected, the MCU transitions to active mode, captures measurement data, updates the OLED display, and outputs information through UART. A push button can also trigger an asynchronous wake-up event.

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE, VS Code 
#### Peripherals:        DMA, I2C 
#### Categories:         HMI 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXC162]()


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-mcxc162-low-power-presence-detection/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-mcxc162-low-power-presence-detection

<!-- dm-mcxc162-low-power-temperature-sensing/. -->
## 127. MCXC162 Low Power Temperature Sensing<a id="dm-mcxc162-low-power-temperature-sensing"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo presents the low power temperature sensing on FRDM‑MCXC162 platform using an onboard P3T1755 temperature sensor. The application spends most of its time in a low-power state. When the wakeup button is pressed. presence is detected, the MCU transitions to active mode, reads the sensor measurement data,and print through serial port.

#### Families:           MCX 
#### Toolchains:         VS Code 
#### Peripherals:        I2C 
#### Categories:         Low Power 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXC162]()


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-mcxc162-low-power-temperature-sensing/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-mcxc162-low-power-temperature-sensing

<!-- dm-mcxc444-lcd-and-fxls8974cf-motion-detection/. -->
## 128. MCXC444 LCD display and FXLS8974CF accelerometer motion detection<a id="dm-mcxc444-lcd-and-fxls8974cf-motion-detection"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 This example use FRDM-MCXC444 and on-board FXLS8974CF accelerometer to demonstrate autonomous motion detection of motion and direction, also this demo shows the board direction on the on board LCD display. 

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE, VS Code 
#### Peripherals:        DISPLAY, I2C, SENSOR, UART 
#### Categories:         Sensor 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXC444](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-c444-mcus:FRDM-MCXC444)


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-mcxc444-lcd-and-fxls8974cf-motion-detection/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-mcxc444-lcd-and-fxls8974cf-motion-detection

<!-- dm-mcxn-windowed-watchdog/. -->
## 129. MCXN - how to enable the windowed watchdog on low power<a id="dm-mcxn-windowed-watchdog"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 Create package software about how to enable watchdog in low power examples. 

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        WATCHDOG 
#### Categories:         Low Power 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-mcxn-windowed-watchdog/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-mcxn-windowed-watchdog

<!-- dm-mcxn947-npu-vs-tensorflm-benchmark/. -->
## 130. MCXN947 NPU vs Tensorflm Benchmark<a id="dm-mcxn947-npu-vs-tensorflm-benchmark"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo shows the performance benchmark between NPU and TensorFLM. Real time results are displayed on TFT LCD. On-chip NPU accelerates AI/ML algorithms and improves the performance.

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE, VS Code 
#### Peripherals:        DISPLAY 
#### Categories:         Graphics, AI/ML 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)

#### Expansion boards
* [TFT PROTO 5 Capacitive](https://mcuxpresso.nxp.com/eb-hub/product/tft proto 5 capacitive)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-mcxn947-npu-vs-tensorflm-benchmark/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-mcxn947-npu-vs-tensorflm-benchmark

<!-- dm-mcxn947-power-manager/. -->
## 131. MCXN94x power manager training lab<a id="dm-mcxn947-power-manager"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 The Power Manager example uses runtime menus to evaluate the power modes and power management features of the MCX Nx4x.  This example also uses the Power Manager component of MCUXpresso SDK, which provides a common framework of APIs for power management. For more details how to use this example and measure current, refer to the lab guide "MCXNx4x Power Management Lab.pdf". 

#### Families:           MCX 
#### Toolchains:         IAR, MCUXpresso IDE, VS Code 
#### Peripherals:        CLOCKS 
#### Categories:         Low Power 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [MCX-N9XX-EVK](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/evaluation-kit-for-mcx-n94x-mcus:MCX-N9XX-EVK)
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-mcxn947-power-manager/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-mcxn947-power-manager

<!-- dm-mcxw71-accel-and-light-ble/. -->
## 132. MCXW71 Accelerometer and light sensor over Wireless UART<a id="dm-mcxw71-accel-and-light-ble"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 This demo serves as guide on enabling FXLS897xxx accelerometer over I2C and light sensor over ADC readings. The ADC conversions are trigger by a hardware timer trigger. The I2C transfers make use of CMSIS-Drives. Interact application through the IoT Toolbox using a Smartphone. 

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE, VS Code 
#### Peripherals:        ADC, I2C, PWM 
#### Categories:         Sensor, Wireless Connectivity 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXW71](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-w71x-wireless-mcus:FRDM-MCXW71)


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-mcxw71-accel-and-light-ble/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-mcxw71-accel-and-light-ble

<!-- dm-mcxw72-i2s-with-flexio/. -->
## 133. MCXW72 I2S emulation with FlexIO<a id="dm-mcxw72-i2s-with-flexio"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo shows how to emulate I2S interface with FlexIO using DMA on MCXW72.

#### Families:           MCX 
#### Toolchains:         VS Code 
#### Peripherals:        DMA, I2S, FlexIO 
#### Categories:         Audio 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [MCXW72-LOC]()


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-mcxw72-i2s-with-flexio/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-mcxw72-i2s-with-flexio

<!-- dm-mcxw72-nafe13388-4-wire-rtd/. -->
## 134. MCXW72 NAFE13388 4 wire RTD<a id="dm-mcxw72-nafe13388-4-wire-rtd"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo demonstrates how to measure temperature using a <strong>four‑wire RTD</strong> with the <strong>NAFE13388 analog front-end</strong> connected to an <strong>MCX series microcontroller</strong>. Communication between the MCU and the NAFE13388 is performed over <strong>SPI</strong> using the <strong>CMSIS-Driver framework</strong>. The application configures the NAFE13388 to operate in <strong>Single Channel Continuous Read (SCCR)</strong> mode, performs multiple conversions on a single channel, and reports voltage and temperature results through a UART debug console. A GPIO interrupt driven by the <strong>DRDY</strong> signal is used to synchronize conversion completion. This example serves as a reference for implementing <strong>high-precision temperature sensing</strong> in industrial and instrumentation applications using NXP analog front-end devices.<h2>Key Features</h2><ul><li>Four-wire RTD temperature measurement</li><li>NAFE13388 high-resolution analog front-end</li><li>SPI communication using CMSIS SPI Driver</li><li>SCCR, SCSR, MCMR, MCCR measurements mode</li><li>DRDY-based interrupt synchronization</li><li>Console output for measurement results</li><li>Modular sensor SDK and driver architecture</li></ul><h2>Hardware Requirements</h2><ul><li>MCX MCU development board</li><li>NAFE13388 shield</li><li>Four-wire RTD sensor </li><li>SPI and UART connections</li></ul>

#### Families:           MCX 
#### Toolchains:         VS Code 
#### Peripherals:        SPI 
#### Categories:         Analog Front End 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXW72]()

#### Expansion boards
* [NAFE13388-UIM](https://mcuxpresso.nxp.com/eb-hub/product/nafe13388-uim)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-mcxw72-nafe13388-4-wire-rtd/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-mcxw72-nafe13388-4-wire-rtd

<!-- dm-nmh1000-magnetic-switch-example/. -->
## 135. Magnetic Wake-up Example using NMH1000 Magnetic Switch Sensor<a id="dm-nmh1000-magnetic-switch-example"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 This example demo describes how to configure NMH1000 magnetic switch sensor to enable magnetic wake-up use-case. Such use-case can find many applications where user would like to completely shut off power supply or put the device in power down mode etc. based on magnetic field applied. Examples include, smart meters, shelf labels, reed switch replacement, smart home etc.<br>

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        I2C, SENSOR, UART 
#### Categories:         Low Power, Sensor 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXA153](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-a14x-a15x-mcus:FRDM-MCXA153)
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)

#### Expansion boards
* [FRDM-STBI-NMH1000](https://mcuxpresso.nxp.com/eb-hub/product/frdm-stbi-nmh1000)
* [HALL SWITCH 3 CLICK](https://mcuxpresso.nxp.com/eb-hub/product/hall switch 3 click)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-nmh1000-magnetic-switch-example/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-nmh1000-magnetic-switch-example

<!-- dm-matter-ble-channel-sounding-demonstrator-on-mcxw72/. -->
## 136. Matter BLE channel sounding demonstrator running on MCXW72<a id="dm-matter-ble-channel-sounding-demonstrator-on-mcxw72"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This is a demo application run on the FRDM-MCXW72 board, which provides a demonstration on how to integrate Matter with BLE - Channel Sounding and create specific smart home automations.

#### Families:           MCX 
#### Toolchains:         GCC, VS Code 
#### Peripherals:        UART, Bluetooth, 802.15.4 
#### Categories:         Wireless Connectivity 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXW72]()


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-matter-ble-channel-sounding-demonstrator-on-mcxw72/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-matter-ble-channel-sounding-demonstrator-on-mcxw72

<!-- dm-matter-evse-demo-on-frdm-rw612/. -->
## 137. Matter EVSE demo on FRDM RW612<a id="dm-matter-evse-demo-on-frdm-rw612"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo showcases Matter-compliant Electric Vehicle Supply Equipment (EVSE) reference design combining NXP's FRDM-RW612 and TWRKM35Z75M development platforms. This solution delivers secure, certifiable EV charging with integrated metering, credential management, and Matter ecosystem compatibility.

#### Families:           RW 
#### Toolchains:         GCC 
#### Peripherals:        ADC, DAC, DISPLAY, GPIO, I2C, SPI, Bluetooth, Wi-Fi, 802.15.4 
#### Categories:         Graphics, Touch Sensing, Security, RTOS, Wireless Connectivity 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-matter-evse-demo-on-frdm-rw612/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-matter-evse-demo-on-frdm-rw612

<!-- dm-matter-secure-lock-on-rw612/. -->
## 138. Matter EdgeLock 2GO secure lock example running on RW612<a id="dm-matter-secure-lock-on-rw612"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This is a demo application run on the FRDM-RW612 board, which provides an example on how to securely provision a Matter device using the EdgeLock 2GO service.

#### Families:           RW 
#### Toolchains:         GCC 
#### Peripherals:        UART, Bluetooth, Wi-Fi, 802.15.4 
#### Categories:         Security, Wireless Connectivity 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-matter-secure-lock-on-rw612/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-matter-secure-lock-on-rw612

<!-- dm-brake-status-monitoring-frdm-a-s32k344/. -->
## 139. Monitoring Brake Status with Emergency LED Indicator<a id="dm-brake-status-monitoring-frdm-a-s32k344"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This application demonstrates a real-time brake pressure monitoring system on the FRDM-A-S32K344 evaluation board. A Force Click board provides an analog force-sensitive input sampled via ADC0 (channel P0) to simulate brake pedal pressure, while a 4X4 RGB Click LED matrix driven through FlexIO delivers immediate color-coded visual feedback.<br />The project is built with the S32K3 Real-Time Drivers (RTD) for ADC and FlexIO peripherals, and is configured entirely within S32 Design Studio IDE — making it a practical reference for analog sensor-to-display pipelines in automotive safety and diagnostics applications.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        ADC, FlexIO 
#### Categories:         Touch Sensing, Sensor 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-brake-status-monitoring-frdm-a-s32k344/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-brake-status-monitoring-frdm-a-s32k344

<!-- dm-motion-sensing-frdm-a-s32k312-freemaster/. -->
## 140. Motion Sensing using FreeMASTER<a id="dm-motion-sensing-frdm-a-s32k312-freemaster"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This application demonstrates real-time motion sensing and visualization on the FRDM-A-S32K312 evaluation board. It reads 3-axis acceleration data from an FXLS8964AF accelerometer over LPI2C and uses GPIO-driven RGB LED feedback to indicate board orientation and shake events. Tilt orientation is represented through six distinct LED colors mapped to each axis direction, while shake detection triggers a triple-flash animation with a built-in cooldown. All accelerometer variable are exposed in real time via FreeMASTER, enabling live plotting and debugging from a PC.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        I2C, SIUL2 
#### Categories:         Graphics, Tools 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-motion-sensing-frdm-a-s32k312-freemaster/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-motion-sensing-frdm-a-s32k312-freemaster

<!-- dm-i2c-gpio-s32k344/. -->
## 141. Motion and Temperature Sensing using LPI2C and GPIO on FRDM-A-S32K344 with MCAL Drivers<a id="dm-i2c-gpio-s32k344"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo shows how to configure and use the LPI2C and GPIO drivers from the Real-Time Drivers (RTD / MCAL) package on the FRDM-A-S32K344 Evaluation Board using S32 Design Studio.The example demonstrates motion and temperature monitoring using I2C sensor communication and RGB LED control via GPIO.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        GPIO, UART 
#### Categories:         Sensor, Tools 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-i2c-gpio-s32k344/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-i2c-gpio-s32k344

<!-- dm-motion-temperature-freemaster-s32k356/. -->
## 142. Motion and Temperature Sensing with FreeMASTER<a id="dm-motion-temperature-freemaster-s32k356"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo reads the on-board FXLS896x 3-axis accelerometer and the P3T1750 temperature sensor over LPI2C and streams all sensor values to the FreeMASTER PC application over LPUART6.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        I2C, UART 
#### Categories:         Low Power, User Interface 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-motion-temperature-freemaster-s32k356/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-motion-temperature-freemaster-s32k356

<!-- dm-motion-temperature-freemaster-s32k344/. -->
## 143. Motion and temperature monitoring system for FRDM-A-S32K344 using FreeMASTER<a id="dm-motion-temperature-freemaster-s32k344"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo shows how to configure and use the LPI2C and GPIO drivers from the Real-Time Drivers (RTD) package on the FRDM-A-S32K344 Evaluation Board using S32 Design Studio. The example demonstrates motion and temperature monitoring using I2C sensor communication and RGB LED control via GPIO using FreeMASTER

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        I2C, UART 
#### Categories:         Graphics, Tools 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:

#### Expansion boards
* [ACCEL 4 CLICK](https://mcuxpresso.nxp.com/eb-hub/product/accel 4 click)
* [FRDM K64 Click shield](https://mcuxpresso.nxp.com/eb-hub/product/frdm k64 click shield)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-motion-temperature-freemaster-s32k344/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-motion-temperature-freemaster-s32k344

<!-- dm-motion-detection-using-wifi-csi-on-rw61x/. -->
## 144. Motion detection using WiFi CSI on RW61x<a id="dm-motion-detection-using-wifi-csi-on-rw61x"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This application demonstrates LCD screen awake scenario when motion detected in the cubical. The LCD screen will be turned off when no motion detected in the cubical.

#### Families:           RW 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        DISPLAY, Wi-Fi 
#### Categories:         Sensor, RTOS, Wireless Connectivity 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:

#### Expansion boards
* [LCD-PAR-S035](https://mcuxpresso.nxp.com/eb-hub/product/lcd-par-s035)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-motion-detection-using-wifi-csi-on-rw61x/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-motion-detection-using-wifi-csi-on-rw61x

<!-- dm-motor-control-pmsm-frdm-mcxa156/. -->
## 145. Motor Control PMSM FRDM with LVGL<a id="dm-motor-control-pmsm-frdm-mcxa156"></a> <a href="#top" style="float:right">⤒</a>

### Overview
Demo is Motor Control Implementation of Permanent Magnet Synchronous Motor (PMSM) using LVGL with graphics.

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        ADC, I2C, PWM, UART, SDIO 
#### Categories:         Graphics, Motor Control, Industrial 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXA156](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-a144-5-6-a154-5-6-mcus:FRDM-MCXA156)

#### Expansion boards
* [FRDM-MC-LVPMSM](https://mcuxpresso.nxp.com/eb-hub/product/frdm-mc-lvpmsm)
* [LCD-PAR-S035](https://mcuxpresso.nxp.com/eb-hub/product/lcd-par-s035)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-motor-control-pmsm-frdm-mcxa156/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-motor-control-pmsm-frdm-mcxa156

<!-- dm-mc-pmsm-foc-s32k312/. -->
## 146. Motor Control PMSM Sensorless dual Shunt FOC<a id="dm-mc-pmsm-foc-s32k312"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This example demonstrates a sensorless Field Oriented Control (FOC) implementation for Permanent Magnet Synchronous Motor (PMSM) using dual shunt current sensing on the NXP <a href="https://www.nxp.com/design/design-center/development-boards-and-designs/automotive-development-platforms/hardware-tools-and-accessories/motor-control-shield-for-devkit:DEVKIT-MOTORGD">DEVKIT-MOTORGD</a> and S32K312 microcontroller.The demo is based on the <a href="https://www.nxp.com/webapp/Download?colCode=AN13767">AN13767 3-phase Sensorless PMSM Motor Control Kit with S32K344 using RTD Low Level API</a>, more details about the implementation can be found in the application note.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        ADC, PWM, SPI, UART, eMIOS, BCTU 
#### Categories:         Motor Control 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:

#### Expansion boards
* [DEVKIT-MOTORGD](https://mcuxpresso.nxp.com/eb-hub/product/devkit-motorgd)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-mc-pmsm-foc-s32k312/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-mc-pmsm-foc-s32k312

<!-- dm-ip-frdmmcxc444-rotary-motor-update-usb/. -->
## 147. Motor RPM Control with KnobGClick and RPM Display in Real Time with USB<a id="dm-ip-frdmmcxc444-rotary-motor-update-usb"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo is part of Industrial Panel V2, the MCXC444 have usb connection with main panel and uses the mikroe KnobGClick module for change RPM and LCD for show real time RPM.

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE, VS Code 
#### Peripherals:        GPIO, I2C, USB 
#### Categories:         HMI, Industrial, User Interface 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXC444](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-c444-mcus:FRDM-MCXC444)

#### Expansion boards
* [Knob G Click](https://mcuxpresso.nxp.com/eb-hub/product/knob g click)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-ip-frdmmcxc444-rotary-motor-update-usb/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-ip-frdmmcxc444-rotary-motor-update-usb

<!-- dm-ip-frdmmcxc242-rotary-motor-update-usb/. -->
## 148. Motor RPM Control with KnobGClick with USB<a id="dm-ip-frdmmcxc242-rotary-motor-update-usb"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo is part of Industrial Panel V2, the MCXC242 have usb connection with main panel and uses the mikroe KnobGClick module for change RPM.

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE, VS Code 
#### Peripherals:        GPIO, I2C, USB 
#### Categories:         HMI, Industrial, User Interface 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXC444](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-c444-mcus:FRDM-MCXC444)

#### Expansion boards
* [Knob G Click](https://mcuxpresso.nxp.com/eb-hub/product/knob g click)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-ip-frdmmcxc242-rotary-motor-update-usb/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-ip-frdmmcxc242-rotary-motor-update-usb

<!-- dm-ip-frdmmcxa153-oled-motor-graph-usb/. -->
## 149. Motor RPM Grapher in OLED with USB<a id="dm-ip-frdmmcxa153-oled-motor-graph-usb"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo is part of Industrial Panel V2, the MCXA153 have usb connection with main panel and uses the mikroe OledBClick module to graph RPM in real time.

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE, VS Code 
#### Peripherals:        GPIO, I2C, USB 
#### Categories:         Graphics, HMI, Industrial 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXA153](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-a14x-a15x-mcus:FRDM-MCXA153)

#### Expansion boards
* [OLED B click](https://mcuxpresso.nxp.com/eb-hub/product/oled b click)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-ip-frdmmcxa153-oled-motor-graph-usb/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-ip-frdmmcxa153-oled-motor-graph-usb

<!-- dm-mcx-accel-and-pressure-monitor/. -->
## 150. Multi sensor demo with FRDM-MCXN947 and LDC-PAR-S035<a id="dm-mcx-accel-and-pressure-monitor"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 This demo shows how to integrate the NXP sensors FXLS8974CF (3-axis accelerometer) and MPL3115 (absolute pressure) with FRDM-MCXN947 platform. Both sensors share the I2C bus of the Accel &amp; Pressure click board, that is used in the demo for digital communication between the MCXN947 and the sensors. The demo uses the LVGL graphics framework and a TFT Display (LCD-PAR-S035) to show sensor data 

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        DISPLAY, GPIO, I2C, SENSOR, UART 
#### Categories:         Sensor 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)

#### Expansion boards
* [LCD-PAR-S035](https://mcuxpresso.nxp.com/eb-hub/product/lcd-par-s035)
* [ACCEL PRESSURE CLICK](https://mcuxpresso.nxp.com/eb-hub/product/accel pressure click)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-mcx-accel-and-pressure-monitor/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-mcx-accel-and-pressure-monitor

<!-- dm-sd-card-read-write-s32k358/. -->
## 151. Multi-Core SD Card Read/Write Using uSDHC<a id="dm-sd-card-read-write-s32k358"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo showcases multi-core SD card access on the FRDM-A-S32K358 board. Core 0 (M7_0) owns the uSDHC peripheral and performs all SD card operations — erase, write, and read-back — while Core 2 (M7_2) prepares and verifies data through a shared-memory interface. The two cores coordinate via software handshake flags in shared SRAM, demonstrating a safe pattern for peripheral ownership in a multi-core automotive microcontroller. Each iteration both cores fill buffers with deterministic patterns, write them to separate SD card block ranges, read the data back, and cross-verify the results, with onboard RGB LEDs providing real-time status indication.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        SDMMC, SIUL2 
#### Categories:         SDMMC 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-sd-card-read-write-s32k358/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-sd-card-read-write-s32k358

<!-- dm-multirate-scheduler-s32k358/. -->
## 152. Multi-Rate Automotive Scheduler Using eMIOS SAOC and GPT<a id="dm-multirate-scheduler-s32k358"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This example implements a multi-rate cooperative scheduler on the S32K358 (Cortex-M7) using the RTD AUTOSAR 4.9 drivers on a shared eMIOS_1 counter bus. A GPT channel generates a 1 ms tick that releases 10 ms, 100 ms and 1000 ms tasks, while an eMIOS SAOC (OCU) compare event provides hardware-assisted deadline supervision for the 10 ms task; the 100 ms and 1000 ms tasks are supervised in software. A demo load-injection mode (auto-toggled every 5 s) forces deadline overruns, and a status report is sent over UART every second. The on-board RGB LED shows the state: GREEN = normal, BLUE = load injection, RED = missed deadline.<br />

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        COUNTER, eMIOS, SIUL2 
#### Categories:         Tools 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-multirate-scheduler-s32k358/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-multirate-scheduler-s32k358

<!-- dm-gpio-blinky-s32k358/. -->
## 153. Multicore Blinking LED Demo for FRDM-A-S32K358<a id="dm-gpio-blinky-s32k358"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo presents the S32 Design Studio toolchain, flashing flow and the basic GPIO/clock initialization on the FRDM-A-S32K358 by toggling two onboard RGB LEDs, each independently controlled by a different core. This example showcases the multicore capabilities of the FRDM-A-S32K358.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        CLOCKS, SIUL2 
#### Categories:         Tools 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-gpio-blinky-s32k358/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-gpio-blinky-s32k358

<!-- dm-hyperram-read-write-s32k358/. -->
## 154. Multicore HyperRAM Read Write Demo<a id="dm-hyperram-read-write-s32k358"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo showcases multi-core external HyperRAM access on the FRDM-A-S32K358 board. Core 0 (M7_0) is the sole owner of the QuadSPI peripheral and performs all HyperRAM operations - write, read-back, and verify - against an ISSI IS66WVH8M8FBLL 64 Mbit (8 MByte) self-refreshing PSRAM over the HyperBus interface, while Core 2 (M7_2) issues memory requests and observes live results through a shared-memory mailbox. The two cores coordinate via software handshake flags in shareable SRAM, demonstrating a safe pattern for exclusive peripheral ownership in a multi-core automotive microcontroller<br />

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        SPI, SIUL2 
#### Categories:         Memory 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-hyperram-read-write-s32k358/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-hyperram-read-write-s32k358

<!-- dm-multicore-uart-communication-s32k356/. -->
## 155. Multicore Message Passing over LPUART Internal Loopback<a id="dm-multicore-uart-communication-s32k356"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This application demonstrates reliable inter-core message passing on the FRDM-A-S32K356 evaluation board using two Cortex-M7 cores — Core 0 (M7_0_0) and Core 2 (M7_0_2). Core 0 initializes LPUART0 in internal-loopback mode and transmits a 12-byte "Hello Core2" message, while Core 2 polls the same LPUART0 RX path to receive and validate it.  Synchronization between cores is handled through the Multi-System Channel Module (MSCM): Core 0 signals peripheral readiness at startup, and a stop-and-wait handshake ensures each message is acknowledged before the next is sent. Successful transmission and reception are confirmed visually by blue LED toggles on each core — Core 2's LED lights for 2 s followed by Core 0's LED for 2 s, producing a continuous ~4-second round-trip cadence.  The project is built with the S32K3 Real-Time Drivers (RTD) for LPUART, and SIUL2 GPIO peripherals, and is configured entirely within S32 Design Studio IDE.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        UART 
#### Categories:         Tools 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-multicore-uart-communication-s32k356/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-multicore-uart-communication-s32k356

<!-- dm-sd-card-read-write-s32k356/. -->
## 156. Multicore SD Card Data Logging<a id="dm-sd-card-read-write-s32k356"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This example illustrates a multi-core SD card logging architecture on the FRDM-A-S32K356. A dedicated core controls the SD card interface, while a secondary core generates and validates application data. Through shared-memory communication and software synchronization, the application demonstrates efficient task partitioning, peripheral ownership, and reliable data exchange between cores.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        SDMMC, SIUL2 
#### Categories:         SDMMC 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-sd-card-read-write-s32k356/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-sd-card-read-write-s32k356

<!-- dm-multicore-uart-communication-s32k358/. -->
## 157. Multicore UART Communication<a id="dm-multicore-uart-communication-s32k358"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo shows how to configure and use the LPUART, MSCM, and GPIO drivers from the Real-Time Drivers (RTD) package on the FRDM-A-S32K358 Evaluation Board using S32 Design Studio. The example demonstrates inter-core communication between Core 0 (M7_0_0) and Core 2 (M7_0_2) using LPUART0 in internal-loopback mode for data transfer and the Multi-System Channel Module (MSCM) for core-to-core synchronization, with a stop-and-wait handshake protocol ensuring reliable message delivery and LEDs toggling via GPIO to indicate successful transmission and reception of each message.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        UART 
#### Categories:         Tools 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-multicore-uart-communication-s32k358/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-multicore-uart-communication-s32k358

<!-- dm-multiple-person-detection-on-mcxn947/. -->
## 158. Multiple Person Detection on MCXN947<a id="dm-multiple-person-detection-on-mcxn947"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 Multiple person detection based on machine learning algorithms, powered by MCXN947. 

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE, VS Code 
#### Peripherals:        DISPLAY 
#### Categories:         AI/ML 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)

#### Expansion boards
* [LCD-PAR-S035](https://mcuxpresso.nxp.com/eb-hub/product/lcd-par-s035)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-multiple-person-detection-on-mcxn947/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-multiple-person-detection-on-mcxn947

<!-- dm-multiple-face-detection-on-mcxn947/. -->
## 159. Multiple face detection on mcxn947<a id="dm-multiple-face-detection-on-mcxn947"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 Multiple face detection on FRDM-MCXN947 

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE, VS Code 
#### Peripherals:        DISPLAY, PWM 
#### Categories:         AI/ML 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)

#### Expansion boards
* [LCD-PAR-S035](https://mcuxpresso.nxp.com/eb-hub/product/lcd-par-s035)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-multiple-face-detection-on-mcxn947/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-multiple-face-detection-on-mcxn947

<!-- dm-multistream-iperf-support-on-wifi-and-ethernet-interface/. -->
## 160. Multistream iperf support on wifi and ethernet interface<a id="dm-multistream-iperf-support-on-wifi-and-ethernet-interface"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This application will demonstrate to run iPerf Simultaneously on Wi-Fi and Ethernet.<br />

#### Families:           RW 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        ETHERNET, Wi-Fi 
#### Categories:         RTOS, Networking, Wireless Connectivity 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [RD-RW612-BGA]()


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-multistream-iperf-support-on-wifi-and-ethernet-interface/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-multistream-iperf-support-on-wifi-and-ethernet-interface

<!-- dm-mcxn947-remote-io-with-nafe13388/. -->
## 161. NAFE13388 Universal Analog Sensing Module with Wired Connectivity<a id="dm-mcxn947-remote-io-with-nafe13388"></a> <a href="#top" style="float:right">⤒</a>

### Overview
Software-configurable analog input solution for high-precision sensing with wired connectivity via CAN FD, Ethernet and USB

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE, GCC 
#### Peripherals:        CAN, ETHERNET, USB 
#### Categories:         Sensor, Industrial, Analog Front End 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)

#### Expansion boards
* [NAFE13388-UIM](https://mcuxpresso.nxp.com/eb-hub/product/nafe13388-uim)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-mcxn947-remote-io-with-nafe13388/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-mcxn947-remote-io-with-nafe13388

<!-- dm-nafe13388-application-examples/. -->
## 162. NAFE13388-UIM Industrial Applications with GUI and CLI support .<a id="dm-nafe13388-application-examples"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This is a demo application which provides a command line interface and GUI interface for these six applications of NAFE13388 for Analog to Digital Conversion.<br />Current Sensing using SCSR Conversion<br />Voltage Sensing using SCSR Conversion<br />Voltage Sensing using MCMR Conversion<br />RTD 2/4 Wires using SCCR Conversion<br />Weight Scale  <br />Thermo-couple<br />Pressure Sensor

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        DMA, GPIO, SENSOR, SPI, TIMER, UART 
#### Categories:         Sensor, Industrial, User Interface 
#### Application format: CMSIS Pack
#### Compatible boards:
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)

#### Expansion boards
* [NAFE13388-UIM](https://mcuxpresso.nxp.com/eb-hub/product/nafe13388-uim)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-nafe13388-application-examples/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-nafe13388-application-examples

<!-- dm-nafe33352-application-examples/. -->
## 163. NAFE33352-UIOM Industrial Applications with GUI support<a id="dm-nafe33352-application-examples"></a> <a href="#top" style="float:right">⤒</a>

### Overview
The NAFE33352 is a software-configurable universal analog input and output (AIO) analog front-end (AFE) that meets high-precision measurement and control requirements of industrial-grade applications. The AIO-AFE integrates a precision 14/16/18-bit digital-to-analog converter (DAC), a 16/24-bit analog-to-digital converter (ADC), a low-drift voltage reference, low-offset drift buffers, high-voltage and high-precision amplifiers with 70 V input-protection circuit for EMC and miswiring scenarios. For open circuit and short-circuit detection, the output stage includes built-in diagnostic and protection circuitry. The input stage includes advanced diagnostic circuits enabling anomaly detection and facilitating predictive maintenance and functional safety

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        GPIO, SENSOR, SPI, TIMER, UART 
#### Categories:         Analog Front End 
#### Application format: CMSIS Pack
#### Compatible boards:
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)

#### Expansion boards
* [NAFE33352-UIOM](https://mcuxpresso.nxp.com/eb-hub/product/nafe33352-uiom)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-nafe33352-application-examples/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-nafe33352-application-examples

<!-- dm-imx943-netc-control-and-sharing-between-m33s-acore/. -->
## 164. NETC: Ethernet Switch Control on M33 with Management Port Sharing via VSIs with A-cores<a id="dm-imx943-netc-control-and-sharing-between-m33s-acore"></a> <a href="#top" style="float:right">⤒</a>

### Overview
<strong>NETC switch control PoC</strong> is an application designed to demonstrate the functionality of the NETC switch on the iMX943 platform. <br />It also showcases the <strong>PCIe SR-IOV</strong> capabilities of NETC by sharing the host <strong>ENETC3</strong>, which is connected to the switch management port, with the A-cores through <strong>Virtual Station Interfaces (VSIs)</strong>.The switch is configured using the <strong>MCU SDK driver API</strong>.<br />A <strong>command-line interface (CLI)</strong> is included, offering a set of commands to enable various switch features. Additional commands can be added to extend support for other NETC switch capabilities.The application uses <strong>FreeRTOS tasks</strong> to handle multiple operations in parallel, including:<ul><li>CLI command processing</li><li>RPMSG communication for PCIe virtualization</li><li>PSI-VSI messaging</li></ul>

#### Families:           i.MX 
#### Toolchains:         IAR, GCC 
#### Peripherals:        ETHERNET 
#### Categories:         Industrial, Time Sensitive Networking, Networking 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [IMX943-EVK]()


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-imx943-netc-control-and-sharing-between-m33s-acore/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-imx943-netc-control-and-sharing-between-m33s-acore

<!-- dm-freemaster-nmh1000-evaluation-gui-firmware/. -->
## 165. NMH1000 magnetic switch sensor evaluation GUI using ISSDK and FreeMASTER<a id="dm-freemaster-nmh1000-evaluation-gui-firmware"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 This example demonstrates combining ISSDK and FreeMASTER to create NMH1000 magnetic switch evaluation GUI for our customer to evaluate this sensor using sensor development tools with sensor expansion boards.<br>

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        I2C, UART 
#### Categories:         Low Power, Sensor 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXA153](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-a14x-a15x-mcus:FRDM-MCXA153)
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)

#### Expansion boards
* [HALL SWITCH 3 CLICK](https://mcuxpresso.nxp.com/eb-hub/product/hall switch 3 click)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-freemaster-nmh1000-evaluation-gui-firmware/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-freemaster-nmh1000-evaluation-gui-firmware

<!-- nxp-demo-experience-demos-list/scripts/machine_learning/nnstreamer/classification -->
## 166. NNStreamer Image Classification<a id="nxp-demo-experience-demos-list_scripts_machine_learning_nnstreamer_classification"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 Image Classification showcases the Machine Learning (ML) capabilities of i.MX SoCs by using a Neural Processing Unit (NPU).  

#### Families:           i.MX 
#### Toolchains:         VS Code 
#### Peripherals:        DISPLAY, USB, VIDEO, MIPI-CSI 
#### Categories:         AI/ML, Vision 
#### Application format: Python (Linux)
#### Compatible boards:
* [EVK-MIMX8MM](https://www.nxp.com/design/design-center/development-boards-and-designs/i-mx-evaluation-and-development-boards/evaluation-kit-for-the-i-mx-8m-mini-applications-processor:8MMINILPD4-EVK)
* [MEK-MIMX8QM](https://www.nxp.com/design/design-center/development-boards-and-designs/i-mx-evaluation-and-development-boards/i-mx-8quadmax-multisensory-enablement-kit-mek:MCIMX8QM-CPU)
* [EVK-MIMX8MP](https://www.nxp.com/design/design-center/development-boards-and-designs/i-mx-evaluation-and-development-boards/evaluation-kit-for-the-i-mx-8m-plus-applications-processor:8MPLUSLPD4-EVK)
* [MCIMX93-EVK]()
* [IMX95LPD5EVK-19]()


#### **Repository URL:** https://github.com/nxp-imx-support/nxp-demo-experience-demos-list/tree/lf-6.6.52_2.2.0/scripts/machine_learning/nnstreamer/classification
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-image-classification

<!-- nxp-demo-experience-demos-list/scripts/machine_learning/nnstreamer/detection -->
## 167. NNStreamer Object Detection<a id="nxp-demo-experience-demos-list_scripts_machine_learning_nnstreamer_detection"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 Object Detection showcases the Machine Learning (ML) capabilities ofi.MX SoCs by using a Neural Processing Unit (NPU). Object detection is the ML task that detects instances of objects of a certain class within an image. A bounding box and a class label are found for each detected object. 

#### Families:           i.MX 
#### Toolchains:         VS Code 
#### Peripherals:        DISPLAY, USB, VIDEO, MIPI-CSI 
#### Categories:         AI/ML, Vision 
#### Application format: Python (Linux)
#### Compatible boards:
* [EVK-MIMX8MM](https://www.nxp.com/design/design-center/development-boards-and-designs/i-mx-evaluation-and-development-boards/evaluation-kit-for-the-i-mx-8m-mini-applications-processor:8MMINILPD4-EVK)
* [MEK-MIMX8QM](https://www.nxp.com/design/design-center/development-boards-and-designs/i-mx-evaluation-and-development-boards/i-mx-8quadmax-multisensory-enablement-kit-mek:MCIMX8QM-CPU)
* [EVK-MIMX8MP](https://www.nxp.com/design/design-center/development-boards-and-designs/i-mx-evaluation-and-development-boards/evaluation-kit-for-the-i-mx-8m-plus-applications-processor:8MPLUSLPD4-EVK)
* [MCIMX93-EVK]()
* [IMX95LPD5EVK-19]()


#### **Repository URL:** https://github.com/nxp-imx-support/nxp-demo-experience-demos-list/tree/lf-6.6.52_2.2.0/scripts/machine_learning/nnstreamer/detection
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-object-detection

<!-- dm-nxp-km-metrology/. -->
## 168. NXP KM metrology<a id="dm-nxp-km-metrology"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This software has two use cases:<br />- it calculates the charging parameters (current, voltage and power) of an electric vehicle (EV) by using current and voltage samples stored in memory<br />- it serves as an Analog Front End (AFE) sending data over SPI<br />In both cases, current values are adjusted by rotating the potentiometer.

#### Families:           Kinetis 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        ADC, DISPLAY, I2C, SPI, UART 
#### Categories:         Industrial, Analog Front End 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [TWR-KM34Z50MV3](https://www.nxp.com/design/design-center/development-boards-and-designs/tower-development-boards/mcu-and-processor-modules/kinetis-modules/kinetis-m-series-tower-system-module:TWR-KM34Z50M)
* [TWR-KM34Z75M](https://www.nxp.com/design/design-center/development-boards-and-designs/tower-development-boards/mcu-and-processor-modules/kinetis-modules/kinetis-m-series-tower-system-module:TWR-KM34Z75M)
* [TWR-KM35Z75M](https://www.nxp.com/design/design-center/development-boards-and-designs/tower-development-boards/mcu-and-processor-modules/kinetis-modules/km-series-tower-system-module-for-km35-mcus:TWR-KM35Z75M)


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-nxp-km-metrology/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-nxp-km-metrology

<!-- nxp-vee-mcxn947-frdm/. -->
## 169. NXP Platform Accelerator for MCXN947 Freedom Board<a id="nxp-vee-mcxn947-frdm"></a> <a href="#top" style="float:right">⤒</a>

### Overview
NXP Platform Accelerator provides a development environment to run
virtualized applications developed in Java. It is built upon MicroEJ
technology.

This release runs on FRDM-MCXN947 with an LCD_PAR_S035 display panel.

#### Families:           MCX 
#### Toolchains:         GCC, VS Code 
#### Peripherals:        DISPLAY, ETHERNET, UART, VIDEO 
#### Categories:         Graphics, AI/ML, Security, RTOS, Networking, User Interface 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)

#### Expansion boards
* [LCD-PAR-S035](https://mcuxpresso.nxp.com/eb-hub/product/lcd-par-s035)

#### **Repository URL:** https://github.com/nxp-mcuxpresso/nxp-vee-mcxn947-frdm/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=nxp-platform-accelerator-for-mcxn947-freedom-board

<!-- npa-vee-rw612/. -->
## 170. NXP Platform Accelerator for RW612 Freedom<a id="npa-vee-rw612"></a> <a href="#top" style="float:right">⤒</a>

### Overview
NXP Platform Accelerator provides a development environment to run virtualised applications developed in Java. It is built upon MicroEJ technology.<br />This release runs on FRDM-RW612 with an LCD_PAR_S035 display panel.<br />This implementation supports:<br /><ul><li>Wi-Fi 6 connectivity </li><li>Display enablement through LCD integration</li></ul>

#### Families:           RW 
#### Toolchains:         GCC, VS Code 
#### Peripherals:        DISPLAY, ETHERNET, PINCTRL, UART, Wi-Fi 
#### Categories:         Security, RTOS, Networking, Wireless Connectivity 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/nxp-mcuxpresso/npa-vee-rw612/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=rw612-microej-vee-port-wifi

<!-- nxp-vee-imxrt1170-evk/. -->
## 171. NXP Platform Accelerator for i.MXRT1170 EVK<a id="nxp-vee-imxrt1170-evk"></a> <a href="#top" style="float:right">⤒</a>

### Overview
NXP Platform Accelerator provides a development environment to run
virtualized applications developed in Java. It is built upon MicroEJ
technology.

This release runs on FRDM-RW612 with an LCD_PAR_S035 display panel.

#### Families:           i.MX RT 
#### Toolchains:         GCC, VS Code 
#### Peripherals:        DISPLAY, ETHERNET, UART, VIDEO 
#### Categories:         Graphics, AI/ML, RTOS, Networking, User Interface 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [MIMXRT1170-EVKB](https://www.nxp.com/design/design-center/development-boards-and-designs/i-mx-evaluation-and-development-boards/i-mx-rt1170-evaluation-kit:MIMXRT1170-EVKB)

#### Expansion boards
* [RK055HDMIPI4MA0](https://mcuxpresso.nxp.com/eb-hub/product/rk055hdmipi4ma0)

#### **Repository URL:** https://github.com/nxp-mcuxpresso/nxp-vee-imxrt1170-evk/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=nxp-platform-accelerator-for-i-mxrt1170-evk

<!-- nxp-vee-imxrt595-evk/. -->
## 172. NXP Platform Accelerator for i.MXRT595 EVK<a id="nxp-vee-imxrt595-evk"></a> <a href="#top" style="float:right">⤒</a>

### Overview
NXP Platform Accelerator provides a development environment to run
virtualized applications developed in Java. It is built upon MicroEJ
technology.

This release runs on EVK-MIMXRT595 with an <a href="https://www.nxp.com/part/G1120B0MIPI#/">G1120B0MIPI</a> display panel.

#### Families:           i.MX RT 
#### Toolchains:         GCC, VS Code 
#### Peripherals:        DISPLAY, UART, VIDEO 
#### Categories:         AI/ML, Security, RTOS, User Interface 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [EVK-MIMXRT595](https://www.nxp.com/design/design-center/development-boards-and-designs/i-mx-evaluation-and-development-boards/i-mx-rt595-evaluation-kit:MIMXRT595-EVK)

#### Expansion boards
* [G1120B0MIPI](https://mcuxpresso.nxp.com/eb-hub/product/g1120b0mipi)

#### **Repository URL:** https://github.com/nxp-mcuxpresso/nxp-vee-imxrt595-evk/tree/round
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=nxp-platform-accelerator-for-i-mxrt595-evk

<!-- dm-nafex388-application-examples/. -->
## 173. Nafe Industrial Application Examples using API Libraries<a id="dm-nafex388-application-examples"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 This is a collection of MCUXpresso projects, in this collection several fundamental voltage/current/sensor readout applications via NXP analog front-end are exposed. 

#### Families:           LPC 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        DMA, GPIO, SENSOR, SPI, TIMER, UART 
#### Categories:         Sensor, Industrial 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [LPCXpresso54628](https://www.nxp.com/design/design-center/software/development-software/mcuxpresso-software-and-tools-/lpcxpresso-boards/lpcxpresso54628-development-board:OM13098)
* [LPCXpresso54S018](https://www.nxp.com/products/processors-and-microcontrollers/arm-microcontrollers/general-purpose-mcus/lpc54000-arm-cortex-m4-/lpcxpresso54s018-development-board:LPC54S018-EVK)

#### Expansion boards
* [NAFExx388-EVB](https://mcuxpresso.nxp.com/eb-hub/product/nafexx388-evb)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-nafex388-application-examples/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-nafex388-application-examples

<!-- dm-csi-based-motion-detection/. -->
## 174. Near and Far Motion Detection using WiFi CSI on FRDM i.MX 91 + IW610<a id="dm-csi-based-motion-detection"></a> <a href="#top" style="float:right">⤒</a>

### Overview
The Near and Far Motion Detection demo updates a webpage with real-time CSI-based motion detection between the DUT (STA) and external AP

#### Families:           i.MX 
#### Toolchains:         GCC 
#### Peripherals:        Wi-Fi 
#### Categories:         Security, Networking, Wireless Connectivity 
#### Application format: Python (Linux)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-csi-based-motion-detection/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-csi-based-motion-detection

<!-- dm-weather-visual-monitor-s32k312/. -->
## 175. OLED Weather Display<a id="dm-weather-visual-monitor-s32k312"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This example demonstrates a weather station application running on the FRDM-A-S32K312 evaluation board. Environmental data including temperature, humidity, and barometric pressure is acquired from a BME280 sensor on a MikroE Weather Click using the LPI2C peripheral and displayed on an SSD1306 OLED screen through a FlexIO-based I2C interface. The project showcases sensor acquisition, OLED visualization, GPIO control, and OsIf timing services while illustrating the use of both hardware and software-driven I2C communication in an embedded system.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        I2C, FlexIO 
#### Categories:         Graphics, Sensor 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:

#### Expansion boards
* [FRDM K64 Click shield](https://mcuxpresso.nxp.com/eb-hub/product/frdm k64 click shield)
* [OLED B click](https://mcuxpresso.nxp.com/eb-hub/product/oled b click)
* [Weather Click](https://mcuxpresso.nxp.com/eb-hub/product/weather click)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-weather-visual-monitor-s32k312/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-weather-visual-monitor-s32k312

<!-- dm-on-device-training-fan-anomaly-on-mcxn947/. -->
## 176. On device training fan anomaly detection on MCXN947<a id="dm-on-device-training-fan-anomaly-on-mcxn947"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 On device trainable anomaly detection based on MCXN947. 

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE, VS Code 
#### Peripherals:        DISPLAY, I2C 
#### Categories:         Graphics, Anomaly Detection, AI/ML 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)

#### Expansion boards
* [LCD-PAR-S035](https://mcuxpresso.nxp.com/eb-hub/product/lcd-par-s035)
* [ACCEL 4 CLICK](https://mcuxpresso.nxp.com/eb-hub/product/accel 4 click)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-on-device-training-fan-anomaly-on-mcxn947/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-on-device-training-fan-anomaly-on-mcxn947

<!-- dm-p3h2x4x-i3c-hub-demo-application/. -->
## 177. P3H2X4X : I3C hub demo application on FRDM MCXN947 and MCXA153<a id="dm-p3h2x4x-i3c-hub-demo-application"></a> <a href="#top" style="float:right">⤒</a>

### Overview
I3C-Hub connects to a host CPU via I3C/I2C/SMBus bus on one side and connect to multiple peripheral devices on the other side. The hub device generally have two controller ports and up to eight target ports to expand bus connectivity to multiple devices

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        I2C, I3C 
#### Categories:         Bridge 
#### Application format: CMSIS Pack
#### Compatible boards:
* [FRDM-MCXA153](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-a14x-a15x-mcus:FRDM-MCXA153)
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-p3h2x4x-i3c-hub-demo-application/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-p3h2x4x-i3c-hub-demo-application

<!-- dm-p3t1035xuk-p3t2030xuk-temperature-sensor-i2c-3c-bus-demo-app/. -->
## 178. P3T1035xUK - P3T2030xUK - I3C, I2C-bus, 0.5 °C accuracy, digital temperature sensor<a id="dm-p3t1035xuk-p3t2030xuk-temperature-sensor-i2c-3c-bus-demo-app"></a> <a href="#top" style="float:right">⤒</a>

### Overview
The <a href="https://www.nxp.com/products/P3T1035xUK">P3T1035xUK</a> or <a href="https://www.nxp.com/products/P3T2030xUK">P3T2030xUK</a> is a temperature-to-digital converter from -40 °C to +125 °C range. It uses an on-chip band gap temperature sensor and A-to-D conversion technique with an overtemperature detection.

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        I2C, I3C 
#### Categories:         Sensor 
#### Application format: CMSIS Pack
#### Compatible boards:
* [FRDM-MCXA153](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-a14x-a15x-mcus:FRDM-MCXA153)
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-p3t1035xuk-p3t2030xuk-temperature-sensor-i2c-3c-bus-demo-app/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-p3t1035xuk-p3t2030xuk-temperature-sensor-i2c-3c-bus-demo-app

<!-- dm-i3c-temperature-sensor/. -->
## 179. P3T1755: I3C temperature sensor demo<a id="dm-i3c-temperature-sensor"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 Demonstrates MIPI I3C bus operation with P3T1755 temperature sensor and MCX microcontroller.  <br>

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        I3C 
#### Categories:         Sensor 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXA153](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-a14x-a15x-mcus:FRDM-MCXA153)
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-i3c-temperature-sensor/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-i3c-temperature-sensor

<!-- dm-pca9422-evb-ultra-low-power-charger-gauge-pmic-demo-app/. -->
## 180. PCA9422: PCA9422 Ultra Low Power Charger and Gauge PMIC for RT5/6/700 demo application on FRDM-MCXN947 and MCXA153 <a id="dm-pca9422-evb-ultra-low-power-charger-gauge-pmic-demo-app"></a> <a href="#top" style="float:right">⤒</a>

### Overview
The PCA9422 is a highly integrated Ultra Low Power Management IC (PMIC), targeted to provide a full power management solution for low power microcontroller applications or other similar applications with small batterie<br />Feature provided:<br />Three Step-Down DC/DC Converters<br />One Buck-Boost Converter<br />Four Low Dropout Regulators ( LDOs )<br />Linear Battery Charger for Charging Single Cell Li-Ion Battery

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        I2C 
#### Categories:         Low Power 
#### Application format: CMSIS Pack
#### Compatible boards:
* [FRDM-MCXA153](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-a14x-a15x-mcus:FRDM-MCXA153)
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)

#### Expansion boards
* [PCA9422-EVB](https://mcuxpresso.nxp.com/eb-hub/product/pca9422-evb)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-pca9422-evb-ultra-low-power-charger-gauge-pmic-demo-app/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-pca9422-evb-ultra-low-power-charger-gauge-pmic-demo-app

<!-- dm-pca9846pw-ard-ultra-low-voltage-fm-plus-i2c-bus-switch-demo-app/. -->
## 181. PCA9846: Four-Channel Ultra-Low Voltage, Fm+ I2C-Bus Switch with Reset demo application <a id="dm-pca9846pw-ard-ultra-low-voltage-fm-plus-i2c-bus-switch-demo-app"></a> <a href="#top" style="float:right">⤒</a>

### Overview
The PCA9846 is an ultra-low voltage, quad bidirectional translating switch controlled via the I2C-bus. The SCL/SDA upstream pair fans out to four downstream pairs, or channels. Any or all SCx/SDx channels can be selected, determined by the programmable control register. This feature allows multiple devices with the same I2C-bus address to reside on the same bus. The switch device can also separate a heavily loaded I2C-bus into separate bus segments, eliminating the need for a bus buffer.<br />Features Provided :<br /><pre>Ultra-low voltage operation, down to 0.8 V to interface with next-generation CPUs
- 1-of-4 bidirectional translating switch
- Fm+ I2C-bus interface logic; compatible with SMBus standards
- Active LOW reset input
- 2 address pins allowing up to 16 devices on the I2C-bus
- Channel selection via I2C-bus
- Power-up with all switch channels deselected
- Low Ron switches
- Allows voltage level translation between 0.8 V, 1.8 V, 2.5 V and 3.3 V buses
- Reset via I2C-bus software command
- I2C Device ID function
- No glitch on power-up
- Supports hot insertion since all channels are de-selected at </pre>

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        I2C 
#### Categories:         Low Power 
#### Application format: CMSIS Pack
#### Compatible boards:
* [FRDM-MCXA153](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-a14x-a15x-mcus:FRDM-MCXA153)
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)
* [FRDM-MCXC444](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-c444-mcus:FRDM-MCXC444)


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-pca9846pw-ard-ultra-low-voltage-fm-plus-i2c-bus-switch-demo-app/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-pca9846pw-ard-ultra-low-voltage-fm-plus-i2c-bus-switch-demo-app

<!-- dm-pca9957hn-led-driver-with-demo-app/. -->
## 182. PCA9957HN led driver with demo app running on FRDM-MCXN947 and FRDM-MCXA153<a id="dm-pca9957hn-led-driver-with-demo-app"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 A graphical interface allows the user to easily explore the different functions of the driver to use the LED controller features for color mixing, blinking and dimming LEDs. 

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        SPI 
#### Categories:         User Interface 
#### Application format: CMSIS Pack
#### Compatible boards:
* [FRDM-MCXA153](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-a14x-a15x-mcus:FRDM-MCXA153)
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-pca9957hn-led-driver-with-demo-app/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-pca9957hn-led-driver-with-demo-app

<!-- dm-pca9959hn-led-driver-with-demo-app/. -->
## 183. PCA9959HN led driver with demo app running on FRDM-MCXN947 and FRDM-MCXA153<a id="dm-pca9959hn-led-driver-with-demo-app"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 This demo application provides a command line interface which allows the user to easily explore the different functions <br> of the driver to use the LED controller features for grid duration control , grid-group configuration, channel configuration and gradation control<br>

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        SPI 
#### Categories:         User Interface 
#### Application format: CMSIS Pack
#### Compatible boards:
* [FRDM-MCXA153](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-a14x-a15x-mcus:FRDM-MCXA153)
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)

#### Expansion boards
* [PCA9959HN-ARD](https://mcuxpresso.nxp.com/eb-hub/product/pca9959hn-ard)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-pca9959hn-led-driver-with-demo-app/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-pca9959hn-led-driver-with-demo-app

<!-- dm-pcal6416aev-low-voltage-translating-16-bit-i2c-bus-smbus-io-expander/. -->
## 184. PCAL6416AEV-ARD Low-Voltage Translating 16-Bit I²C-Bus/SMBus I/O Expander<a id="dm-pcal6416aev-low-voltage-translating-16-bit-i2c-bus-smbus-io-expander"></a> <a href="#top" style="float:right">⤒</a>

### Overview
The PCAL6416AEV-ARD Arduino Shield allows easy integration with Arduino EVKs to evaluate 16-bit general-purpose I/O expander features for interfacing to sensors, push buttons, keypad, etc. A graphical interface allows the user to easily explore the different functions of the GPIO expander to create an evaluation system.<ul><li>I/O connector for external access to IC input-output pins</li><li>Eight user switches connected to I/O pins of the IC</li><li>Eight user LEDs connected to I/O pins of the IC</li><li>Equipped with Arduino Uno R3 port for direct connection with Arduino devices</li><li>Fully compliant with IMXRT1050 EVK board</li><li>Fully compliant with LPCXpresso55S69 dev. board</li><li>Compliant with i.MX Mini LPDDR4 EVK board.</li></ul>

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        I2C 
#### Categories:         Industrial, User Interface 
#### Application format: CMSIS Pack
#### Compatible boards:
* [FRDM-MCXA153](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-a14x-a15x-mcus:FRDM-MCXA153)
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)
* [FRDM-MCXC444](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-c444-mcus:FRDM-MCXC444)

#### Expansion boards
* [PCAL6416AEV-ARD](https://mcuxpresso.nxp.com/eb-hub/product/pcal6416aev-ard)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-pcal6416aev-low-voltage-translating-16-bit-i2c-bus-smbus-io-expander/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-pcal6416aev-low-voltage-translating-16-bit-i2c-bus-smbus-io-expander

<!-- dm-pcal6524-24-bit-i2c-smbus-io-expander/. -->
## 185. PCAL6524: Ultra-Low-Voltage Translating 24-Bit  I²C-Bus SMBus IO Expander based GUI demo application<a id="dm-pcal6524-24-bit-i2c-smbus-io-expander"></a> <a href="#top" style="float:right">⤒</a>

### Overview
The tool provides intuitive access to device registers, port/pin settings, LED outputs, switch debounce configuration, seven‑segment display formatting, and live monitoring features, enabling engineers to validate functionality without writing firmware.<ol><li>Launch PCAL65xx Evaluation GUI</li><li>Select COM Port and Connect</li><li>Choose Functional Module (Tabs)</li><li>Configure Settings</li><li>Send Commands / Apply Changes</li><li>Monitor Live Registers / Device Feedback</li><li>Adjust, Re-Test, Validate Behavior</li><li>Disconnect and Close Application</li></ol>

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        I2C 
#### Categories:         Low Power 
#### Application format: CMSIS Pack
#### Compatible boards:
* [FRDM-MCXA153](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-a14x-a15x-mcus:FRDM-MCXA153)
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)

#### Expansion boards
* [PCAL6524EV](https://mcuxpresso.nxp.com/eb-hub/product/pcal6524ev)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-pcal6524-24-bit-i2c-smbus-io-expander/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-pcal6524-24-bit-i2c-smbus-io-expander

<!-- dm-pcal9722hn-22-bit-spi-gpio-expander/. -->
## 186. PCAL9722: 22-Bit SPI I/O Expander with Agile I/O Features<a id="dm-pcal9722hn-22-bit-spi-gpio-expander"></a> <a href="#top" style="float:right">⤒</a>

### Overview
Ultra low-voltage translating 22-bit SPI I/O expander with Agile I/O features, interrupt output and reset evaluation board

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        GPIO, SPI 
#### Categories:         Industrial 
#### Application format: CMSIS Pack
#### Compatible boards:
* [FRDM-MCXA153](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-a14x-a15x-mcus:FRDM-MCXA153)
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)
* [FRDM-MCXC444](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-c444-mcus:FRDM-MCXC444)

#### Expansion boards
* [PCAL9722HN](https://mcuxpresso.nxp.com/eb-hub/product/pcal9722hn)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-pcal9722hn-22-bit-spi-gpio-expander/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-pcal9722hn-22-bit-spi-gpio-expander

<!-- dm-pcf2131-real-time-clock-driver-with-demo-app/. -->
## 187. PCF2131 : Real Time Clock driver on FRDM-MCXN947.<a id="dm-pcf2131-real-time-clock-driver-with-demo-app"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 This example demo provides CMSIS Compliant APIs to configure different operating modes of PCF2131 RTC. It also provides APIs to perform below mentioned operations:<br><ul><li>RTC Start</li><li>RTC Stop</li><li>Get Time</li><li>Set Time</li><li>Record Timestamps on Switches</li><li>Software Reset </li></ul>

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        I2C, SPI 
#### Categories:         Real Time Clock 
#### Application format: CMSIS Pack
#### Compatible boards:
* [FRDM-MCXA153](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-a14x-a15x-mcus:FRDM-MCXA153)
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)

#### Expansion boards
* [PCF2131-ARD](https://mcuxpresso.nxp.com/eb-hub/product/pcf2131-ard)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-pcf2131-real-time-clock-driver-with-demo-app/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-pcf2131-real-time-clock-driver-with-demo-app

<!-- dm-pcf85x63xx-real-time-clock-demo-app/. -->
## 188. PCF85063AT/TP/ATL: Tiny Real Time Clock driver on FRDM-MCXN947 and MCXA153.<a id="dm-pcf85x63xx-real-time-clock-demo-app"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This example demo provides CMSIS Compliant APIs to configure different operating modes of RTC. It also provides APIs to perform below mentioned operations:<br /><ul><li>RTC Start</li><li>RTC Stop</li><li>Get/Set Time and date </li><li>Minute/Half Minute Interrupt</li><li>Offset Modes </li><li>Correction Interrupts </li><li>Get &amp; Set Alarm etc. </li></ul>

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        I2C 
#### Categories:         Real Time Clock 
#### Application format: CMSIS Pack
#### Compatible boards:
* [FRDM-MCXA153](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-a14x-a15x-mcus:FRDM-MCXA153)
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)

#### Expansion boards
* [PCF85063AT](https://mcuxpresso.nxp.com/eb-hub/product/pcf85063at)
* [PCF85263ATL-ARD](https://mcuxpresso.nxp.com/eb-hub/product/pcf85263atl-ard)
* [PCF85063TP](https://mcuxpresso.nxp.com/eb-hub/product/pcf85063tp)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-pcf85x63xx-real-time-clock-demo-app/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-pcf85x63xx-real-time-clock-demo-app

<!-- dm-pcf85063at-tp-real-time-clock-demo-app/. -->
## 189. PCF85063AT/TP: Tiny Real Time Clock driver on FRDM-MCXN947 and MCXA153.<a id="dm-pcf85063at-tp-real-time-clock-demo-app"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 This example demo provides CMSIS Compliant APIs to configure different operating modes of PCF85063AT RTC. It also provides APIs to perform below mentioned operations:<br /><ul><li>RTC Start</li><li>RTC Stop</li><li>Get/Set Time and date </li><li>Minute/Half Minute Interrupt</li><li>Offset Modes </li><li>Correction Interrupts </li><li>Get &amp; Set Alarm  etc. </li></ul>

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        I2C 
#### Categories:         Real Time Clock 
#### Application format: CMSIS Pack
#### Compatible boards:
* [FRDM-MCXA153](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-a14x-a15x-mcus:FRDM-MCXA153)
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)

#### Expansion boards
* [PCF85063AT](https://mcuxpresso.nxp.com/eb-hub/product/pcf85063at)
* [PCF85263ATL-ARD](https://mcuxpresso.nxp.com/eb-hub/product/pcf85263atl-ard)
* [PCF85063TP](https://mcuxpresso.nxp.com/eb-hub/product/pcf85063tp)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-pcf85063at-tp-real-time-clock-demo-app/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-pcf85063at-real-time-clock-demo-app

<!-- dm-pcf85263atl-tiny-real-time-clock-demo-application/. -->
## 190. PCF85263ATL-ARD Arduino® Shield - Tiny Real-Time Clock demo application on FRDM -MCXN947 and FRDM-MCXA153<a id="dm-pcf85263atl-tiny-real-time-clock-demo-application"></a> <a href="#top" style="float:right">⤒</a>

### Overview
The PCF85263A is a Real-Time Clock (RTC) and calendar optimized for low power consumption, alarm and timestamp features<br />
and with automatic switching to battery on main power loss. It contains two separate modes: RTC mode and Counter Mode.

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        I2C 
#### Categories:         Real Time Clock 
#### Application format: CMSIS Pack
#### Compatible boards:
* [FRDM-MCXA153](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-a14x-a15x-mcus:FRDM-MCXA153)
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)

#### Expansion boards
* [PCF85263ATL-ARD](https://mcuxpresso.nxp.com/eb-hub/product/pcf85263atl-ard)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-pcf85263atl-tiny-real-time-clock-demo-application/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-pcf85263atl-tiny-real-time-clock-demo-application

<!-- dm-pca9420uk-evm-pmic-for-low-power-application/. -->
## 191. PMIC for Low Power Applications on FRDM-MCXN947 and MCXA153<a id="dm-pca9420uk-evm-pmic-for-low-power-application"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 The PCA9420 is a highly integrated Power Management IC (PMIC), targeted to provide a full power management solution for low-power microcontroller applications or other similar applications. The device consists of a linear battery charger capable of charging up to 315 mA current. It has an I²C programmable Constant Current (CC) and Constant Voltage (CV) values for flexible configuration. 

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        I2C 
#### Categories:         Low Power 
#### Application format: CMSIS Pack
#### Compatible boards:
* [FRDM-MCXA153](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-a14x-a15x-mcus:FRDM-MCXA153)
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)

#### Expansion boards
* [PCA9420UK-EVM](https://mcuxpresso.nxp.com/eb-hub/product/pca9420uk-evm)
* [PCA9421UK-EVM](https://mcuxpresso.nxp.com/eb-hub/product/pca9421uk-evm)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-pca9420uk-evm-pmic-for-low-power-application/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-pca9420uk-evm-pmic-for-low-power-application

<!-- dm-pwm-steering-frdm-a-s32k312/. -->
## 192. PWM-Based Steering Control for FRDM-A-S32K312<a id="dm-pwm-steering-frdm-a-s32k312"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo showcases a steering angle control system on the FRDM‑A‑S32K312 development board. The application reads an analog input from a potentiometer to simulate a steering wheel position and translates it into a corresponding servo motor angle. By adjusting the potentiometer, the user can observe real-time steering movements, demonstrating how driver input is acquired, processed, and converted into actuator control. The system highlights key concepts such as ADC signal acquisition, signal scaling, and PWM-based servo control, commonly used in electronic power steering and steer-by-wire automotive applications.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        ADC, I2C, PWM 
#### Categories:         Sensor 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:

#### Expansion boards
* [FRDM K64 Click shield](https://mcuxpresso.nxp.com/eb-hub/product/frdm k64 click shield)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-pwm-steering-frdm-a-s32k312/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-pwm-steering-frdm-a-s32k312

<!-- dm-periodic-timer-wakeup-s32k312/. -->
## 193. Periodic Wakeup via Real-Time Clock with Console Logging<a id="dm-periodic-timer-wakeup-s32k312"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo shows how to use the RTC API timer as a periodic wakeup source from standby mode on the FRDM-A-S32K312 development board. The MCU enters standby, wakes up every ~5 seconds via the WKPU triggered by the RTC, prints a wakeup message over LPUART, and goes back to sleep.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        CLOCKS, GPIO, TIMER, UART 
#### Categories:         Low Power 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-periodic-timer-wakeup-s32k312/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-periodic-timer-wakeup-s32k312

<!-- dm-persistent-settings-s32k358/. -->
## 194. Persistent User Settings using AUTOSAR MemINFLS<a id="dm-persistent-settings-s32k358"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo shows how to store and restore application settings in on-chip data flash on the FRDM-A-S32K358 using the AUTOSAR RTD `Mem_43_INFLS` driver. It implements a UART command console (LPUART) through which the user configures the two onboard RGB LEDs (colour, on/off state, and blinking), and persists the current configuration to a dedicated data-flash sector on request. The settings record is protected by a magic marker, a version field, and a CRC, so on startup the firmware validates the stored record and either restores the last saved configuration or falls back to built-in defaults when the sector is blank or corrupt. LED blinking is handled non-blocking from the main loop while the console remains responsive to commands.<br />

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        FLASH, UART, SIUL2 
#### Categories:         Memory 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-persistent-settings-s32k358/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-persistent-settings-s32k358

<!-- dm-mcxn-portable-anomaly-detect-demo/. -->
## 195. Portable Anomaly Detect Demo with FRDM-MCXN947 and FXLS8974CF (ML Vibro Sens Click)<a id="dm-mcxn-portable-anomaly-detect-demo"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 The Portable Anomaly Detect demo shows an on-device trainable anomaly detection platform that is based on the FRDM-MCXN947 board. The demo shows how to train the SVM model on-device with FXLS8974CF accelerometer data and inference SVM model on-device too.<br>During the whole life cycle of a device, learning may need to be done multiple times.<br>The GUI is implemented in LVGL. 

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        DISPLAY, FLASH, I2C, PWM, UART, VIDEO 
#### Categories:         Graphics, Sensor, Anomaly Detection, AI/ML 
#### Application format: Python (Linux)
#### Compatible boards:
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)

#### Expansion boards
* [LCD-PAR-S035](https://mcuxpresso.nxp.com/eb-hub/product/lcd-par-s035)
* [ML Vibro Sens Click](https://mcuxpresso.nxp.com/eb-hub/product/ml vibro sens click)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-mcxn-portable-anomaly-detect-demo/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-mcxn-portable-anomaly-detect-demo

<!-- dm-power-delivery-frdm-a-s32k344/. -->
## 196. Power Delivery using FRDM-A-S32K344<a id="dm-power-delivery-frdm-a-s32k344"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This project implements a programmable power‑delivery system that uses a USB‑C Power Delivery (USB‑PD) interface to supply and control the operating voltage for an MCU. The design negotiates voltage profiles with a USB‑C power source—such as 5 V, 9 V, 12 V—using the USB‑PD protocol, and then configures the system’s power path accordingly. A dedicated USB‑PD controller communicates with the power source, advertises the sink capabilities, and requests the desired voltage level based on the system configuration.<br /><br />Once negotiated, the selected PD voltage is routed through a controlled power stage or DC‑DC converter to deliver a stable and adjustable supply to the MCU. This setup enables flexible power configurations, improved efficiency, and dynamic adaptation to different USB‑C chargers while maintaining safe voltage transitions. The project provides a modular firmware structure to manage PD negotiation, monitor power status, handle fault conditions, and reconfigure voltage levels as required by the application.<br /><br />The following macro can be changed to choose a different bus voltage. The desired voltage needs to be entered in millivolts.<pre>/* Bus Voltage */
#define BUS_VOLTAGE         (9000U)     /* 9000mV = 9 volts */ </pre>

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        ADC, I2C, SPI, USB 
#### Categories:         Power Conversion 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-power-delivery-frdm-a-s32k344/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-power-delivery-frdm-a-s32k344

<!-- dm-power-consumption-on-mcxw72/. -->
## 197. Power consumption measurements guide of different power modes on FRDM-MCXW72<a id="dm-power-consumption-on-mcxw72"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This is a code example that creates the different test cases shown in the data sheet to emulate the current measurements in the different power modes MCXW72 or

#### Families:           MCX 
#### Toolchains:         VS Code 
#### Peripherals:        CLOCKS 
#### Categories:         Low Power 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXW72]()


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-power-consumption-on-mcxw72/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-power-consumption-on-mcxw72

<!-- dm-mcxn-bubble-level-demo/. -->
## 198. Precision Inclinometer (Bubble Level) with FXLS8971<a id="dm-mcxn-bubble-level-demo"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 This demo shows how to integrate the NXP sensors FXLS8971CF (3-axis accelerometer) with FRDM-MCXN947 platform. In this application the FXLS8971CF is hosted and an I2C peripheral on an “Inclinometer 4 Click” board from Mikroe.&nbsp;The FXLS8971CF is 3-axis accelerometer that is designed to serve inclinometer (and accelerometer) applications. Offset and Sensitivity response across the temperature band (-40°C to 105°C) is near zero, and is best in class.<br>

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        I2C, SENSOR, UART, VIDEO 
#### Categories:         Graphics, Sensor, RTOS 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)

#### Expansion boards
* [LCD-PAR-S035](https://mcuxpresso.nxp.com/eb-hub/product/lcd-par-s035)
* [INCLINOMETER 4 CLICK](https://mcuxpresso.nxp.com/eb-hub/product/inclinometer 4 click)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-mcxn-bubble-level-demo/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-mcxn-bubble-level-demo

<!-- dm-mpl3115-pressure-altimeter-examples/. -->
## 199. Pressure and Altimeter Examples using MPL3115 Sensor<a id="dm-mpl3115-pressure-altimeter-examples"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 This example demo describes how to configure absolute pressure sensor MPL3115 for pressure and altimeter mode. This sensor can find use in many industrial, medical applications. 

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        I2C, UART 
#### Categories:         Low Power, Sensor 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)

#### Expansion boards
* [FRDMSTBC-P3115](https://mcuxpresso.nxp.com/eb-hub/product/frdmstbc-p3115)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-mpl3115-pressure-altimeter-examples/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-mpl3115-pressure-altimeter-examples

<!-- dm-qspi-read-write-s32k344/. -->
## 200. QSPI Flash Memory Read/Write demo for FRDM-A-S32K344<a id="dm-qspi-read-write-s32k344"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo shows how to configure and use the QuadSPI (QSPI), Clock, and GPIO drivers from the Real-Time Drivers (RTD) package on the FRDM-A-S32K344 Evaluation Board using S32 Design Studio. The example demonstrates external SPI flash memory communication with a Winbond W25Q64JV device, performing device identification via JEDEC ID and status register readout followed by continuous sector erase, page write, read-back, and data integrity verification, with RGB LED feedback via GPIO to indicate operation progress and pass/fail status.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        FLASH, SPI 
#### Categories:         Memory 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-qspi-read-write-s32k344/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-qspi-read-write-s32k344

<!-- dm-qwiic-accelerometer-frdm/. -->
## 201. Qwiic Accelerometer on FRDM MCU's<a id="dm-qwiic-accelerometer-frdm"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo showcases basic integration of the <strong>Qwiic Accelerometer KX13X</strong> with an <strong>NXP FRDM development boards</strong> using the I²C interface.

#### Families:           MCX 
#### Toolchains:         VS Code 
#### Peripherals:        I2C, UART 
#### Categories:         Sensor 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXA156](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-a144-5-6-a154-5-6-mcus:FRDM-MCXA156)
* [FRDM-MCXN236](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n23x-mcus:FRDM-MCXN236)
* [FRDM-MCXA153](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-a14x-a15x-mcus:FRDM-MCXA153)
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)
* [FRDM-MCXC444](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-c444-mcus:FRDM-MCXC444)
* [FRDM-MCXC242](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-c242-mcus:FRDM-MCXC242)
* [FRDM-MCXW72]()
* [FRDM-MCXA346]()
* [FRDM-MCXA344]()
* [FRDM-MCXA366]()
* [FRDM-MCXA266]()
* [FRDM-MCXA174]()


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-qwiic-accelerometer-frdm/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-qwiic-accelerometer-frdm

<!-- dm-qwiic-alphanumeric-display-frdm/. -->
## 202. Qwiic Alphanumeric Display on FRDM MCU's<a id="dm-qwiic-alphanumeric-display-frdm"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This project demonstrates how to interface an I²C-based SparkFun Alphanumeric Display (HT16K33) with an NXP microcontroller using CMSIS drivers. The application initializes the board hardware, I2C peripheral, configures the display, and continuously outputs predefined text messages.

#### Families:           MCX 
#### Toolchains:         VS Code 
#### Peripherals:        I2C, UART 
#### Categories:         HMI, User Interface 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXA156](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-a144-5-6-a154-5-6-mcus:FRDM-MCXA156)
* [FRDM-MCXN236](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n23x-mcus:FRDM-MCXN236)
* [FRDM-MCXA153](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-a14x-a15x-mcus:FRDM-MCXA153)
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)
* [FRDM-MCXC444](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-c444-mcus:FRDM-MCXC444)
* [FRDM-MCXC242](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-c242-mcus:FRDM-MCXC242)
* [FRDM-MCXW72]()
* [FRDM-MCXA346]()
* [FRDM-MCXA344]()
* [FRDM-MCXA366]()
* [FRDM-MCXA266]()
* [FRDM-MCXA174]()


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-qwiic-alphanumeric-display-frdm/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-qwiic-alphanumeric-display-frdm

<!-- dm-qwiic-atmospheric-frdm/. -->
## 203. Qwiic Atmospheric on FRDM MCU's<a id="dm-qwiic-atmospheric-frdm"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This project demonstrates how to interface a SparkFun BME280 environmental sensor with an NXP microcontroller using I²C communication. The application initializes the board hardware, I²C peripheral, configures the BME280 sensor, and continuously reads environmental data including temperature, humidity, pressure, and altitude.

#### Families:           MCX 
#### Toolchains:         VS Code 
#### Peripherals:        I2C, UART 
#### Categories:         Sensor 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXA156](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-a144-5-6-a154-5-6-mcus:FRDM-MCXA156)
* [FRDM-MCXN236](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n23x-mcus:FRDM-MCXN236)
* [FRDM-MCXA153](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-a14x-a15x-mcus:FRDM-MCXA153)
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)
* [FRDM-MCXC444](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-c444-mcus:FRDM-MCXC444)
* [FRDM-MCXC242](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-c242-mcus:FRDM-MCXC242)
* [FRDM-MCXW72]()
* [FRDM-MCXA346]()
* [FRDM-MCXA344]()
* [FRDM-MCXA366]()
* [FRDM-MCXA266]()
* [FRDM-MCXA174]()


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-qwiic-atmospheric-frdm/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-qwiic-atmospheric-frdm

<!-- dm-qwiic-joystick-frdm/. -->
## 204. Qwiic Joystick on FRDM MCU's<a id="dm-qwiic-joystick-frdm"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This project demonstrates how to interface a SparkFun I²C Joystick with an NXP microcontroller using an I²C-based GPIO expander (PCA9554). The application initializes the hardware, configures the joystick inputs via the expander, and continuously reads the state of each joystick direction.

#### Families:           MCX 
#### Toolchains:         VS Code 
#### Peripherals:        I2C, UART 
#### Categories:         User Interface 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXA156](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-a144-5-6-a154-5-6-mcus:FRDM-MCXA156)
* [FRDM-MCXN236](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n23x-mcus:FRDM-MCXN236)
* [FRDM-MCXA153](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-a14x-a15x-mcus:FRDM-MCXA153)
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)
* [FRDM-MCXC444](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-c444-mcus:FRDM-MCXC444)
* [FRDM-MCXC242](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-c242-mcus:FRDM-MCXC242)
* [FRDM-MCXW72]()
* [FRDM-MCXA346]()
* [FRDM-MCXA344]()
* [FRDM-MCXA366]()
* [FRDM-MCXA266]()
* [FRDM-MCXA174]()


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-qwiic-joystick-frdm/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-qwiic-joystick-frdm

<!-- dm-rtc-periodic-wakeup-mcal-s32k344/. -->
## 205. RTC Periodic Wakeup from Standby with UART<a id="dm-rtc-periodic-wakeup-mcal-s32k344"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo shows how to configure and use the RTC API timer to periodically wake up the S32K344 microcontroller from Standby low-power mode and send UART messages using the NXP S32K3 AUTOSAR Real-Time Drivers (RTD) MCAL layer and S32 Design Studio.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        CLOCKS, TIMER 
#### Categories:         Real Time Clock 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-rtc-periodic-wakeup-mcal-s32k344/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-rtc-periodic-wakeup-mcal-s32k344

<!-- dm-wifi-rtp-video-usb-camera-frdm-mcxn947/. -->
## 206. RTP USB Camera Stream over WiFi<a id="dm-wifi-rtp-video-usb-camera-frdm-mcxn947"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This example demonstrates how to capture video from a USB camera and stream it over WiFi using RTP, allowing playback on VLC or other compatible devices. Additionally, it configures a WiFi access point to facilitate client connections.

#### Families:           MCX, IW 
#### Toolchains:         VS Code 
#### Peripherals:        GPIO, UART, USB, SDIO 
#### Categories:         RTOS, Wireless Connectivity 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-wifi-rtp-video-usb-camera-frdm-mcxn947/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-wifi-rtp-video-usb-camera-frdm-mcxn947

<!-- dm-ocpp-evse-rw612/. -->
## 207. RW612 EVSE with J1772, Metrology and OCPP<a id="dm-ocpp-evse-rw612"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This PoC is part of NXP offering for EVSE<br />This setup is able to simulate an EVSE running in parallel Metrology, J1772 and CSMS OCPP<br />

#### Families:           Kinetis, RW 
#### Toolchains:         MCUXpresso IDE, VS Code 
#### Peripherals:        ADC, DAC, PWM, SPI, TIMER, Wi-Fi 
#### Categories:         Power Conversion 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [TWR-KM35Z75M](https://www.nxp.com/design/design-center/development-boards-and-designs/tower-development-boards/mcu-and-processor-modules/kinetis-modules/km-series-tower-system-module-for-km35-mcus:TWR-KM35Z75M)


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-ocpp-evse-rw612/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-ocpp-evse-rw612

<!-- dm-rw612-wi-fi-secure-mqtt/. -->
## 208. RW612 Wi‑Fi secure MQTT Demonstration<a id="dm-rw612-wi-fi-secure-mqtt"></a> <a href="#top" style="float:right">⤒</a>

### Overview
The Wi-Fi Secure MQTT demo application demonstrates Wi-Fi station's connection to an access point while facilitating asynchronous data exchange between the local device and a remote broker via the secure MQTT protocol.

#### Families:           RW 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        Wi-Fi 
#### Categories:         RTOS, Wireless Connectivity 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [RD-RW612-BGA]()


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-rw612-wi-fi-secure-mqtt/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-rw612-wi-fi-secure-mqtt

<!-- dm-rw612frdm-door-chime-demo/. -->
## 209. RW612-FRDM Door chime demo with MQTT over Wi-Fi and I2S audio output<a id="dm-rw612frdm-door-chime-demo"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 This demo shows how to implement a wireless door chime with the RW612-FRDM board. <br>The chime is controlled over Wi-Fi with the MQTT application protocol. Chime sound data is streamed on the I2S pins of the RW612-FRDM Arduino header. An external codec and also an amplifier are required to play the sound on an external speaker. 

#### Families:           RW 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        I2S 
#### Categories:         Audio, RTOS, Networking, Wireless Connectivity 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-rw612frdm-door-chime-demo/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-rw612frdm-door-chime-demo

<!-- dm-frdm-rw612-smart-aircon-demo/. -->
## 210. RW612-FRDM Smart AirCon Demo<a id="dm-frdm-rw612-smart-aircon-demo"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 Smart AirCon demo based on the  RW612-FRDM board, featuring:<br><ul><li>Voice UI using NXP's voice intelligent technology (VIT) and VoiceSeeker.</li><li>Voice command engine feature of VIT.<br></li><li>Graphics using LVGL Open-Source library.<br></li><li>4ch VoiceSeeker configuration with adaptive beamformer.<br></li></ul>

#### Families:           RW 
#### Toolchains:         MCUXpresso IDE, VS Code 
#### Peripherals:        DISPLAY 
#### Categories:         Graphics, Touch Sensing, Voice, HMI, RTOS, User Interface 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:

#### Expansion boards
* [8CH-DMIC](https://mcuxpresso.nxp.com/eb-hub/product/8ch-dmic)
* [LCD-PAR-S035](https://mcuxpresso.nxp.com/eb-hub/product/lcd-par-s035)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-frdm-rw612-smart-aircon-demo/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-frdm-rw612-smart-aircon-demo

<!-- dm-mcxn947-video-playback/. -->
## 211. Raw Video Playback Demo for MCX N947<a id="dm-mcxn947-video-playback"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 This demo plays raw video file from SD card file system directly to LCD panel, in order to achieve high frame rate on performance constrained MCUs. 

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        DISPLAY, SDMMC 
#### Categories:         Graphics, SDMMC 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)

#### Expansion boards
* [LCD-PAR-S035](https://mcuxpresso.nxp.com/eb-hub/product/lcd-par-s035)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-mcxn947-video-playback/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-mcxn947-video-playback

<!-- dm-i2c-temperature-uart-s32k118/. -->
## 212. Read PCT2075DP Temperature I2C Sensor and Send UART Messages<a id="dm-i2c-temperature-uart-s32k118"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This application demos how to read the I2C Sensor PCT2075DP and Send UART Messages on the FRDM-A-S32K118 board.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        GPIO, I2C, UART 
#### Categories:         Low Power, Sensor 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-i2c-temperature-uart-s32k118/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-i2c-temperature-uart-s32k118

<!-- dm-adc-pot-led-emios-s32k344/. -->
## 213. Real-Time ADC Monitoring and LED Dimming Using FreeMASTER<a id="dm-adc-pot-led-emios-s32k344"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This example demonstrates how to control the brightness intensity of an LED using the FreeMASTER debugging tool GUI on the FRDM-A-S32K344 development board, leveraging the eMIOS peripheral for PWM generation.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        ADC, UART, eMIOS 
#### Categories:         User Interface, Analog Front End 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-adc-pot-led-emios-s32k344/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-adc-pot-led-emios-s32k344

<!-- doom-mcx/. -->
## 214. Real-Time Interactive Control with DOOM<a id="doom-mcx"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 A port of prBoom to the NXP MCXN947 MCU running on top Zephyr RTOS. 

#### Families:           MCX 
#### Toolchains:         GCC, VS Code 
#### Peripherals:        ADC, DISPLAY, DMA, FLASH, GPIO, I2C, PINCTRL 
#### Categories:         Graphics, HMI, RTOS 
#### Application format: Zephyr Project
#### Compatible boards:
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)

#### Expansion boards
* [LCD-PAR-S035](https://mcuxpresso.nxp.com/eb-hub/product/lcd-par-s035)

#### **Repository URL:** https://github.com/nxphoverGames/doom-mcx/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-doom-mcx

<!-- dm-adc-tempsense-uart-s32k356/. -->
## 215. Real-Time Temperature Readout Using ADC TempSense and UART<a id="dm-adc-tempsense-uart-s32k356"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo shows how to configure and use the UART MCAL driver together with the ADC TempSense peripheral from the Real-Time Drivers (RTD) package on the S32K356 microcontroller using S32 Design Studio.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        ADC, UART 
#### Categories:         Low Power, Analog Front End 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-adc-tempsense-uart-s32k356/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-adc-tempsense-uart-s32k356

<!-- dm-ethernet-oled-relay-s32k344/. -->
## 216. Remote Controlled Relay over Ethernet<a id="dm-ethernet-oled-relay-s32k344"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This example demonstrates a remotely controlled thermostat running on the FRDM-A-S32K344 evaluation board. Ambient temperature is acquired from a P3T1750DP sensor over the LPI2C interface and displayed on an SSD1306 OLED screen, while the LPUART peripheral periodically reports the current temperature to a host terminal. Based on a user-configurable setpoint with hysteresis, the application drives two GPIO-controlled relays for heating and cooling. The setpoint can be adjusted at runtime through simple HTTP commands issued from any web browser or `curl` client over the on-board Ethernet interface. This example showcases the S32K344 Ethernet, I2C, UART, and GPIO capabilities and serves as a foundation for industrial monitoring, automation, and remote relay control applications.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        ETHERNET, GPIO, I2C, UART 
#### Categories:         Sensor, Networking 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:

#### Expansion boards
* [FRDM K64 Click shield](https://mcuxpresso.nxp.com/eb-hub/product/frdm k64 click shield)
* [OLED B click](https://mcuxpresso.nxp.com/eb-hub/product/oled b click)
* [Relay Click](https://mcuxpresso.nxp.com/eb-hub/product/relay click)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-ethernet-oled-relay-s32k344/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-ethernet-oled-relay-s32k344

<!-- dm-sd-card-write-file-s32k358/. -->
## 217. SD Card Write to File Example<a id="dm-sd-card-write-file-s32k358"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo shows how to write a file to a microSD card on the FRDM-A-S32K358 using the FatFs R0.15 filesystem layered over the AUTOSAR RTD `Mem_43_EEP` driver (uSDHC). It mounts a pre-formatted FAT16/FAT32 volume, creates a file in the root directory, writes a short text string, then safely closes and unmounts the card so the file is readable on a PC. Onboard RGB LEDs indicate the result (green = success, red = error).<br />

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        SDMMC, SIUL2 
#### Categories:         SDMMC 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-sd-card-write-file-s32k358/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-sd-card-write-file-s32k358

<!-- dm-evse-sigbrd-hpgp/. -->
## 218. SIGBRD-HPGP Board using MCXA154 as an add on board for EV charging solution.<a id="dm-evse-sigbrd-hpgp"></a> <a href="#top" style="float:right">⤒</a>

### Overview
<br />

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        ADC, ETHERNET 
#### Categories:         Industrial 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-evse-sigbrd-hpgp/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-evse-sigbrd-hpgp

<!-- dm-sja1124evb-spi-to-quad-lin-bridge/. -->
## 219. SJA1124EVB : Quad LIN Commander Transceiver with LIN Commander Controller<a id="dm-sja1124evb-spi-to-quad-lin-bridge"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 This example provides CMSIS Compliant APIs to configure different device configurations of SJA1124. It also provides the APIS lmentioned below :<br><ol><li>LIN traffic send/receive in between commander and responder</li><li>Low power mode support </li><li>Device configuration support</li></ol>

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        SPI 
#### Categories:         Bridge 
#### Application format: CMSIS Pack
#### Compatible boards:
* [FRDM-MCXA153](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-a14x-a15x-mcus:FRDM-MCXA153)
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)

#### Expansion boards
* [SJA1124EVB](https://mcuxpresso.nxp.com/eb-hub/product/sja1124evb)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-sja1124evb-spi-to-quad-lin-bridge/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-sja1124evb-spi-to-quad-lin-bridge

<!-- dm-secure-encrypt-eth-frdm-a-s32k344/. -->
## 220. Secure Encrypted Ethernet End Nodes<a id="dm-secure-encrypt-eth-frdm-a-s32k344"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo is showing the encryption capabilities for the FRDM-A-S32K344 development boards by transmitting an image between two nodes, while a third node attempts to sniff the communication as a malicious node.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        ADC, ETHERNET 
#### Categories:         Networking 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-secure-encrypt-eth-frdm-a-s32k344/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-secure-encrypt-eth-frdm-a-s32k344

<!-- nxp-demo-experience-demos-list/scripts/machine_learning/selfie_segmenter -->
## 221. Selfie Segmenter<a id="nxp-demo-experience-demos-list_scripts_machine_learning_selfie_segmenter"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 Selfie Segmenter lets you segment the portrait of a person and can be used to replace or modify the background of an image  using a camera and the NPU. 

#### Families:           i.MX 
#### Toolchains:         VS Code 
#### Peripherals:        DISPLAY, USB, VIDEO, MIPI-CSI 
#### Categories:         AI/ML, Vision 
#### Application format: Python (Linux)
#### Compatible boards:
* [EVK-MIMX8MP](https://www.nxp.com/design/design-center/development-boards-and-designs/i-mx-evaluation-and-development-boards/evaluation-kit-for-the-i-mx-8m-plus-applications-processor:8MPLUSLPD4-EVK)
* [MCIMX93-EVK]()


#### **Repository URL:** https://github.com/nxp-imx-support/nxp-demo-experience-demos-list/tree/lf-6.6.52_2.2.0/scripts/machine_learning/selfie_segmenter
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-selfie-segmenter

<!-- dm-uart-s32k344/. -->
## 222. Serial Communication Using FLEXIO and RTD<a id="dm-uart-s32k344"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo demonstrates how to configure and use UART communication on the FRDM-A-S32K344 microcontroller using the NXP Real-Time Drivers (RTD/MCAL) package within S32 Design Studio. The example showcases UART initialization, data transmission, and data reception, providing a practical introduction to serial communication on the S32K3 platform.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        UART 
#### Categories:         Tools 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-uart-s32k344/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-uart-s32k344

<!-- dm-uart-button-s32k358/. -->
## 223. Serial Terminal LED Control Using UART Driver<a id="dm-uart-button-s32k358"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This application implements serial terminal control of the onboard LED using the RTD LPUART driver, allowing users to send commands and receive status feedback while demonstrating UART communication and GPIO interaction.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        GPIO, UART 
#### Categories:         Touch Sensing 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-uart-button-s32k358/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-uart-button-s32k358

<!-- dm-pwm-steering-control-frdm-a-s32k344/. -->
## 224. Servo Steering Control Using PWM<a id="dm-pwm-steering-control-frdm-a-s32k344"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This application implements a real-time steer-by-wire concept on the FRDM-A-S32K344 evaluation board. A POT Click potentiometer provides an analog steering-wheel input that is sampled via ADC0 , scaled to angular position, and converted into a PWM duty cycle that drives a Micro Servo SG 180° motor through a Servo Click board controlled over LPI2C1.<br />On startup the servo centers to its neutral position; as the potentiometer is rotated the servo smoothly tracks the angle in real time, closing the full signal chain from analog acquisition → signal processing → actuator control.<br />The project is built with the S32K3 Real-Time Drivers (RTD) for ADC, I2C, and GPIO peripherals, and is configured entirely within S32 Design Studio IDE — making it a practical reference for PWM-based motor control and sensor-to-actuator mapping in automotive prototyping.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        ADC, I2C, PWM 
#### Categories:         Sensor 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:

#### Expansion boards
* [FRDM K64 Click shield](https://mcuxpresso.nxp.com/eb-hub/product/frdm k64 click shield)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-pwm-steering-control-frdm-a-s32k344/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-pwm-steering-control-frdm-a-s32k344

<!-- dm-ethernet-server-s32k344/. -->
## 225. Simple HTTP Server with Remote Status Observation and Control<a id="dm-ethernet-server-s32k344"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This example demonstrates a lightweight HTTP server running on the FRDM S32K344 microcontroller platform. The application enables remote monitoring and control over an Ethernet network through a standard web browser interface. Users can remotely switch GPIO-controlled relays, monitor the onboard temperature sensor, and view the current system status in real time. The integrated Ethernet stack handles client connections and HTTP requests, providing a simple and responsive user interface for remote device management. Temperature measurements are acquired periodically from the onboard sensor and made available through the web interface, while relay outputs can be individually controlled to drive external loads. This example showcases the S32K344 Ethernet capabilities and serves as a foundation for industrial monitoring, automation, and remote control applications.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        ETHERNET, GPIO 
#### Categories:         Networking 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:

#### Expansion boards
* [FRDM K64 Click shield](https://mcuxpresso.nxp.com/eb-hub/product/frdm k64 click shield)
* [OLED B click](https://mcuxpresso.nxp.com/eb-hub/product/oled b click)
* [Relay Click](https://mcuxpresso.nxp.com/eb-hub/product/relay click)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-ethernet-server-s32k344/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-ethernet-server-s32k344

<!-- dm-smart-can-gtwy-frdm-a-s32k312-m276/. -->
## 226. Smart CAN Gateway for Automotive Actuators<a id="dm-smart-can-gtwy-frdm-a-s32k312-m276"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This project demonstrates BLDC Motor Control using two boards — FRDM-A-S32K312 (primary controller) and FRDM-A-S32M276 (motor control unit) — connected via CAN bus. The S32K312 sends high-level commands (speed, direction) over CAN, while the S32M276 handles real-time motor-drive tasks such as PWM generation, current regulation, and feedback processing for [Sensorless 6-step BLDC motor control](&lt;https://community.nxp.com/t5/S32M-Knowledge-Base/S32M276-Sensorless-6-step-BLDC-motor-control/ta-p/2035476&gt;). This split architecture improves modularity, scalability, and safety, while enabling independent firmware updates and easier debugging.

#### Families:           S32K, S32M 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        ADC, CAN, SPI, UART, eMIOS, BCTU 
#### Categories:         Motor Control 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-smart-can-gtwy-frdm-a-s32k312-m276/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-smart-can-gtwy-frdm-a-s32k312-m276

<!-- dm-smart-sensing-inhaler/. -->
## 227. Smart Sensing Inhaler using Pressure and Tilt sensors<a id="dm-smart-sensing-inhaler"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 This example use FRDM-MCXW71 and on-board FXLS8974CF accelerometer as Tilt sensor withMPL3115 absolute pressure sensor expansion board FRDM-STBC-P3115 to demonstrate connected smart sensing inhaler application.<br><ul><li>Intelligent dosage trigger function to align dispensation with patient’s tidal breathing pattern using High precision, digital pressure sensor MPL3115.</li><li>Maintains correct inhaler posture to deliver right amount dosage using 3-axis accelerometer FXLS8974CF as Tilt sensor.</li><li>Inform on dosages inhaled over BLE wireless UART&nbsp;allowing remote patient monitoring, helps with patient’s adherence to dosages and compliance.</li></ul>

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        I2C, SENSOR, UART 
#### Categories:         Sensor, Wireless Connectivity, Tools 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXW7X]()
* [FRDM-MCXW71](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-w71x-wireless-mcus:FRDM-MCXW71)

#### Expansion boards
* [FRDMSTBC-P3115](https://mcuxpresso.nxp.com/eb-hub/product/frdmstbc-p3115)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-smart-sensing-inhaler/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-smart-sensing-inhaler

<!-- dm-lpc860-smart-lighting/. -->
## 228. Smart lighting LED bulb using LPC860<a id="dm-lpc860-smart-lighting"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 This is the source code for using LPC860 as an IEC-62386 compatible smart RGB light bulb, and is the default firmware for the smart lighting control gear board. 

#### Families:           LPC 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        ADC, DMA, PWM, TIMER 
#### Categories:         HMI 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-lpc860-smart-lighting/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-lpc860-smart-lighting

<!-- apps_zephyr/. -->
## 229. SmartWatch Zephyr Demo<a id="apps_zephyr"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 Wearable example application optimized for the i.MX RT500 MCU.&nbsp; Leverages display driver to MIPI smart wearable display.&nbsp; Power-optimized reference for battery-powered devices. Leverages Zephyr’s Power Management subsystem.&nbsp; Demonstrates power-optimization techniques for applications.&nbsp; UI created with LVGL and NXP’s&nbsp;<a href="https://www.nxp.com/design/software/development-software/gui-guider:GUI-GUIDER" target="_blank">GUI-Guider tool</a>.&nbsp; Professional LVGL graphics with multiple animated watch screens.&nbsp; Leverages GPU acceleration to offload CPU.&nbsp; &nbsp;<br>

#### Families:           i.MX RT 
#### Toolchains:         VS Code 
#### Peripherals:        CLOCKS, DISPLAY, DMA 
#### Categories:         Low Power, Graphics, RTOS, User Interface 
#### Application format: Zephyr Project
#### Compatible boards:
* [VAL-MIMXRT500]()

#### Expansion boards
* [G1120B0MIPI](https://mcuxpresso.nxp.com/eb-hub/product/g1120b0mipi)

#### **Repository URL:** https://github.com/nxp-zephyr/apps_zephyr/tree/SmartWatch
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-smartwatch-zephyr-demo

<!-- dm-snoring-detection-based-on-rt1060/. -->
## 230. Snoring Detection based on RT1060 powered by AI\ML<a id="dm-snoring-detection-based-on-rt1060"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 The snoring detection demo is designed based on the i.MX RT1060. WAV audio files on the SD card can be played through the speaker and processed into a ML model to determine whether there is snoring or not, the results will be displayed on a GUI designed based on LVGL. 

#### Families:           i.MX RT 
#### Toolchains:         MDK 
#### Peripherals:        DISPLAY, SDMMC 
#### Categories:         AI/ML 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [EVK-MIMXRT1060](https://www.nxp.com/design/design-center/development-boards-and-designs/i-mx-evaluation-and-development-boards/i-mx-rt1060-evaluation-kit:MIMXRT1060-EVKB)


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-snoring-detection-based-on-rt1060/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-snoring-detection-based-on-rt1060

<!-- dm-gpio-button-wakeup-s32k358/. -->
## 231. Standby Mode Wake-Up Using WKPU and GPIO<a id="dm-gpio-button-wakeup-s32k358"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demonstration highlights how the WKPU can be used to wake the S32K358 from Standby mode upon detecting a GPIO push-button event. After the wake-up process completes, the application communicates status and diagnostic information via UART.<br />

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        GPIO, UART 
#### Categories:         Low Power 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-gpio-button-wakeup-s32k358/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-gpio-button-wakeup-s32k358

<!-- dm-uart-hello-s32k358/. -->
## 232. Startup Message via Serial Terminal Using UART Driver<a id="dm-uart-hello-s32k358"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This project demonstrates a basic serial terminal startup message using Real-Time Drivers (RTD) on the FRDM-A-S32K358 development board. At power-up, the application initializes the UART peripheral and transmits two predefined welcome messages over the serial terminal, offering a simple way to verify RTD UART configuration and confirm reliable serial communication.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        UART 
#### Categories:         Networking 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-uart-hello-s32k358/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-uart-hello-s32k358

<!-- dm-tamper-detection-using-low-power-wakeup-sensor-over-ble/. -->
## 233. Tamper detection with low-power wakeup sensor using BLE wireless UART<a id="dm-tamper-detection-using-low-power-wakeup-sensor-over-ble"></a> <a href="#top" style="float:right">⤒</a>

### Overview
<ul><li>This example demo describes how to configure low-power motion or magnetic or pressure wake-up sensor for tamper/theft detection and transmit ALERT to connected end user via BLE wireless UART using FRDM-MCXW71.</li><li>Such use-case can find many applications where user would like to completely shut off power supply or put the device in power down mode etc. based on wake up detected by sensors. Examples include, smart meters, shelf labels, reed switch replacement, smart home etc.</li></ul>

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        I2C, UART, Bluetooth 
#### Categories:         Low Power, Sensor, Wireless Connectivity 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXW7X]()
* [FRDM-MCXW71](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-w71x-wireless-mcus:FRDM-MCXW71)

#### Expansion boards
* [FRDMSTBC-P3115](https://mcuxpresso.nxp.com/eb-hub/product/frdmstbc-p3115)
* [FRDM-STBI-NMH1000](https://mcuxpresso.nxp.com/eb-hub/product/frdm-stbi-nmh1000)
* [HALL SWITCH 3 CLICK](https://mcuxpresso.nxp.com/eb-hub/product/hall switch 3 click)
* [ACCEL PRESSURE CLICK](https://mcuxpresso.nxp.com/eb-hub/product/accel pressure click)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-tamper-detection-using-low-power-wakeup-sensor-over-ble/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-tamper-detection-using-low-power-wakeup-sensor-over-ble

<!-- dm-adc-tempsense-uart-s32k358/. -->
## 234. Temperature Acquisition and UART Reporting<a id="dm-adc-tempsense-uart-s32k358"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This example shows how to read the internal temperature sensor of the S32K358 using the AUTOSAR MCAL ADC driver and display the measured temperature on a serial terminal through UART. The application periodically samples the on-chip temperature sensor and reports the temperature in degrees Celsius.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        ADC, UART 
#### Categories:         Sensor 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-adc-tempsense-uart-s32k358/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-adc-tempsense-uart-s32k358

<!-- dm-adc-tempsense-freemaster-s32k358/. -->
## 235. Temperature Sensing and Plotting on FreeMASTER<a id="dm-adc-tempsense-freemaster-s32k358"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo shows how to configure and use the ADC TempSense peripheral from the Real-Time Drivers (RTD) package on the S32K358 microcontroller and visualize the result in real time with FreeMASTER.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        ADC, UART 
#### Categories:         Sensor, Analog Front End 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-adc-tempsense-freemaster-s32k358/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-adc-tempsense-freemaster-s32k358

<!-- dm-modbus-can-temp-monitor-frdm/. -->
## 236. Temperature monitor with Modbus and CAN running in zephyr<a id="dm-modbus-can-temp-monitor-frdm"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This Zephyr application integrates two development boards, two Mikroe Click modules, and two Modbus-based modules to demonstrate an industrial‑style use case similar to a PLC or PLC peripheral.

#### Families:           MCX 
#### Toolchains:         VS Code 
#### Peripherals:        CAN, GPIO, UART 
#### Categories:         Industrial 
#### Application format: Zephyr Project
#### Compatible boards:
* [FRDM-MCXA156](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-a144-5-6-a154-5-6-mcus:FRDM-MCXA156)
* [FRDM-MCXE31B]()

#### Expansion boards
* [Relay 5 Click](https://mcuxpresso.nxp.com/eb-hub/product/relay 5 click)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-modbus-can-temp-monitor-frdm/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-modbus-can-temp-monitor-frdm

<!-- dm-temperature-monitor-lcd-frdm-a-s32k344/. -->
## 237. Temperature sensor demo using FRDM-A-S32K344<a id="dm-temperature-monitor-lcd-frdm-a-s32k344"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo shows how to configure and use the LPI2C and GPIO drivers on the FRDM S32K344 Evaluation Board using S32 Design Studio. The example demonstrates motion and temperature monitoring using I2C sensor communication and RGB LED control via GPIO.<br /><br />All the information is send over UART to a serial terminal.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        I2C, UART 
#### Categories:         Sensor 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-temperature-monitor-lcd-frdm-a-s32k344/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-temperature-monitor-lcd-frdm-a-s32k344

<!-- dm-text-to-speech-based-on-rt700/. -->
## 238. Text to Speech with audio playback based on MIMXRT700<a id="dm-text-to-speech-based-on-rt700"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This example shows how to convert text to speech and output audio through headphone on evk_mimxrt700.<br />The algorithm is powered by lightspeech network, with DNS-MOS:4.07±0.22 quality, output 16K wave.

#### Families:           i.MX RT 
#### Toolchains:         MCUXpresso IDE, VS Code 
#### Peripherals:        SAI 
#### Categories:         Audio, AI/ML 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [MIMXRT700-EVK]()


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-text-to-speech-based-on-rt700/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-text-to-speech-based-on-rt700

<!-- dm-thermostat-relay-s32k118/. -->
## 239. Thermostat Controller with Relay and UART Reporting<a id="dm-thermostat-relay-s32k118"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This example demonstrates a compact thermostat controller running on the FRDM-A-S32K118 evaluation board. Ambient temperature is acquired from a PCT2075DP sensor over the FlexIO-based I2C interface and displayed on an SSD1306 OLED screen, while the LPUART peripheral periodically reports the system status to a host terminal. Based on a user-configurable setpoint with hysteresis, the application drives two GPIO-controlled relays for heating and cooling, and lets the user adjust the setpoint at runtime through the onboard SW3 and SW4 buttons.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        GPIO, I2C 
#### Categories:         Sensor 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:

#### Expansion boards
* [FRDM K64 Click shield](https://mcuxpresso.nxp.com/eb-hub/product/frdm k64 click shield)
* [OLED B click](https://mcuxpresso.nxp.com/eb-hub/product/oled b click)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-thermostat-relay-s32k118/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-thermostat-relay-s32k118

<!-- dm-p3t1085uk-temperature-sensor-driver-with-demo-app/. -->
## 240. This demo provides APIs to configure and read accurate temperature using P3T1085UK sensor<a id="dm-p3t1085uk-temperature-sensor-driver-with-demo-app"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 This example demo describes how to configure the accurate temperature sensor P3T1085UK for temperature measurement. This sensor can be used in many industrial and medical applications. 

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        I2C 
#### Categories:         Sensor 
#### Application format: CMSIS Pack
#### Compatible boards:
* [FRDM-MCXA153](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-a14x-a15x-mcus:FRDM-MCXA153)
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)

#### Expansion boards
* [P3T1085UK-ARD](https://mcuxpresso.nxp.com/eb-hub/product/p3t1085uk-ard)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-p3t1085uk-temperature-sensor-driver-with-demo-app/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-p3t1085uk-temperature-sensor-driver-with-demo-app

<!-- dm-freemaster-fxls89xxxf-evaluation-gui-firmware/. -->
## 241. This example demonstrates FXLS89xxxF 3-axis accelerometer evaluation GUI using ISSDK and FreeMASTER<a id="dm-freemaster-fxls89xxxf-evaluation-gui-firmware"></a> <a href="#top" style="float:right">⤒</a>

### Overview
<ul><li>This example demonstrates combining ISSDK and FreeMASTER to create FXLS89xxxF 3-axis accelerometer evaluation GUI for our customer to evaluate this sensor using sensor development tools with sensors expansion boards.</li><li>NXP’s next-generation accelerometer feature a strong balance of intelligent integration, logic and customizable platform software to enable smarter, more differentiated applications<br></li><li>This example demonstrates how we can combine multiple middleware(s)  (e.g. ISSDK, FreeMASTER) to develop evaluation tools that helps improve "ease of evaluation and development" for our customers using our parts.</li></ul>

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        I2C, SENSOR, UART 
#### Categories:         Sensor, Tools 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)

#### Expansion boards
* [FRDM-STBI-A8974](https://mcuxpresso.nxp.com/eb-hub/product/frdm-stbi-a8974)
* [ACCEL 4 CLICK](https://mcuxpresso.nxp.com/eb-hub/product/accel 4 click)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-freemaster-fxls89xxxf-evaluation-gui-firmware/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-freemaster-fxls89xxxf-evaluation-gui-firmware

<!-- dm-tss-powered-on-device-learning-fan-anomaly-based-on-mcxa156/. -->
## 242. Time Series Studio powered, on-device learning Fan anomaly detection based on FRDM-MCXA156<a id="dm-tss-powered-on-device-learning-fan-anomaly-based-on-mcxa156"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 Time Series Studio powered, on-device learning Fan anomaly detection based on FRDM-MCXA156 

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        DISPLAY, I2C 
#### Categories:         Anomaly Detection, AI/ML 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXA156](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-a144-5-6-a154-5-6-mcus:FRDM-MCXA156)

#### Expansion boards
* [LCD-PAR-S035](https://mcuxpresso.nxp.com/eb-hub/product/lcd-par-s035)
* [ACCEL 4 CLICK](https://mcuxpresso.nxp.com/eb-hub/product/accel 4 click)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-tss-powered-on-device-learning-fan-anomaly-based-on-mcxa156/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-tss-powered-on-device-learning-fan-anomaly-based-on-mcxa156

<!-- dm-mcxn-touch-keypad-tuning/. -->
## 243. Touch Keypad Tuning on MCXN<a id="dm-mcxn-touch-keypad-tuning"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 The demo shows how to use NXP Touch sensing library with the python tool for Capacitive Touch keypad sensitivity tuning 

#### Families:           Kinetis, MCX 
#### Toolchains:         IAR 
#### Peripherals:        TSI 
#### Categories:         Touch Sensing, HMI 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-mcxn-touch-keypad-tuning/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-mcxn-touch-keypad-tuning

<!-- dm-transmission-control-s32k344/. -->
## 244. Transmission Control Module On FRDM-A-S32K344<a id="dm-transmission-control-s32k344"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo showcases the simulation of an automotive transmission system using embedded peripherals. It reads throttle input from a potentiometer feeds it into a transmission model that computes vehicle speed, gear selection, and engine RPM across six forward gears and neutral. The current gear is displayed in real time by positioning a servo motor, while a DC motor reflects throttle input through variable PWM duty cycle on an eMIOS channel. The example illustrates how automotive drivetrain principles — including gear shift hysteresis, RPM smoothing, and torque-based acceleration modelling — are applied to embedded motor control, emphasising the integration of analogue sensing, I2C communication, and PWM generation to represent the behaviour of a real vehicle transmission system.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        ADC, GPIO, I2C, eMIOS 
#### Categories:         Sensor, Motor Control 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:

#### Expansion boards
* [FRDM K64 Click shield](https://mcuxpresso.nxp.com/eb-hub/product/frdm k64 click shield)
* [DC Motor2 Click](https://mcuxpresso.nxp.com/eb-hub/product/dc motor2 click)
* [Servo Click](https://mcuxpresso.nxp.com/eb-hub/product/servo click)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-transmission-control-s32k344/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-transmission-control-s32k344

<!-- dm-uart-s32k312/. -->
## 245. UART Communication Example using RTD Drivers on FRDM-A-S32K312<a id="dm-uart-s32k312"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo shows how to configure and use the UART driver from the Real-Time Drivers (RTD / MCAL) package on the FRDM-A-S32K312 microcontroller using S32 Design Studio. The example demonstrates UART communication using a loopback connection, where transmitted data is received back, validating UART TX/RX functionality using FLEXIO.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        UART, FlexIO 
#### Categories:         Tools 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-uart-s32k312/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-uart-s32k312

<!-- dm-uart-button-s32k344/. -->
## 246. UART Communication and LED Example on FRDM-A-S32K344<a id="dm-uart-button-s32k344"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo shows how to create a USB-UART serial console and basic LED control on the FRDM-A-S32K344 board. The application provides a text-based UART console with simple commands and also supports LED control via onboard buttons.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        GPIO, UART 
#### Categories:         Networking 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-uart-button-s32k344/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-uart-button-s32k344

<!-- dm-uart-button-s32k356/. -->
## 247. UART Status Monitoring with Button Control<a id="dm-uart-button-s32k356"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo shows how to configure and use the UART driver from the RTD Low-Level Drivers (LLD) package on the FRDM-A-S32K356 microcontroller using S32 Design Studio. The example demonstrates UART communication through a loopback connection, where transmitted data is received back, validating UART TX/RX functionality using the LPUART peripheral.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        GPIO, UART 
#### Categories:         Touch Sensing 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-uart-button-s32k356/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-uart-button-s32k356

<!-- dm-ubx100-freemaster-gui/. -->
## 248. UBX100 FreeMASTER evaluation GUI<a id="dm-ubx100-freemaster-gui"></a> <a href="#top" style="float:right">⤒</a>

### Overview
The UBX100 FreeMASTER evaluation GUI is a demo developed for the FRDM-MCXN947. It allows to do simple and easy RF evaluation of the OM-UBX100-001 Sub-GHz expansion board. An MCUXpresso project is provided as well as a FreeMASTER-lite based GUI for interaction.<br /><br />The demo allows to evaluate multiple RF features of the OM-UBX100-001 board:<br /><ul><li>Selection of the radio PHY to test.</li><li>Sending a frame with a freely definable payload.</li><li>Receiving a frame and displaying payload and RSSI.</li><li>Range testing with RSSI and PER reporting.</li><li>Lab evaluation modes such as CW and modulated pseudorandom signal.</li></ul>Consult the UM12150 in the <a href="https://www.nxp.com/OM-UBX100-001">OM-UBX100-001</a> page in NXP.com for detail about the board, recommended configurations and details about the application. 

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        GPIO, SPI, TIMER 
#### Categories:         Wireless Connectivity 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)

#### Expansion boards
* [OM-UBX100-001](https://mcuxpresso.nxp.com/eb-hub/product/om-ubx100-001)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-ubx100-freemaster-gui/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-ubx100-freemaster-gui

<!-- dm-ubx100-rf-toolbox-application/. -->
## 249. UBX100 RF toolbox application<a id="dm-ubx100-rf-toolbox-application"></a> <a href="#top" style="float:right">⤒</a>

### Overview
Software solution for evaluation of the OM-UBX100-001 radio board RF toolbox. Contains and MCUXpresso project with a sample application for the FRDM-MCXN947 development board. Contains the binary of the application in .hex format for easy deployment.

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        GPIO, SPI, TIMER 
#### Categories:         Wireless Connectivity 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)

#### Expansion boards
* [OM-UBX100-001](https://mcuxpresso.nxp.com/eb-hub/product/om-ubx100-001)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-ubx100-rf-toolbox-application/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-ubx100-rf-toolbox-application

<!-- dm-ubx100-flashloader/. -->
## 250. UBX100 flashloader demo application<a id="dm-ubx100-flashloader"></a> <a href="#top" style="float:right">⤒</a>

### Overview
The UBX100 flashloader demo application demonstrates how a host MCU can interact with a target UBX100 bootloader/flashloader to update its firmware. The platforms used by this example are the FRDM-MCXN947 as the host and the OM-UBX100-001 as the target. Updating the UBX100 firmware is a crucial first step in enablement of the IC.<br />

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        GPIO, SPI, TIMER 
#### Categories:         Wireless Connectivity 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)

#### Expansion boards
* [OM-UBX100-001](https://mcuxpresso.nxp.com/eb-hub/product/om-ubx100-001)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-ubx100-flashloader/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-ubx100-flashloader

<!-- dm-uwb-nearby-interaction-with-phones/. -->
## 251. UWB Nearby Interaction with phones<a id="dm-uwb-nearby-interaction-with-phones"></a> <a href="#top" style="float:right">⤒</a>

### Overview
Our demonstration showcases how our accessory uses <strong>Nearby Interaction</strong> protocol to communicate seamlessly with Apple® or Android devices equipped with <strong>Ultra‑Wideband (UWB)</strong> technology. You’ll see how precisely the device can detect distance and direction, enabling intuitive, real‑time interactions that feel smooth, responsive, and effortless.

#### Families:           RW 
#### Toolchains:         VS Code 
#### Peripherals:        USB 
#### Categories:         Sensor 
#### Application format: Zephyr Project
#### Compatible boards:

#### Expansion boards
* [SR250-ARD development board](https://mcuxpresso.nxp.com/eb-hub/product/sr250-ard development board)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-uwb-nearby-interaction-with-phones/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-uwb-nearby-interaction-with-phones

<!-- dm-uwb-presence-detection-demo/. -->
## 252. UWB Presence Detection demo<a id="dm-uwb-presence-detection-demo"></a> <a href="#top" style="float:right">⤒</a>

### Overview
Our demonstration showcases a seamless and intelligent sensing experience by uniting ultra‑low‑power presence detection with instant, high‑accuracy positioning.In its standby state, the system continuously monitors its surroundings with minimal energy usage, remaining ever‑ready to react the moment activity enters the detection zone.As soon as presence is detected, the application instantly shifts into active tracking mode, precisely identifying and continuously updating the position of the nearest target on a clean, real‑time 2D map. This smooth transition—from passive monitoring to dynamic spatial awareness—delivers both optimal power efficiency and exceptional responsiveness.The result is a next‑generation sensing solution perfectly suited for smart environments, automation, security systems, robotics, and any application where knowing not only that something is there, but exactly where it is, makes all the difference.<br />

#### Families:           RW 
#### Toolchains:         VS Code 
#### Peripherals:        USB 
#### Categories:         Sensor 
#### Application format: Zephyr Project
#### Compatible boards:

#### Expansion boards
* [SR250-ARD development board](https://mcuxpresso.nxp.com/eb-hub/product/sr250-ard development board)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-uwb-presence-detection-demo/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-uwb-presence-detection-demo

<!-- dm-lpc55s69-camera-interface-by-ezh/. -->
## 253. Using EZH to implement camera interface in lpc55 series mcu<a id="dm-lpc55s69-camera-interface-by-ezh"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 This demo introduces a parallel interface for the camera solution for LPC55(S)xx.<br><br>

#### Families:           LPC 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        GPIO, I2C, SPI, VIDEO 
#### Categories:         Graphics, HMI 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [LPCXpresso55S69](https://www.nxp.com/design/design-center/software/development-software/mcuxpresso-software-and-tools-/lpcxpresso-boards/lpcxpresso55s69-development-board:LPC55S69-EVK)


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-lpc55s69-camera-interface-by-ezh/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-lpc55s69-camera-interface-by-ezh

<!-- dm-mcxn236-camera-interface-by-smartdma/. -->
## 254. Using SmartDMA to implement camera interface in MCXN236<a id="dm-mcxn236-camera-interface-by-smartdma"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 This demo introduces a parallel interface for the camera solution for MCXN236 

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        GPIO, VIDEO 
#### Categories:         Graphics, HMI 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXN236](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n23x-mcus:FRDM-MCXN236)

#### Expansion boards
* [LCD-PAR-S035](https://mcuxpresso.nxp.com/eb-hub/product/lcd-par-s035)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-mcxn236-camera-interface-by-smartdma/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-mcxn236-camera-interface-by-smartdma

<!-- dm-vehicle-comfort-control-s32k344/. -->
## 255. Vehicle Comfort Control for FRDM-A-S32K344<a id="dm-vehicle-comfort-control-s32k344"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo demonstrates vehicle comfort control focused on power window operation and cabin temperature monitoring using embedded peripherals on the S32K344 platform. Window movement is controlled based on user inputs, enabling up/down actions with basic safety or limit handling logic. In parallel, temperature data is acquired from a sensor and processed to provide real-time monitoring feedback. System responses are indicated through LEDs, buttons, or communication interfaces, illustrating how essential comfort features can be implemented and validated. The example highlights efficient use of S32K3 peripherals, real-time control, and sensor integration in an automotive context.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        GPIO 
#### Categories:         Motor Control 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-vehicle-comfort-control-s32k344/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-vehicle-comfort-control-s32k344

<!-- dm-vehicle-lighting-signals-frdm-a-s32k344/. -->
## 256. Vehicle Lighting Control for Daylight and Hazard Signals<a id="dm-vehicle-lighting-signals-frdm-a-s32k344"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo demonstrates control of vehicle lighting systems using embedded peripherals. Daylight running lights and hazard signals are managed based on input conditions, with real-time feedback through LEDs. The example highlights how automotive lighting features can be implemented and tested on an embedded platform

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        ADC, FlexIO 
#### Categories:         Touch Sensing 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:

#### Expansion boards
* [FRDM K64 Click shield](https://mcuxpresso.nxp.com/eb-hub/product/frdm k64 click shield)
* [4x4 RGB 2 Click](https://mcuxpresso.nxp.com/eb-hub/product/4x4 rgb 2 click)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-vehicle-lighting-signals-frdm-a-s32k344/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-vehicle-lighting-signals-frdm-a-s32k344

<!-- dm-vehicle-lighting-signals-frdm-a-s32k312/. -->
## 257. Vehicle Lighting Control for Daylight and Hazard Signals on FRDM-A-S32K312<a id="dm-vehicle-lighting-signals-frdm-a-s32k312"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo demonstrates control of vehicle lighting systems using embedded peripherals. Daylight running lights and hazard signals are managed based on input conditions, with real-time feedback through LEDs. The example highlights how automotive lighting features can be implemented and tested on an embedded platform, FRDM-A-S32K312

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        ADC, FlexIO 
#### Categories:         Touch Sensing 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-vehicle-lighting-signals-frdm-a-s32k312/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-vehicle-lighting-signals-frdm-a-s32k312

<!-- dm-nxp_mcu_easy_bootloader/. -->
## 258. Very simple serial bootloader for NXP MCU<a id="dm-nxp_mcu_easy_bootloader"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 Simplified version of XP official MCUBOOT, implemented in C, removing most of the features and only retaining serial download functionality. 

#### Families:           Kinetis, LPC 
#### Toolchains:         MDK 
#### Peripherals:        FLASH 
#### Categories:         Tools 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-nxp_mcu_easy_bootloader/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-nxp_mcu_easy_bootloader

<!-- dm-visual-heart-rate-monitor-s32k312/. -->
## 259. Visual Heart Rate Monitor<a id="dm-visual-heart-rate-monitor-s32k312"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This example showcases a wearable-style health monitoring application running on the FRDM-S32K312 evaluation board. Using a MAX30101 optical sensor, the system continuously acquires and analyzes PPG signals to provide real-time heart rate and SpO2 measurements. An OLED dashboard displays physiological data alongside a live pulse waveform and animated indicators, while automatic finger-detection logic ensures measurements are only performed when a valid signal is present. The project highlights the integration of sensor interfaces, signal-processing algorithms, display management, and peripheral driver services within a resource-constrained embedded environment.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        I2C, FlexIO 
#### Categories:         Graphics, Sensor 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:

#### Expansion boards
* [HEART RATE 4 CLICK](https://mcuxpresso.nxp.com/eb-hub/product/heart rate 4 click)
* [FRDM K64 Click shield](https://mcuxpresso.nxp.com/eb-hub/product/frdm k64 click shield)
* [OLED B click](https://mcuxpresso.nxp.com/eb-hub/product/oled b click)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-visual-heart-rate-monitor-s32k312/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-visual-heart-rate-monitor-s32k312

<!-- dm-motion-temperature-freemaster-s32k358/. -->
## 260. Visualizing Sensor Data with FreeMASTER: Motion and Temperature<a id="dm-motion-temperature-freemaster-s32k358"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This example demonstrates real-time plotting of motion and temperature sensor data in FreeMASTER with measurements from the FXLS896x 3-axis accelerometer and P3T1750 temperature sensor.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        I2C, UART 
#### Categories:         Low Power, Sensor 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-motion-temperature-freemaster-s32k358/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-motion-temperature-freemaster-s32k358

<!-- dm-vital-health-signal-visual-monitor-s32k344/. -->
## 261. Vital Health Signal Visual Monitor On FRDM-A-S32K344<a id="dm-vital-health-signal-visual-monitor-s32k344"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo showcases a real-time health monitoring system built on the FRDM-S32K344 evaluation board. It reads photoplethysmography (PPG) data from a MAX30101 optical sensor — capturing green, red, and infrared LED channels via the hardware LPI2C peripheral — and processes the raw signals to compute heart rate (BPM) and blood oxygen saturation (SpO2) in real time. The results are displayed on an SSD1306 OLED screen driven through a FlexIO-based software I2C channel, featuring a live dashboard with a scrolling waveform graph, an animated heart icon that pulses on each detected beat, and continuously updated BPM and SpO2 readings. Finger presence is detected dynamically using a signal-strength threshold, allowing the system to transition between an idle prompt and active monitoring mode. The example illustrates how biomedical signal processing principles — including digital filtering, adaptive amplitude scaling, beat detection with hysteresis, and ratio-based SpO2 estimation — are applied on an embedded Cortex-M7 platform, emphasising the integration of dual I2C interfaces (hardware LPI2C and FlexIO I2C), GPIO control, and eMIOS timer services to replicate the core functionality of a wearable pulse oximeter

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        I2C, FlexIO 
#### Categories:         Graphics, Sensor 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:

#### Expansion boards
* [HEART RATE 4 CLICK](https://mcuxpresso.nxp.com/eb-hub/product/heart rate 4 click)
* [FRDM K64 Click shield](https://mcuxpresso.nxp.com/eb-hub/product/frdm k64 click shield)
* [OLED B click](https://mcuxpresso.nxp.com/eb-hub/product/oled b click)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-vital-health-signal-visual-monitor-s32k344/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-vital-health-signal-visual-monitor-s32k344

<!-- dm-reed-low-power-s32k312/. -->
## 262. Wake Up from Sleep Through Magnetic Detection<a id="dm-reed-low-power-s32k312"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This example demonstrates how to wake up the S32K312 MCU from Standby mode through magnetic detection using the Reed Click board. The reed switch is configured as a WKPU wake-up source, allowing the device to remain in a low-power state while monitoring a magnetic contact. When the magnet is removed, the MCU wakes up, reports the event through UART messages, and activates an LED alarm indication. The application illustrates a low-power door security monitoring use case using the NXP S32K3 RTD drivers and S32 Design Studio.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        UART 
#### Categories:         Low Power 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:

#### Expansion boards
* [FRDM K64 Click shield](https://mcuxpresso.nxp.com/eb-hub/product/frdm k64 click shield)
* [Reed Click](https://mcuxpresso.nxp.com/eb-hub/product/reed click)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-reed-low-power-s32k312/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-reed-low-power-s32k312

<!-- dm-gpio-button-wakeup-s32k344/. -->
## 263. Wake Up from Sleep via GPIO Button Press<a id="dm-gpio-button-wakeup-s32k344"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo shows how to configure and use the WKPU (Wake-Up Unit) driver to wake up the S32K344 microcontroller from Standby low-power mode using a GPIO button event and send UART messages using the NXP S32K3 AUTOSAR Real-Time Drivers (RTD) LLD layer and S32 Design Studio. <br />

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        CLOCKS, GPIO, UART 
#### Categories:         Low Power 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-gpio-button-wakeup-s32k344/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-gpio-button-wakeup-s32k344

<!-- dm-weather-visual-monitor-s32k344/. -->
## 264. Weather Visual Monitor<a id="dm-weather-visual-monitor-s32k344"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo showcases a real-time weather monitoring system built on the FRDM-A-S32K344 evaluation board. It reads environmental data from a BME280 sensor on a MikroE Weather Click — capturing temperature, humidity, and barometric pressure via the hardware LPI2C peripheral — and displays the live readings on an SSD1306 OLED screen driven through a FlexIO-based software I2C channel. This example illustrates the integration of dual I2C interfaces (hardware LPI2C for the sensor, FlexIO I2C for the display), GPIO control, and OsIf timer services on an embedded Cortex-M7 platform to build a compact environmental monitoring station.

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        I2C, FlexIO 
#### Categories:         Graphics, Sensor 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:

#### Expansion boards
* [FRDM K64 Click shield](https://mcuxpresso.nxp.com/eb-hub/product/frdm k64 click shield)
* [OLED B click](https://mcuxpresso.nxp.com/eb-hub/product/oled b click)
* [Weather Click](https://mcuxpresso.nxp.com/eb-hub/product/weather click)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-weather-visual-monitor-s32k344/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-weather-visual-monitor-s32k344

<!-- dm-dpp-in-band-provisioning-rt1060-iw612/. -->
## 265. Wi-Fi Easy Connect (DPP) In-Band Provisioning Demo on RT1060EVKC with IW612<a id="dm-dpp-in-band-provisioning-rt1060-iw612"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo enables RT1060EVKC + IW612 to enter DPP enrollee mode and connect to a Wi-Fi network 
using Wi-Fi Easy Connect (DPP) In-Band provisioning.

#### Families:           i.MX RT 
#### Toolchains:         GCC, VS Code 
#### Peripherals:        Wi-Fi 
#### Categories:         Secure Provisioning, Wireless Connectivity 
#### Application format: Zephyr Project
#### Compatible boards:
* [MIMXRT1060-EVKC]()

#### Expansion boards
* [IW612 - muRata Type-2EL Module](https://mcuxpresso.nxp.com/eb-hub/product/iw612 - murata type-2el module)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-dpp-in-band-provisioning-rt1060-iw612/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-dpp-in-band-provisioning-rt1060-iw612

<!-- dm-wifi-set-up-ping/. -->
## 266. Wi-Fi Scan and Connectivity Demo on RW612BGA<a id="dm-wifi-set-up-ping"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This is a demo example of Wi-Fi scan, connect and ping with nearby access point using RW612BGA.

#### Families:           RW 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        SDIO, Wi-Fi 
#### Categories:         RTOS, Wireless Connectivity 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [RD-RW612-BGA]()


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-wifi-set-up-ping/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-wifi-set-up-ping

<!-- dm-wifi-sensing-using-sniffer-on-rw61x-with-zephyr-os/. -->
## 267. Wi-Fi Sensing using Sniffer on RW61x with Zephyr OS<a id="dm-wifi-sensing-using-sniffer-on-rw61x-with-zephyr-os"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo demonstrates the Ambient Motion Index (AMI) algorithm on Wi-Fi CSI running on Zephyr RTOS, to detect motion in a residential-like environment using a Wi-Fi Sniffer on RW61x.

#### Families:           RW 
#### Toolchains:         GCC 
#### Peripherals:        Wi-Fi 
#### Categories:         Wireless Connectivity 
#### Application format: Zephyr Project
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-wifi-sensing-using-sniffer-on-rw61x-with-zephyr-os/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-wifi-sensing-using-sniffer-on-rw61x-with-zephyr-os

<!-- dm-wifi-lcd-connect-frdm-mcxn947/. -->
## 268. Wi-Fi connect using LCD interface on FRDM-MCXN947 using Wi-Fi expansion board FRDM-IW416-AW-AM510<a id="dm-wifi-lcd-connect-frdm-mcxn947"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 This is a demo example of Wi-Fi connect using LCD interface on FRDM-MCXN947 using Wi-Fi expansion board FRDM-IW416-AW-AM510. 

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        DISPLAY, UART, SDIO 
#### Categories:         Graphics, RTOS, Wireless Connectivity 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)

#### Expansion boards
* [FRDM-IW416-AW-AM51](https://mcuxpresso.nxp.com/eb-hub/product/frdm-iw416-aw-am51)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-wifi-lcd-connect-frdm-mcxn947/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-wifi-lcd-connect-frdm-mcxn947

<!-- dm-wifi-ap-and-ble-peripheral-on-rdrw612bga/. -->
## 269. WiFi AP and BLE Peripheral on RDRW612BGA<a id="dm-wifi-ap-and-ble-peripheral-on-rdrw612bga"></a> <a href="#top" style="float:right">⤒</a>

### Overview
The Wi-Fi AP and BLE Peripheral demo application demonstrates an Device Connect with the external STA and start the Iperf server to measure the Wifi Traffic and meanwhile BLE side device work as an advertiser to connect with the central device.

#### Families:           RW 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        Bluetooth, Wi-Fi 
#### Categories:         Wireless Connectivity 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [RD-RW612-BGA]()


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-wifi-ap-and-ble-peripheral-on-rdrw612bga/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-wifi-ap-and-ble-peripheral-on-rdrw612bga

<!-- dm-wifi-cli-frdm-mcxn947/. -->
## 270. WiFi CLI M2 FRDM MCXN947<a id="dm-wifi-cli-frdm-mcxn947"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 This is an example of cli use with wifi on frdm-mcxn947 

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE, VS Code 
#### Peripherals:        UART, SDIO 
#### Categories:         RTOS, Wireless Connectivity 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-wifi-cli-frdm-mcxn947/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-wifi-cli-frdm-mcxn947

<!-- dm-wifi-provisioning-using-ble/. -->
## 271. WiFi provisioning using BLE on RT1170 EVKB using Wi-Fi Module Murata 2EL<a id="dm-wifi-provisioning-using-ble"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This is a demo example of Wi-Fi connection using BLE on RT1170 EVKB using Wi-Fi module Murata 2EL.

#### Families:           i.MX RT 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        SDIO 
#### Categories:         RTOS, Wireless Connectivity 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [MIMXRT1170-EVKB](https://www.nxp.com/design/design-center/development-boards-and-designs/i-mx-evaluation-and-development-boards/i-mx-rt1170-evaluation-kit:MIMXRT1170-EVKB)


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-wifi-provisioning-using-ble/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-wifi-provisioning-using-ble

<!-- dm-mc-pmsm-ncp-frdm-mcxa156/. -->
## 272. Wireless Co-Processor Enabled Motor Control<a id="dm-mc-pmsm-ncp-frdm-mcxa156"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demo showcases a distributed Network Co‑Processor (NCP) architecture for motor control applications using the FRDM‑MCXA156 as the main control, running motor control algorithms and controlling the high‑performance wireless co‑processor FRDM-RW612.

#### Families:           MCX 
#### Toolchains:         VS Code 
#### Peripherals:        ADC, GPIO, PWM, SPI, TIMER, UART 
#### Categories:         Motor Control, Industrial, RTOS, Wireless Connectivity 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXA156](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-a144-5-6-a154-5-6-mcus:FRDM-MCXA156)

#### Expansion boards
* [FRDM-MC-LVPMSM](https://mcuxpresso.nxp.com/eb-hub/product/frdm-mc-lvpmsm)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-mc-pmsm-ncp-frdm-mcxa156/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-mc-pmsm-ncp-frdm-mcxa156

<!-- dm-wireless-rf-test-mode-demo/. -->
## 273. Wireless RFTM Application for Performance Testing of RW612 board<a id="dm-wireless-rf-test-mode-demo"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This software demonstrates a Custom Wireless RF Test Mode (RFTM) application running on an NXP development board.  <br />
Upon powering the board, it starts in Access Point (AP) mode, allowing configuration via a web interface.  <br />
Users can connect to the AP, enter configuration commands one at a time, and start RFTM mode for wireless testing.  <br />
The device logs results in flash memory, which can be retrieved later by reconnecting to the AP and using the provided "Read the Results" feature.  <br />
This example is useful for validating wireless performance, range, and stability in custom RF test scenarios. 

#### Families:           RW 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        Bluetooth, Wi-Fi 
#### Categories:         Wireless Connectivity 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [RD-RW612-BGA]()


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-wireless-rf-test-mode-demo/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-wireless-rf-test-mode-demo

<!-- dm-wireless-uart-throughput-on-rt1060evkc-and-iw416/. -->
## 274. Wireless uart throughput On RT1060EVKC and IW416<a id="dm-wireless-uart-throughput-on-rt1060evkc-and-iw416"></a> <a href="#top" style="float:right">⤒</a>

### Overview
he application implements a custom GATT-based Wireless UART Profile that emulates UART over BLE with real-time throughput measurement.

#### Families:           i.MX RT 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        Bluetooth 
#### Categories:         RTOS, Wireless Connectivity 
#### Application format: CMSIS Pack
#### Compatible boards:
* [MIMXRT1060-EVKC]()

#### Expansion boards
* [muRata IW416 module](https://mcuxpresso.nxp.com/eb-hub/product/murata iw416 module)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-wireless-uart-throughput-on-rt1060evkc-and-iw416/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-wireless-uart-throughput-on-rt1060evkc-and-iw416

<!-- dm-sd-card-write-file-s32k356/. -->
## 275. Write a file to microSD Card<a id="dm-sd-card-write-file-s32k356"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This example uses the FatFs R0.15 filesystem layered over the AUTOSAR RTD Mem_43_EEP driver (uSDHC) to write a file.txt to a microSD card on the FRDM-A-S32K356

#### Families:           S32K 
#### Toolchains:         S32 Design Studio IDE 
#### Peripherals:        SDMMC, SDIO 
#### Categories:         SDMMC 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-sd-card-write-file-s32k356/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-sd-card-write-file-s32k356

<!-- dm-mcx-wireless-uart-leds/. -->
## 276. [OOBE-MCXW71] Controlling LEDS using BLE Wireless UART<a id="dm-mcx-wireless-uart-leds"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 This demo allows the user to interact with the device through a serial terminal and also it can be possible to change the LCD screen via command sent by the IoT Toolbox using a Smartphone. 

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        GPIO, UART 
#### Categories:         Wireless Connectivity 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXW7X]()
* [FRDM-MCXW71](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-w71x-wireless-mcus:FRDM-MCXW71)


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-mcx-wireless-uart-leds/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-mcx-wireless-uart-leds

<!-- dm-wifi-sta-mqtt/. -->
## 277. [RT1060 + IW416] MQTT client using Wi-Fi<a id="dm-wifi-sta-mqtt"></a> <a href="#top" style="float:right">⤒</a>

### Overview
The WiFi_Cli_STA_MQTT demo application demonstrates Wi-Fi station's connection to an access point while facilitating asynchronous data exchange between the local device and a remote broker via the MQTT protocol.

#### Families:           i.MX RT 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        Wi-Fi 
#### Categories:         Security, RTOS, Networking, Wireless Connectivity 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [MIMXRT1060-EVKC]()


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-wifi-sta-mqtt/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-wifi-sta-mqtt

<!-- dm-afci-8ch-mcxn547/. -->
## 278. afci 8ch mcxn547 demo<a id="dm-afci-8ch-mcxn547"></a> <a href="#top" style="float:right">⤒</a>

### Overview
afci 8ch mcxn547 demo

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        ADC, DMA 
#### Categories:         AI/ML, Power Conversion 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-afci-8ch-mcxn547/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-afci-8ch-mcxn547

<!-- dm-loc-apps-kw47/. -->
## 279. demo project to use the module sCan<a id="dm-loc-apps-kw47"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This is demo project about how to use the module sCan. sCan is a middleware software used to simplify CAN communication, it is easy to configure and provides simple sending and receiving functions and the format for transmitting data was specified. It has some defined commands such as reset, data transmission, OTA, Bluetooth settings, the users can extend these commands according to your needs. 

#### Families:           KW45 
#### Toolchains:         IAR 
#### Peripherals:        CAN, GPIO, Bluetooth 
#### Categories:         Low Power, RTOS, Wireless Connectivity 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [KW47-EVK]()
* [KW47-LOC]()


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-loc-apps-kw47/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-loc-apps-kw47

<!-- dm-eiq-genai-flow-demonstrator/. -->
## 280. eIQ GenAI Flow Demonstrator<a id="dm-eiq-genai-flow-demonstrator"></a> <a href="#top" style="float:right">⤒</a>

### Overview
The eIQ GenAI Flow Demonstrator is a Conversational AI Pipeline application designed for NXP i.MX95 devices. This Demonstrator Demo enables t following pipeline components:<br /><br />    VIT: "Hey NXP" Wake word, or custom<br />    VoiceID: Speaker recognition<br />    STT: Whisper Small English, moonshine-tiny, moonshine-base<br />    RAG: Embedding model + example database<br />    LLM: Danube or models supported by ARA240<br />    TTS: 16kHz English<br />    VLM: standalone Demonstrator

#### Families:           i.MX 
#### Toolchains:         VS Code 
#### Peripherals:        ADC, DAC, I2S, UART, SDIO 
#### Categories:         Voice, Audio, AI/ML 
#### Application format: Python (Linux)
#### Compatible boards:
* [EVK-MIMX8MM](https://www.nxp.com/design/design-center/development-boards-and-designs/i-mx-evaluation-and-development-boards/evaluation-kit-for-the-i-mx-8m-mini-applications-processor:8MMINILPD4-EVK)
* [EVK-MIMX8MN](https://www.nxp.com/design/design-center/development-boards-and-designs/i-mx-evaluation-and-development-boards/evaluation-kit-for-the-i-mx-8m-nano-applications-processor:8MNANOD4-EVK)
* [EVK-MIMX8MQ](https://www.nxp.com/design/design-center/development-boards-and-designs/i-mx-evaluation-and-development-boards/evaluation-kit-for-the-i-mx-8m-applications-processor:MCIMX8M-EVK)
* [EVK-MIMX8MP](https://www.nxp.com/design/design-center/development-boards-and-designs/i-mx-evaluation-and-development-boards/evaluation-kit-for-the-i-mx-8m-plus-applications-processor:8MPLUSLPD4-EVK)
* [MCIMX93-EVK]()
* [MCIMX93-QSB]()
* [IMX95LPD5EVK-19]()
* [IMX943-EVK]()
* [IMX95LP4XEVK-15]()
* [FRDM-IMX95-PRO]()
* [IMX952-EVK]()
* [FRDM-IMX95]()
* [FRDM-IMX937]()
* [FRDM-IMX952]()


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-eiq-genai-flow-demonstrator/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-eiq-genai-flow-demonstrator

<!-- nxp-demo-experience-demos-list/scripts/machine_learning/dms -->
## 281. i.MX Driver Monitor System<a id="nxp-demo-experience-demos-list_scripts_machine_learning_dms"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 i.MX Driver Monitor System is a vehicle safety system to assess the driver's alertness and warn the driver if needed using a camera and NPU. 

#### Families:           i.MX 
#### Toolchains:         VS Code 
#### Peripherals:        DISPLAY, USB, VIDEO, MIPI-CSI 
#### Categories:         AI/ML, Vision 
#### Application format: Python (Linux)
#### Compatible boards:
* [EVK-MIMX8MP](https://www.nxp.com/design/design-center/development-boards-and-designs/i-mx-evaluation-and-development-boards/evaluation-kit-for-the-i-mx-8m-plus-applications-processor:8MPLUSLPD4-EVK)
* [MCIMX93-EVK]()


#### **Repository URL:** https://github.com/nxp-imx-support/nxp-demo-experience-demos-list/tree/lf-6.6.52_2.2.0/scripts/machine_learning/dms
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-i-mx-dms

<!-- nxp-demo-experience-demos-list/scripts/machine_learning/ml_benchmark -->
## 282. i.MX Machine Learning Benchmark Tool<a id="nxp-demo-experience-demos-list_scripts_machine_learning_ml_benchmark"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 ML Benchmark tool allows to easily compare the performance of TensorFlow Lite models running on CPU (Cortex-A) and NPU, without the need to type in any command. 

#### Families:           i.MX 
#### Toolchains:         VS Code 
#### Peripherals:        DISPLAY 
#### Categories:         AI/ML 
#### Application format: Python (Linux)
#### Compatible boards:
* [EVK-MIMX8MP](https://www.nxp.com/design/design-center/development-boards-and-designs/i-mx-evaluation-and-development-boards/evaluation-kit-for-the-i-mx-8m-plus-applications-processor:8MPLUSLPD4-EVK)
* [MCIMX93-EVK]()
* [IMX95LPD5EVK-19]()


#### **Repository URL:** https://github.com/nxp-imx-support/nxp-demo-experience-demos-list/tree/lf-6.6.52_2.2.0/scripts/machine_learning/ml_benchmark
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-ml-benchmark

<!-- dm-nafe_rt1170/. -->
## 283. i.MX RT1170 + NAFE13388 drivers and demos<a id="dm-nafe_rt1170"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 This example demonstrates how to use NAFE13388 and i.MXRT1170 to sample analog signals. The results are either shown in a serial terminal window or in waveforms by using the FreeMASTER Run-Time Debugging Tool. 

#### Families:           i.MX RT 
#### Toolchains:         IAR, MCUXpresso IDE, VS Code 
#### Peripherals:        DMA, GPIO, SPI, UART 
#### Categories:         Industrial 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [MIMXRT1170-EVK]()


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-nafe_rt1170/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-nafe_rt1170

<!-- dm-i-mx-rt1170-android-phone-screen-mirroring/. -->
## 284. i.MX RT1170 Mirror and control android phone using Zephyr<a id="dm-i-mx-rt1170-android-phone-screen-mirroring"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This application demonstrates how to mirror and control an Android phone from an RT1170-EVKB running Zephyr. The Android screen is captured, encoded in MJPEG, and transmitted over Wi‑Fi or Ethernet to the RT1170-EVKB, where it is decoded and displayed on the LCD. The demo also supports touch input, allowing the user to control the phone directly from the RT1170’s touchscreen.

#### Families:           i.MX RT 
#### Toolchains:         GCC, VS Code 
#### Peripherals:        DISPLAY, I2C, VIDEO, Wi-Fi 
#### Categories:         Graphics, Touch Sensing, RTOS 
#### Application format: Zephyr Project
#### Compatible boards:
* [MIMXRT1170-EVKB](https://www.nxp.com/design/design-center/development-boards-and-designs/i-mx-evaluation-and-development-boards/i-mx-rt1170-evaluation-kit:MIMXRT1170-EVKB)

#### Expansion boards
* [RK055HDMIPI4MA0](https://mcuxpresso.nxp.com/eb-hub/product/rk055hdmipi4ma0)
* [IW612 - muRata Type-2EL Module](https://mcuxpresso.nxp.com/eb-hub/product/iw612 - murata type-2el module)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-i-mx-rt1170-android-phone-screen-mirroring/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-i-mx-rt1170-android-phone-screen-mirroring

<!-- dm-rt1180-hsb/. -->
## 285. i.MX RT1180 based Holoscan Sensor Bridge (HSB)<a id="dm-rt1180-hsb"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This demonstration showcases NXP’s i.MX RT1180 microcontroller as a Holoscan Sensor Bridge (HSB) device, enabling high speed data communication from i.MX RT1180 to an NVIDIA GPU using RoCEv2 (RDMA over Converged Ethernet) protocol.

#### Families:           i.MX RT 
#### Toolchains:         IAR, VS Code 
#### Peripherals:        ETHERNET 
#### Categories:         Motor Control, Industrial, Networking 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [MIMXRT1180-EVK](https://www.nxp.com/design/design-center/development-boards-and-designs/i-mx-evaluation-and-development-boards/i-mx-rt1180-evaluation-kit:MIMXRT1180-EVK)
* [FRDM-IMXRT1186]()


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-rt1180-hsb/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-rt1180-hsb

<!-- nxp-demo-experience-demos-list/scripts/machine_learning/imx_smart_fitness -->
## 286. i.MX Smart Fitness<a id="nxp-demo-experience-demos-list_scripts_machine_learning_imx_smart_fitness"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 i.MX Smart Fitness tracks the 'squats' fitness exercise using a camera and NPU on i.MX Applications Processors. 

#### Families:           i.MX 
#### Toolchains:         VS Code 
#### Peripherals:        DISPLAY, USB, VIDEO, MIPI-CSI 
#### Categories:         AI/ML, Vision 
#### Application format: Python (Linux)
#### Compatible boards:
* [EVK-MIMX8MP](https://www.nxp.com/design/design-center/development-boards-and-designs/i-mx-evaluation-and-development-boards/evaluation-kit-for-the-i-mx-8m-plus-applications-processor:8MPLUSLPD4-EVK)
* [MCIMX93-EVK]()


#### **Repository URL:** https://github.com/nxp-imx-support/nxp-demo-experience-demos-list/tree/lf-6.6.52_2.2.0/scripts/machine_learning/imx_smart_fitness
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-i-mx-smart-fitness

<!-- nxp-demo-experience-demos-list/scripts/multimedia/smart_kitchen -->
## 287. i.MX Smart Kitchen<a id="nxp-demo-experience-demos-list_scripts_multimedia_smart_kitchen"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 i.MX Smart Kitchen emulates an interactive kitchen through a GUI controlled by voice commands. 

#### Families:           i.MX 
#### Toolchains:         VS Code 
#### Peripherals:        DISPLAY 
#### Categories:         Graphics, Voice, HMI, User Interface 
#### Application format: Yocto Project
#### Compatible boards:
* [EVK-MIMX8MM](https://www.nxp.com/design/design-center/development-boards-and-designs/i-mx-evaluation-and-development-boards/evaluation-kit-for-the-i-mx-8m-mini-applications-processor:8MMINILPD4-EVK)
* [EVK-MIMX8MP](https://www.nxp.com/design/design-center/development-boards-and-designs/i-mx-evaluation-and-development-boards/evaluation-kit-for-the-i-mx-8m-plus-applications-processor:8MPLUSLPD4-EVK)
* [MCIMX93-EVK]()


#### **Repository URL:** https://github.com/nxp-imx-support/nxp-demo-experience-demos-list/tree/lf-6.6.52_2.2.0/scripts/multimedia/smart_kitchen
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-i-mx-smart-kitchen

<!-- nxp-demo-experience-demos-list/scripts/multimedia/gstreamer/video_test -->
## 288. i.MX V4L2 Video Test Tool<a id="nxp-demo-experience-demos-list_scripts_multimedia_gstreamer_video_test"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 Voice test shows an example GStreamer video pipeline on screen. 

#### Families:           i.MX 
#### Toolchains:         VS Code 
#### Peripherals:        DISPLAY, VIDEO 
#### Categories:         Graphics, Tools 
#### Application format: Python (Linux)
#### Compatible boards:
* [EVK-MCIMX7ULP](https://www.nxp.com/design/design-center/development-boards-and-designs/i-mx-evaluation-and-development-boards/evaluation-kit-for-the-i-mx-7ulp-applications-processor:MCIMX7ULP-EVK)
* [EVK-MIMX8MM](https://www.nxp.com/design/design-center/development-boards-and-designs/i-mx-evaluation-and-development-boards/evaluation-kit-for-the-i-mx-8m-mini-applications-processor:8MMINILPD4-EVK)
* [EVK-MIMX8MN](https://www.nxp.com/design/design-center/development-boards-and-designs/i-mx-evaluation-and-development-boards/evaluation-kit-for-the-i-mx-8m-nano-applications-processor:8MNANOD4-EVK)
* [MEK-MIMX8QX](https://www.nxp.com/design/design-center/development-boards-and-designs/i-mx-evaluation-and-development-boards/i-mx-8quadxplus-multisensory-enablement-kit-mek:MCIMX8QXP-CPU)
* [MEK-MIMX8QM](https://www.nxp.com/design/design-center/development-boards-and-designs/i-mx-evaluation-and-development-boards/i-mx-8quadmax-multisensory-enablement-kit-mek:MCIMX8QM-CPU)
* [EVK-MIMX8MP](https://www.nxp.com/design/design-center/development-boards-and-designs/i-mx-evaluation-and-development-boards/evaluation-kit-for-the-i-mx-8m-plus-applications-processor:8MPLUSLPD4-EVK)
* [EVK-MIMX8ULP](https://www.nxp.com/design/design-center/development-boards-and-designs/i-mx-evaluation-and-development-boards/i-mx-8ulp-evaluation-kit:MCIMX8ULP-EVK)
* [MCIMX93-EVK]()


#### **Repository URL:** https://github.com/nxp-imx-support/nxp-demo-experience-demos-list/tree/lf-6.6.52_2.2.0/scripts/multimedia/gstreamer/video_test
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-video-test

<!-- nxp-demo-experience-demos-list/scripts/machine_learning/low_power_ml -->
## 289. i.MX93 Low Power Machine Learning<a id="nxp-demo-experience-demos-list_scripts_machine_learning_low_power_ml"></a> <a href="#top" style="float:right">⤒</a>

### Overview
This Low Power Machine Learning (ML) application showcases the i.MX 93's machine learning capabilities in low power use case by using Cortex-M33 core to run ML model inference with tflite-micro framework. When running the application, the Cortex-A55 core, which runs Linux, will be put into suspend mode to save power consumption. NPU is not used in this application for the same reason.

#### Families:           i.MX 
#### Toolchains:         GCC 
#### Peripherals:        SAI 
#### Categories:         Low Power, Audio, AI/ML 
#### Application format: Python (Linux)
#### Compatible boards:
* [MCIMX93-EVK]()


#### **Repository URL:** https://github.com/nxp-imx-support/nxp-demo-experience-demos-list/tree/lf-6.12.3_1.0.0/scripts/machine_learning/low_power_ml
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=i-mx93-low-power-ml

<!-- meta-smart-appliance/. -->
## 290. i.MX93 Smart Appliance for MATTER<a id="meta-smart-appliance"></a> <a href="#top" style="float:right">⤒</a>

### Overview
i.MX93 Smart Appliance Demo <br />Features:<br /><ul><li>Board level power &lt; 400mW in DSM</li><li>Fast boot from power on to GUI </li><li>GUI design by LVGL_V8.3.5</li><li>Vision inference
for recognize the fruits and check
freshness by NPU </li><li>MATTER Controller to control smart device</li><li>Temperature sensor (Zigbee)</li><li>Bulb control (Zigbee/WIFI)</li><li>Low power voice wakeup (wakeup ok, but high power)</li><li>VIT for voice control</li><li>External USB current metering for
board power measurement</li></ul>

#### Families:           i.MX 
#### Toolchains:         GCC 
#### Peripherals:        USB, Bluetooth, Wi-Fi, 802.15.4 
#### Categories:         Low Power, AI/ML, Wireless Connectivity, Vision 
#### Application format: Yocto Project
#### Compatible boards:
* [MCIMX93-QSB]()


#### **Repository URL:** https://github.com/nxp-imx-support/meta-smart-appliance/tree/Q2_release
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=short-title-i-mx93-smart-appliance

<!-- dm-low-power-measurement-on-mcxn236/. -->
## 291. low power measurement on mcxn236<a id="dm-low-power-measurement-on-mcxn236"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 The low power measurement demo is used to reproduce the power consumption and wake-up time in the datasheet on the FRDM-MCXN236 board. 

#### Families:           MCX 
#### Toolchains:         IAR 
#### Peripherals:        CLOCKS, UART 
#### Categories:         Low Power 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXN236](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n23x-mcus:FRDM-MCXN236)


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-low-power-measurement-on-mcxn236/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-low-power-measurement-on-mcxn236

<!-- dm-matter-zigbee-bridge-rw612/. -->
## 292. matter zigbee bridge rw612<a id="dm-matter-zigbee-bridge-rw612"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 This demo provide user how to integrate non-matter device as zigbee nodes to Matter enviroment 

#### Families:           RW 
#### Toolchains:         GCC 
#### Peripherals:        UART 
#### Categories:         RTOS, Wireless Connectivity, Bridge 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [RD-RW612-BGA]()


#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-matter-zigbee-bridge-rw612/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-matter-zigbee-bridge-rw612

<!-- dm-mcxn947-lcd-heart-rate-spo2/. -->
## 293. vital signal monitor<a id="dm-mcxn947-lcd-heart-rate-spo2"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 The project is vital sign monitor that use a pulse-oximeter sensor to obtain the values and uses an LCD to show the values and the graphics of the measurements. 

#### Families:           MCX 
#### Toolchains:         MCUXpresso IDE 
#### Peripherals:        DISPLAY, DMA, I2C 
#### Categories:         Graphics, Sensor, HMI 
#### Application format: Project File (MCUX/MDK/IAR)
#### Compatible boards:
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)

#### Expansion boards
* [LCD-PAR-S035](https://mcuxpresso.nxp.com/eb-hub/product/lcd-par-s035)
* [HEART RATE 4 CLICK](https://mcuxpresso.nxp.com/eb-hub/product/heart rate 4 click)

#### **Repository URL:** https://github.com/NXP-APPCODEHUB/dm-mcxn947-lcd-heart-rate-spo2/tree/main
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-mcxn947-lcd-heart-rate-spo2

<!-- nxp-appcodehub/dm-wolfssh-rgb-server-with-zephyr -->
## 294. wolfSSH RGB Server using Zephyr RTOS<a id="nxp-appcodehub_dm-wolfssh-rgb-server-with-zephyr"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 This demo demostrates capabilities of new FRDM-MCXN947.<br><a href="https://github.com/wolfSSL/nxp-appcodehub/tree/main/dm-wolfssh-rgb-server-with-zephyr#demo" target="_blank"></a>Creating a simple server using the Zephyr RTOS and wolfSSL to utilize the networking capabilities of the FRDM-MCXN947 through its ethernet port. 

#### Families:           MCX 
#### Toolchains:         VS Code 
#### Peripherals:        ETHERNET, UART 
#### Categories:         Cloud Connected Devices, RTOS, Networking 
#### Application format: Zephyr Project
#### Compatible boards:
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)


#### **Repository URL:** https://github.com/wolfSSL/nxp-appcodehub/tree/main/dm-wolfssh-rgb-server-with-zephyr
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-wolfssh-rgb-server-with-zephyr

<!-- nxp-appcodehub/dm-wolfmqtt-publisher-client-with-zephyr -->
## 295. wolfSSL MQTT AWS Test using Zephyr RTOS<a id="nxp-appcodehub_dm-wolfmqtt-publisher-client-with-zephyr"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 This demo demostrate capabilities of new FRDM-MCXN947.<br><a href="https://github.com/wolfSSL/nxp-appcodehub/tree/main/dm-wolfmqtt-publisher-client-with-zephyr#demo" target="_blank"></a>Simple connects to an AWS broker subscribes, and publishes a message. 

#### Families:           MCX 
#### Toolchains:         VS Code 
#### Peripherals:        ETHERNET, UART 
#### Categories:         Cloud Connected Devices, Networking, Wireless Connectivity 
#### Application format: Zephyr Project
#### Compatible boards:
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)


#### **Repository URL:** https://github.com/wolfSSL/nxp-appcodehub/tree/main/dm-wolfmqtt-publisher-client-with-zephyr
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-wolfmqtt-publisher-client-with-zephyr

<!-- nxp-appcodehub/dm-wolfssl-tls-hello-server-pqc-with-zephyr -->
## 296. wolfSSL TLSv1.3 Hello Server Doing Post-Quantum Cryptography using Zephyr RTOS<a id="nxp-appcodehub_dm-wolfssl-tls-hello-server-pqc-with-zephyr"></a> <a href="#top" style="float:right">⤒</a>

### Overview
It starts with running our benchmarks for the wolfCrypt library and getting performance numbers for all enable algorithms which in this case includes ML-KEM and ML-DSA. Once the benchmarks are done, a TLS 1.3 server is started. Importantly, this server is configured to support the post-quantum algorithms ML-KEM and ML-DSA.

#### Families:           MCX 
#### Toolchains:         VS Code 
#### Peripherals:        ETHERNET 
#### Categories:         Security 
#### Application format: Zephyr Project
#### Compatible boards:
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)


#### **Repository URL:** https://github.com/wolfSSL/nxp-appcodehub/tree/main/dm-wolfssl-tls-hello-server-pqc-with-zephyr
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=wolfssl-tls-1-3-example-using-pqc-on-zephyr

<!-- nxp-appcodehub/dm-wolftpm-wolfssl-tls-with-zephyr -->
## 297. wolfSSL TLSv1.3 Hello Server using Zephyr RTOS<a id="nxp-appcodehub_dm-wolftpm-wolfssl-tls-with-zephyr"></a> <a href="#top" style="float:right">⤒</a>

### Overview
 Creating a simple server using the Zephyr RTOS and wolfSSL to utilize the networking capabilities of the FRDM-MCXN947 through its ethernet port. 

#### Families:           MCX 
#### Toolchains:         VS Code 
#### Peripherals:        ETHERNET, UART 
#### Categories:         RTOS, Networking 
#### Application format: Zephyr Project
#### Compatible boards:
* [FRDM-MCXN947](https://www.nxp.com/design/design-center/development-boards-and-designs/general-purpose-mcus/frdm-development-board-for-mcx-n94-n54-mcus:FRDM-MCXN947)


#### **Repository URL:** https://github.com/wolfSSL/nxp-appcodehub/tree/main/dm-wolftpm-wolfssl-tls-with-zephyr
#### **ACH URL:**        https://mcuxpresso.nxp.com/appcodehub?search=dm-wolfssl-tls-hello-server-with-zephyr