Home Bots & Business New chip-integrated LiDAR sensor for machine vision in mobility and robotics

New chip-integrated LiDAR sensor for machine vision in mobility and robotics

by Pieter Werner

SiLC Technologies has launched a compact vision sensor delivering coherent vision and chip-scale integration to the broader market. The Eyeonic Vision Sensor uses LiDAR to provide accurate instantaneous depth, velocity, and dual-polarization intensity information while enabling immunity to multi-user and environmental interference.

These features are aimed at robotic vehicles and machines who need the necessary data to perceive and classify their environment and help them predict future dynamics using low-latency, low-compute power and rule-based algorithms.

Harvesting the additional information that is carried by photons, Eyeonic is the foundation for the next generation of machine vision. The Eyeonic Vision Sensor is a first-of-its-kind FMCW LiDAR transceiver. At the nexus of the Eyeonic Vision Sensor is SiLC’s silicon photonic chip which integrates LiDAR functionality into a single, tiny chip. Representing decades of silicon photonics innovation, this chip is the only readily-integratable solution for manufacturers building the next generation of autonomous vehicles, security solutions and industrial robots.

Market growth

The ability to manufacture commercial-grade coherent LiDAR solutions has become a pacing factor for market growth – a situation that SiLC is remedying. SiLC intends to make this technology available to all system integrators and end-users, starting with enabling early access to strategic partners in autonomy, security and industrial applications. Offered in two configurations, fiber and fiberless,

Eyeonic addresses the current roadblocks facing industries that rely upon vision sensors to embrace burgeoning market opportunities. Fiberless vision sensors have long been sought after as they enable the lowest cost in a compact configuration. The fiber pigtailed Eyeonic allows for design flexibility by supporting configurations where the FMCW LiDAR transceiver and scanning unit are at different locations.

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