Skip to main content

Cepton unveils 'game-changing' Vista-X90 Lidar  

$1,000 sensor aimed at mass automotive market applications with an emphasis on ADAS
By Adam Hill September 23, 2020 Read time: 2 mins
Cepton Vista-X90: the 'game changer'

Cepton Technologies has released its $1,000 Lidar for use in advanced driver assistance systems (ADAS) and autonomous vehicles.

The Vista-X90 is the latest in the Silicon Valley start-up's Vista-X automotive grade sensor range and the company insists it has been optimised for ease of vehicle integration.

“We are excited to disrupt the industry with the Vista-X90, which is the most cost-effective, high-performance lidar in the world for automotive applications,” said Cepton CEO Dr. Jun Pei. 

“Automotive Lidars have historically had either low performance at acceptable cost or claimed high performance while being too expensive for many OEM programmes. The Vista-X90 fundamentally changes the game by bridging that divide and delivering the optimal mix of performance, power, reliability and cost. This is an integral part of our plan to make Lidar available as an essential safety device in every consumer vehicle in the world.”
 
The firm says it is "targeted for production in 2022 and beyond", and samples are available on request. 

It weighs less than 900g and achieves up to 200m range at 10% reflectivity with an angular resolution of 0.13°.

Power consumption is <12W and the sensor supports frame rates of up to 40Hz.

Cepton says it can be 'seamlessly' integrated in a vehicle's fascia, behind the windshield or on the roof.
  
The Vista-X90 has a licensable design architecture powered by Cepton’s patented Micro Motion Technology (MMT), and is capable of high resolution and long range 3D imaging.

The ISO26262 ASIL-B sensor supports Autosar and over-the-air (OTA) functionality, with advanced capabilities for factory, extrinsic and dynamic calibration. 

For more information on companies in this article

Related Content

  • The future of in-vehicle navigation systems
    February 3, 2012
    TRL's Alan Stevens looks at the evolution and future prospects of in-vehicle navigation devices. Human-Machine Interaction (HMI) plays a crucial role in the safety of vehicles on our roads. Until we achieve full automation (and that's a debatable prospect anyway) a driver's interaction with the vehicle - all the controls, information and systems - holds a pivotal role in safe driving.
  • Intercomp continues to weigh in with innovations
    August 20, 2024


    With over 45 years of experience in designing, and manufacturing weighing solutions for the ITS industry, Intercomp is renowned for providing unparalleled quality and reliability in sensors and scales for both weigh-in-motion (WIM) and static weighing applications. The company’s fixed and portable scales, incorporating strain gauge technology, ensure accurate, stable, and reliable measurements for vehicle weighing applications. At the ITS World Congress, visitors can discover Intercomp’s latest products and learn about the global certifications and approvals they have earned.

  • Communication: the future of machine vision
    May 30, 2013
    Jason Barnes asks leading machine vision industry figures what they consider to be the educational barriers to the technology’s increased uptake by the ITS sector. The recent rush by some organisations within the ITS sector to associate themselves with the term ‘machine vision’ underlines just how important the technology has become in a relatively short space of time. However, despite the technology having been applied in certain traffic management applications for some years, there remains a significant s
  • Here’s HD AV map prepared for 5G
    June 17, 2019
    The emergence of 5G may not be necessary to provide a high-definition map for autonomous driving, says Matt Preyss from Here Technologies. Ben Spencer asks why 5G is a hot topic worldwide, with the potential for faster transfer of information eagerly awaited by those convinced that it will be a game-changer for the ITS industry. High-definition (HD) maps are essential to allow autonomous vehicles (AVs) to understand their environment, and operate safely within it in relation to other road users and p