According to a recent LinkedIn post from Voyant Photonics, industry discussion around lidar in industrial automation is increasingly emphasizing frequency-modulated continuous-wave, or FMCW, architectures. The post references an embedded.com article suggesting FMCW lidar is progressing from lab concepts to deployment in warehouses, factories, and logistics settings as sensing requirements grow.
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The post highlights perceived limitations of cameras and traditional time-of-flight lidar under challenging conditions such as variable lighting, dust, glare, and dense multi-robot environments. It suggests FMCW lidar may offer advantages by measuring distance and velocity simultaneously while maintaining signal integrity, potentially improving reliability for high-throughput automation.
According to the post, silicon photonics is portrayed as a key enabler for scaling lidar by integrating emission, beam steering, and detection on a single chip to reduce size, complexity, and cost. Voyant Photonics indicates that its strategic focus is on chip-scale FMCW lidar aimed at robotics, industrial automation, and emerging “physical AI” use cases, implying an attempt to align with this anticipated technology transition.
For investors, the post points to a thesis that lidar could evolve from a niche sensor to a foundational sensing layer in automation-intensive environments. If this shift materializes and chip-scale FMCW solutions prove cost-effective, companies positioned in silicon photonics–based lidar could see expanded addressable markets across logistics, manufacturing, and autonomous robotics, although commercialization timelines and competitive dynamics remain key variables.