LCM Technology Software-defined light control, built on optical semiconductor technology LCM Chips Solid-state beamforming on a semiconductor Applications One semiconductor platform, many ways to put light to work

Overview Software-defined 3D sensing for Physical AI Robotics Adaptive 3D sensing for robots and humanoids Automotive Surround sensing for vehicles and heavy equipment Dev Kits & Reference Designs Evaluate LCM in your own system

Transmit modules iToF dev kits dToF dev kits

About Lumotive's story, leadership and investors Culture & Careers Values, working at Lumotive and open positions Partners Distribution, customer and technology ecosystem News & Events Latest company news and announcements

LCM Technology Software-defined light control, built on optical semiconductor technology LCM Chips Solid-state beamforming on a semiconductor Applications One semiconductor platform, many ways to put light to work

Overview Software-defined 3D sensing for Physical AI Robotics Adaptive 3D sensing for robots and humanoids Automotive Surround sensing for vehicles and heavy equipment Dev Kits & Reference Designs Evaluate LCM in your own system

Transmit modules iToF dev kits dToF dev kits

About Lumotive's story, leadership and investors Culture & Careers Values, working at Lumotive and open positions Partners Distribution, customer and technology ecosystem News & Events Latest company news and announcements

← All news September 1, 2026

Controlling Optical Signals for Dynamic Datacenter Switching

Coverage from Forbes.

Read the original article at forbes.com ↗

Originally published by Forbes.

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Optical circuit switching

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