Untangle The Brain
with precision research tools created
by experienced neuroscientists
and collaborative engineers
Untangle The Brain
with precision research tools created by experienced neuroscientists and collaborative engineers
Untangle The Brain
with precision research tools created by experienced neuroscientists and collaborative engineers
Product Categories
freely-moving
headfixed
closed-loop
stimulation
high-channel count
Sprite32 Headstage
New 32-channel data-logging headstage that weighs only 3.8 grams. It is lightweight enough to record more than an hour of neural data on animals as small as mice!
Neuropixels Headstage
Featuring untethered and tethered recording
Neuralthread Probes
Ultraflexible electrode arrays are the next generation of chronic subsurface electrophysiology
Unleash data collection with untethered recording
High channel count systems that wirelessly capture and store neural data locally for extended recording times. Offering lightweight options for mice, rats, and primates.
MAXIMIZE FLEXIBILITY AND SCALE WITH HIGH-CHANNEL COUNT SYSTEMS
Stacking systems for recording 512 channels of neural data wirelessly, or 1024 channels tethered; supported by powerful open-source software
open source software
Trodes is an open source, cross-platform software suite for neuroscience data acquisition and experimental control.
Trodes monitors incoming data from our data acquisition hardware, acting as the user interface for all aspects of an experiment, including precise control of complex behavioral apparatuses and neuro-perturbation devices.
open source software
Trodes is an open source, cross-platform software suite for neuroscience data acquisition and experimental control.
Trodes monitors incoming data from our data acquisition hardware, acting as the user interface for all aspects of an experiment, including precise control of complex behavioral apparatuses and neuro-perturbation devices.
STIMULATE DISCOVERY WITH CLOSED LOOP PERTURBATION
Get results fast with sub-millisecond closed-loop control of optogenetic and electrical perturbations. Write custom code defining behavioral algorithms and device control parameters.
Publications
New information triggers prospective codes to adapt for flexible navigation
June 4, 2025
Spontaneous alternation of place-cell sequences in the open field through spike frequency adaptation
April 22, 2025
Goal-specific hippocampal inhibition gates learning
Apr 9, 2025
News
SpikeGadgets exhibiting at Society for Neuroscience annual meeting 2025
Nov 15-19, 2025
NIH awards SpikeGadgets an SBIR grant
July 2024