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2026-07-21 00:00 United States Papers Foundations & Methods Translated from EN

SpikeGadgets Headstage Records 1,024 Channels Across 10 Brain Regions

Summary A post from SpikeGadgets surveys how far multichannel electrophysiology has scaled: its Modular Stacking Headstage supports chronic recording of 1,024 channels across 10 brain regions; the University of Pittsburgh's MePhys platform uses 992 electrode contacts to cover an entire macaque hemisphere; and a Rice University preprint describes a custom ASIC that supports 5,376 simultaneous recording channels.
Why it matters Channel count is the axis every invasive BCI roadmap is priced on, and these figures mark the current academic ceiling — but read them as a vendor's own account of what it can ship, not an independent benchmark.

BCIwiki (bciwiki.com) — SpikeGadgets' multichannel electrophysiology hardware is being used for large-scale neural recording, enabling simultaneous signal acquisition across multiple brain regions. According to SpikeGadgets' website on July 21, 2026, its Modular Stacking Headstage supports chronic recording across 10 brain regions in mice totaling 1,024 channels, and the MePhys platform from the University of Pittsburgh routes 992 electrode contacts covering an entire macaque hemisphere through the headstage.

Additionally, a preprint from Rice University describes a custom ASIC supporting 5,376 simultaneous recording channels, each sampling at 20 kilosamples per second, with over 1.3 Gb/s total data throughput and just 5.5 μVrms input noise. The chip integrates in-pixel amplification, time-division-multiplexed analog-to-digital converters, and on-chip stimulation, paired with a flexible µECoG array.

Compiled by BCIwiki from public sources

Sources · 2
spikegadgets.com 2026-07-21
spikegadgets.com 2026-07-21

SpikeGadgets timeline

2026-08 SpikeGadgets Hardware Closes the Loop on Rat Hippocampus in Milliseconds 2026-07 SpikeGadgets Takes Neuropixels Recording Wireless in Freely Moving Animals All entries →
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