Serialized, multifunction headstage for tetrodes and silicon probes
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Updated
Jul 23, 2025 - TypeScript
Serialized, multifunction headstage for tetrodes and silicon probes
FMC board to acquire from ONIX headstages and breakout boards
Plot spike time histograms aligned to incoming TTL events
Matlab user interface for the analysis of LFP and spike data from extracellular recordings supporting a variety of existing Python and Matlab tools.
API for controlling ONI-compliant hardware
Python and Matlab code to synchronize OpenEphys and Bonsai using network events. It can be used to synchronize ephys and video acquisition.
Bonsai library for Open Neuro Interface Compliant hardware with a focus on the ONIX System
Low Profile 3D capable SPI headstage
PyQt5 GUI for visualizing and analyzing hippocampal ripples from Open Ephys neural recordings. Features multi-channel visualization, MNE-based preprocessing, sleep scoring integration, and manual annotation tools.
Step-by-step guide to running Bonsai on an Apple Silicon Mac using Windows 11 in UTM.
Real-time continuous streaming Wi-Fi plugin for the Open Ephys GUI. Supports up to 32 channels up to 30ksps from Intan headstages.
在 legacy Open Ephys、Binary 和 NWB 2.x/HDF5 三种神经电生理数据格式之间转换的 Windows 工具
Data analysis of Open-ephys .dat continuous data. Spike sorting should be done using Spyking-circus
Serialized, multifunction headstage targeting the neuropixels 1.0 probe
Reading electrophysiology data across multiple experiments to identify spike onsets
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