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To increase single-card computing power

Harnessing Lightelligence’s proprietary optoelectronic hybrid computing architecture, it exploits the low latency, low power consumption, and high throughput of light, and continuously pushes the computing power limit of a single card through large-scale optoelectronic integration.

To provide better interconnect capacity

Built on Lightelligence’s self-developed inter-chip optical network technology (oNET) and advanced optics, we provide optical interconnect products and solutions at chip, card, server, and rack scales. Working with ecosystem partners, we co-build next-generation computing infrastructure.

Optical Computing
Optical Fabric
PACE^®2

Optoelectronic Accelerated Computing Card

Gazelle^®

Optical Computing Evaluation Board

Photowave®

CXL Optical Interconnect Hardware Products

Lightsphere X

Distributed Optical Circuit Switch (dOCS)
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Upping optical compute performance with “workload-first product development”

2026.05.05

As AI workloads balloon and data centre power demands reach crisis point, Lightelligence SVP Maurice Steinman explains how a co-design philosophy, optical interconnect fabrics and a new generation of accelerator cards can reshape the capabilities of optical computing in this interview with James Wormald...

"Optical computing is comprised of optical processing to optimise single-node performance and optical interconnect fabrics to scale performance"

Register for free to Electro Optics to read the full interview here ???? https://lnkd.in/eUaKtEyu

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