SOLiDVUE Sets New Standards with CES Innovation Award-Winning High-Resolution LiDAR Sensor IC, ‘SL-2.2’ | RoboticsTomorrow

SOLiDVUE, Korea’s persisting undertaking surely experienced in CMOS LiDAR (Mild Discovery and Ranging) sensing unit IC building and construction, provided that its groundbreaking single-chip LiDAR sensing unit IC, the SL-2.2, flaunting a world-first 400×128 resolution, has actually been bestowed the CES Development Honor ® at CES 2025.

LiDAR is a next-expertise core active ingredient for self enough automobiles and robotics, with the ability of specifically gauging the kind and range of challenge outcome 3D pictures. This competence allows merely object acknowledgment for applications equal to self enough automobiles, drones, robotics, safety and security electronic cameras, and area site visitors monitoring programs.

Developed in 2020, SOLiDVUE makes a speciality of developing SoCs (Intention-on-Chip) for LiDAR sensing units, which create the core of a LiDAR equipment. “Whereas mechanical LiDAR has actually been the uncommon, basically one of the most current building and construction is to swap it with semiconductor chips,” specified co-CEO, Jung-Hoon Chun. SOLiDVUE is the outright leading firm in South Korea to delight in established LiDAR sensing units that totally alter mechanical get rid of semiconductor competence.

SOLiDVUE’s LiDAR sensing units are wisely matched with solid-whine LiDAR programs, that are 10 times smaller sized and 100 times much less dear than weak mechanical LiDAR programs. “Our sensing units provide extremely-compact chip service when on the other hand with rivals, however their performance simply will certainly not be right on the same level– it transcends,” co-CEO, Jaehyuk Choi specified with confidence.

The business’s proprietary used scientific researches, equal to CMOS SPAD (Solitary Photon Avalanche Diode) competence, single-chip sensing unit framework, and photo signal cpu, underpin its one-upmanship. CMOS SPAD competence boosts dimension precision by spotting thin photons also the sole-photon phase. Internationally, most effective concerning a firms, consisting of SOLiDVUE, win such single-chip sensing unit competence.

SOLiDVUE’s technical expertise has actually been constantly recognized at the IEEE ISSCC (Worldwide Sturdy-Deliver Circuits Meeting), noting an unrivaled success for an Oriental fabless firm. In addition, the warm CES Development Honor has all around once more attested its prestige within the LiDAR sensing unit profession.

SOLiDVUE’s prize-winning SL-2.2 presses the borders of resolution with its capability to outcome high-resolution 3D pictures as much as 400×128 pixels, going beyond the 200×116 resolution of fresh goods. The SL-2.2 can find items as much as 200 meters away with an unrivaled ninety 9.9% precision.

As a single-chip sensing unit, the SL-2.2 is made making use of typical CMOS semiconductor procedures and benefits from SOLiDVUE’s exclusive extremely-miniaturization competence. The sensing unit core steps right 0.9 centimeters x 0.9 centimeters and is packaged in a small 1.4 centimeters x 1.4 centimeters BGA-style package, allowing smooth assimilation right into many LiDAR programs. Its single-chip produce decreases vigor usage, boosting vigor performance and ensuring high dependability.

The SL-2.2 is a follower to the business’s initial item, the SV-110, which facets a 200×116 resolution and a 128-meter discovery differ. The SL-2.2 is arranged for a legit liberate in 2025 and is prepared for to play a critical attribute beforehand LiDAR competence around applications equal to self enough automobiles, robotics, drones, and great cities.

Co-CEO Jaehyuk Choi highlighted, “At SOLiDVUE, we’re proactively participating with a high collection of home and worldwide companies and review establishments to press the borders of LiDAR competence. With the every one of the unexpected increasing are expecting of for LiDAR, we’re devoted to constantly broadening our item schedule to satisfy many market requirements. Our goal is to handbook the LiDAR profession by handing over contemporary options that look after the progressing difficulties of tomorrow.”