Humanoid Robotics

The Body Finally Gets a Brain

Humanoid robots require distributed compute: vision panels in the head, motion control panels in the torso, tactile processing in the limbs. Each is a panel compute module — rectangular, low-profile, thermally integrated.

  • Rectangular form factor matches robot chassis geometry
  • Panel-level packaging enables sensor-processor fusion
  • Chiplet architecture separates inference from control
Vision Panel
Central Panel
Motor Panel
Motor Panel
Autonomous Vehicles

Robocars Run on Panels

Self-driving vehicles integrate LiDAR, camera arrays, radar, and ultrasonics into a unified perception stack. The compute substrate is inherently panel-shaped — mounted under seats, in trunks, and within dashboard assemblies.

  • Panel compute matches vehicle interior geometry
  • Advanced packaging reduces ECU footprint by 60%
  • Rectangular dies optimize for automotive thermal constraints
Front Fusion
Panel Compute Unit
Rear Fusion
Physical AI

Embodied Intelligence

Physical AI — models that reason about force, friction, and spatial dynamics — requires compute that lives in the physical world. Datacenter training creates the model. Panel compute deploys it.

  • Edge inference on panel-optimized NPUs
  • Real-time control with sub-millisecond latency
  • Distributed intelligence across robotic swarms
Physical AI

The Industries Are Converging on One Shape

Rectangular. Panel. Compute. Own the domain that names this convergence.

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