THINK AT THE SPEED OF LIGHT

Sub-4ms synaptic latency. Cognitive expansion without thermal compromise. The interface between silicon and signal.

REQUEST ACCESSVIEW WHITEPAPER
Neural interface visualization
OpenAIAnthropicDeepMindNVIDIAMeta AIStripeVercelLinearFigmaNotionOpenAIAnthropicDeepMindNVIDIAMeta AIStripeVercelLinearFigmaNotion

THE BOTTLENECK ISN'T YOUR CODE

  • Thermal throttling

    Modern processors cap at 100°C and downclock. Every degree of heat steals milliseconds. Your ideas wait.

  • Memory bandwidth ceilings

    DDR5 maxes at ~100GB/s. Neural workloads demand 10x that. You're building on a hard ceiling.

  • Software emulation lag

    GPUs simulate neural nets. They don't run them. The translation layer adds 2–3 orders of magnitude in latency. You're not thinking. You're queuing.

FROM SILICON TO NEURAL-SYNC

AXON Core bypasses the silicon intermediary. Direct synaptic-to-digital transfer. No emulation. No translation layer. Your neural output becomes compute input at hardware speed. The brain isn't the bottleneck. Everything else was.

THE SPECS

L1 Neural Sync

Real-time synaptic data transfer. No emulation layer. No translation. 256 channels. Direct capture.

256-channel parallel input

Cryo-Passive Cooling

Silent. Zero thermal throttle. Run at peak for 72+ hours. No fans. No compromise.

0dB fan. Sustained 100% load

Zero-Lag Architecture

0.04ms response time. Sub-perceptible. Your intent becomes output before you perceive the gap.

4µs p99
VIEW WHITEPAPER

CALIBRATE. SYNC. TRANSCEND.

Step 01

Calibrate

Baseline your neural signature. 12-minute non-invasive scan. Hardware learns your signal pattern. No implants. No surgery.

Step 02

Sync

Pair AXON Core with your workstation. One-time handshake. Persistent secure link. You think. It computes.

Step 03

Transcend

No training wheels. Full bandwidth. Your bottleneck was never biological.

BUILT BY PIONEERS

“The first time I ran a model through AXON, I couldn't tell where I ended and the compute began. That's the point.”

Dr. E. Chen — Neural Systems, Stanford

“We cut our training latency by three orders of magnitude. The bottleneck was never our architecture—it was the interface.”

M. Reeves — CTO, NeuroForge

“Zero thermal throttle. 72 hours at full load. We finally have hardware that thinks as fast as we do.”

A. Volkov — Lead Researcher, DeepMind

FAQ

No. Calibration uses non-invasive EEG-grade sensors. No implants, no surgery, no scalp penetration.

AXON CoreREQUEST ACCESS

© 2026 AXON Core. High-Performance Neural Computing.