Ultra-Small Digital Headstages for Electrophysiology

Free your animals and expand your experiments!

Next-generation miniature digital headstages for high-channel-count electrophysiology in the smallest of behaving animals.

64 - 256 channel electrophysiology in freely-behaving mice and more...

Our implantable and reusable miniature digital headstage allows high-channel-count, low-stress connection to your freely-behaving animals, by removing the 'industry standard' Omnetics connectors from your implants. These connectors are bulky and stiff to connect / disconnect, thereby imparting significant mechanical stress to your implants and consequently reducing single unit yields. Paired with our silicon neural probes, at only 0.49 grams with a tiny footprint (3x7 mm), our mini-amp-64 enables 64 - 256 channel electrophysiology in behaving mice, upwards.

Data is digitised on-skull and fed-out via an easy-to-connect digital tether cable direct in to your existing data-acquisition system...

Space and weight saving, mechanical-stress avoided and high-channel count electrophysiology opened up for the smallest of lab animals - what's not to love?!

Compatible with:
Open Ephys, Intan, Neuralynx, Plexon and TDT

Electrophysiology re-imagined.... upgrade your existing headstages and free your animals!

Upgrade your existing system with mini-amp-64 headstages and gather a lot more data per animal including single units + EEG / EMG + 3-axis accelerometer!

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See how our Mini-Amp-64 measures up against the traditional 64-channel Omnetics-based headstages - here is a comparison on a MOUSE SKULL:mini-amp-64-on-mouse.gif#asset:2174

On-skull re-usable headstages with multi-functional features...

A protective 3-D printed cradle houses the mini-amp-64 whilst implanted and allows for straightforward recovery and re-use of the headstage on your next subject. Built-in features include ability to separate REF and buffered-GND, 3-axis XYZ accelerometer, +3V for user-attached sensors / LEDs and additional analog inputs for EEG / EMG wires too. Any of our silicon neural probes can be built with compatible Molex connectors, which mate directly with the mini-amp-64. When combined with our probes (weight = 0.1g) and our ultra-small chronic nano-Drives (weight = 0.4g) you can assemble a truly small and lightweight chronic implant, which in turn will facilitate free-behaviour in your animals.

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Up-gradable plug-n-play with existing data-acquisition systems...

The mini-amp-64 can used as a 'swap-out' for your existing Omnetics-based digital headstages from any of the following manufacturers: Open Ephys, Intan, Neuralynx, Plexon and Tucker-Davis Technologies. As an upgrade to your existing system this will allow you to take full advantage of the space and weight-saving features of the mini-amp-64 and the benefits that brings to free-behaviour, with minimal disruption to your existing workflow and setup.

Through the use of a dual-headstage adapter, a pair of 64 channel mini-amp-64's can be coupled to a single digital SPI tether cable too; thereby facilitating dual-target implants with 128 channel capacity.

The mini-amp-64 can also be used with the Neuralynx FreeLynx system for up to 256-channel wireless recording too...

Learn from the Experts

Learn first-hand from experts in the field as they describe their own experimental challenges and how they addressed them using our neural probes. Each online workshop includes an interactive Q+A session and panel discussion too.

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Gyorgy Buzsaki
"For our application combining chronic imaging and electrophysiology, 3-D chronic probe stacks mounted on nano-Drives are unparalleled... allowing high signal-to-noise, high-density recording across multiple regions. Our project would not be possible without this technology."

Gyorgy Buzsaki

Lab Head, NYU School of Medicine, New York, USA

Brain Area: cortex Species: Mouse

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