Allegro MicroSystems Acquires LiDAR Sensor Maker Voxtel to Drive ADAS Solution

Allegro MicroSystems (Allegro) announced the acquisition of Voxtel, a company specializing in advanced photonic and 3D imaging technology including LiDAR. With the acquisition, Allegro aims to integrate Voxtel’s expertise in laser and imaging to enhance ADAS technology.

Voxtel experts in photonics and has provided solutions for military, space, automotive and surveillance applications. Its ultra-miniature lasers, read-out integrated circuits (ROICs), and near-infrared (NIR) and short-wavelength infrared (SWIR) photodetectors are supported by more than 38 US patents. Allegro’s portfolio of motor drivers, position sensors, regulators, and current sensors, when combined with photonics, provides most of the key semiconductor components in the transmit and receive blocks of automotive LiDAR systems. This increases Allegro’s foothold in the car of the future.


(Image: LEDinside)

Historically, a barrier to broad adoption of LiDAR technology in vehicles has been the restriction of maximum power output of the laser in order to comply with eye safety guidelines. As a result of this acquisition, Allegro’s photonics portfolio now includes devices made in silicon and InGaAs, providing components for both eye-safe, long-range 1D or 2D scanned front-facing LiDAR and side- or rear-facing FLASH LiDAR. Devices based on InGaAs operate at wavelengths at which the human eye is less sensitive (1500 – 1600nm), enabling higher laser power levels for longer range object detection beyond 200 meters.

“We are combining Voxtel’s proven LiDAR technology born out of an impressive history in ranging and space applications, with Allegro’s automotive expertise, world class IC design, proven quality systems, and high-volume manufacturing proficiency,” said Mike Doogue, Senior Vice President of Business Development. “Our OEM and Tier-1 customers will now have access to this advanced technology with Allegro’s assurance of world-class global support and the scale needed to support automotive manufacturing volumes.”

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