From Discrete Components to System-on-Chip

How semiconductor manufacturing revolutionized 
brain-computer interfaces.

Everything on One Chip

We don't make neural interfaces. We make complete brain-computer interface systems.

65,536

recording channels

1,024

simultaneous recording channels

16,384

stimulation channels

Custom Controller

for on-chip programability

Wireless Communication

uplink, 50 Mbps downlink

Wireless Power

no batteries needed

Real-time

big data from the brain

Mechanical Flexibility

Silicon That Bends

By thinning our chips to <25 microns, silicon becomes flexible like paper while maintaining full functionality.

Conforms to brain curvature

Moves with the brain

Enables chronic stability

Close-up of fingers holding a small, flexible electronic circuit chip.
Subdural Advantage

Optimal Placement

We place our system under the dura matter for high signal quality and biocompatibility with no potential for damage to cortical tissue.

Direct cortical contact

Protected environment

Better tissue integration

Illustration of a human brain illuminated in red inside a helmet-like device with a teal round component on top.
Semiconductor Manufacturing

Scalable Chips on the Brain

The implanted chip is fabricated in the same way that NVIDIA and Apple fabricate their chips. Proprietary "post-processing" manufacturing flow at the wafer scale makes these chips implant-ready.

High Yield

Consistent quality

Scalable production

Close-up of a silicon wafer with rectangular microchips arranged in a grid pattern, held by a clip and surrounded by metal and electronic equipment.

Enabling Tomorrow's Therapies

Recording

  • 1,024 channels @ 8kHz and 256 channels @ 32kHz
  • 10 bit resolution
  • <5 μV rms noise

Stimulation

  • 16,384 stimulation channels
  • Current amplitude control
  • Configurable waveforms

Wireless

  • 100 Mbps data uplink bandwidth
  • 50 Mbps data downlink banwidth

System

  • No implanted battery
  • Continuous operation
  • Complete on-chip integration

Built for Artificial Intelligence

Our channel count and bandwidth enable unprecedented large-scale brain data to train advanced AI models and support accurate BCI applications

Platform Capabilities

  • 1,024 parallel channels out of the 65,536 total available channels

  • Months of consistent signal quality

  • Real-time Python APIs

  • Edge computing on-chip

Enabling

  • Highly accurate AI-based neural decoders

  • Predictive biomarker detection

  • Closed-loop therapeutic algorithms

  • Programmable stimulation patterns