Ultrafast photonics for next-generation compute

LightScale Photonics builds ultrafast photonic switching for AI interconnects: faster optical switching, lower communication power, and adaptive network fabrics for the next generation of compute.

Products

01

Scale1

64 × 64 photonic network switch

Reroutes any-to-any at packet cadence, entirely in light — built for HYPERLANE, our topology-on-demand fabric.

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SCALE¹ · LIGHTSCALE PHOTONICS optical I/O · 64 in, 64 out 64 × 64 any-to-any
02

Photon1

Photonic compute chip

Matrix math in the optical domain with all-optical activation — the inner loop never leaves light.

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PHOTON¹ · LIGHTSCALE PHOTONICS
03

Pod1

Rack-scale photonic compute

Thirty-two Photon1 nodes and four Scale1 switches per cabinet — sixteen racks make a 512-node pod, all-optical between racks.

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Front elevation of the rack-scale system: five identical 42U cabinets side by side, each face a clean stack of blanking panels — thirty-two Photon-1 compute nodes and four Scale-1 switches behind them — with the LightScale mark on the base panel
04

LUMA

One programming model

A single API spans switching and compute — developers write to LUMA, not to individual devices.

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The future of compute needs a new interconnect layer

We're building it: ultrafast, low-energy, programmable photonics, starting with Scale1.