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Tiny and Sleek LiDAR Ultra from Cepton (CPTN) Equipped with MagnoSteer Imaging Technology

Cepton Inc., a Silicon Valley pioneer in advanced lidar technology (ticker symbol: CPTN), revealed today the launch of its premium automotive lidar, designated as Ultra. Ultra, recognized as the thinnest adjustable, long-range lidar globally, is engineered according to genuine OEM...

At CES, Cepton Unveils Compact and Slim LiDAR Ultra, Equipped with MagnoSteer Imaging Technology
At CES, Cepton Unveils Compact and Slim LiDAR Ultra, Equipped with MagnoSteer Imaging Technology

Tiny and Sleek LiDAR Ultra from Cepton (CPTN) Equipped with MagnoSteer Imaging Technology

In a groundbreaking development, Cepton, Inc., a leading innovator in advanced lidar technologies, has announced the launch of Ultra, the smallest and slimmest high-performance automotive lidar on the market. The technology, developed by Cepton Technologies, promises to enhance vehicle safety across all levels of automation while increasing overall energy efficiency.

Ultra is designed with Cepton's proprietary ASIC chipset, which optimises lidar image quality while minimising sensor footprint, power consumption, and cost. This innovative chipset enables Ultra to reduce development time by a third compared to the past, thereby shortening time to market.

One of the key features of Ultra is its software definable field of view and Regions of Interest (ROIs). These capabilities enable adaptive perception, allowing the system to dynamically tune ROIs, creating real-time zones around key objects like vehicles and pedestrians. This adaptability sets Ultra apart, offering a level of precision and flexibility that is unprecedented in the industry.

Ultra's MagnoSteer architecture further enhances its capabilities, enabling more advanced perception within a single-sensor architecture. This architecture is a significant step forward, as similar performing lidar systems are typically triple the volume and double the height.

Perhaps the most exciting aspect of Ultra is its impact on vehicle safety. By providing high-resolution, real-time 3D data, Ultra can help autonomous vehicles make quick and accurate decisions, potentially reducing the risk of accidents. Moreover, Ultra's smaller size and increased energy efficiency mean it can be seamlessly integrated into various vehicle locations without the need for an additional cooling system.

Furthermore, Ultra targets a volume price point significantly lower than today's lidar prices, making it more accessible for automakers. This affordability, combined with its advanced features, positions Ultra to play a pivotal role in the future of autonomous vehicles.

In conclusion, Cepton's Ultra is poised to revolutionise the automotive industry, offering a smaller, more efficient, and cost-effective lidar solution that enhances vehicle safety and energy efficiency. As the race towards autonomous vehicles continues, Ultra could be the game-changer that tips the balance in favour of safer, more efficient self-driving cars.

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