Skip to main content

Optis and LeddarTech partner on virtual testing of Lidar Systems

Optis has teamed up with LeddarTech to enable the industrial simulation of advanced Lidar solutions and enhance the design process of smart and autonomous vehicles. It will allow transportation companies to virtually test and integrate their next generation of Lidar developed around the LeddarCore integrated circuit (IC) before its actual release. The Optis simulation solutions are leveraged to virtually recreate cameras and Lidar operations on autonomous cars and simulate their use in real life scenarios
January 11, 2018 Read time: 2 mins

Optis has teamed up with 84 LeddarTech to enable the industrial simulation of advanced Lidar solutions and enhance the design process of smart and autonomous vehicles. It will allow transportation companies to virtually test and integrate their next generation of Lidar developed around the LeddarCore integrated circuit (IC) before its actual release.

The Optis simulation solutions are leveraged to virtually recreate cameras and Lidar operations on autonomous cars and simulate their use in real life scenarios, enabling safer and more cost-effective virtual tests of Lidar systems developed with LeddarCore ICs.

LeddarTech’s advanced optical sensing technology compliments Optis’s Speos and VRX simulation capabilities. Through real material measurements, Optis can validate the Lidar model and simulate the correct response in real-time through a virtual closed loop simulation with automated driving functions.

Michael Poulin, LeddarTech's Automotive Solutions General Manager, said: "With the accelerated development pace of autonomous driving capabilities and the ongoing race to commercialize mass-market solutions on production vehicles, any solution that optimizes the development and integration cycles of new technologies adds significant value. Optis's optical simulation tools play a huge role in giving a head start to OEMs and Tier-1 suppliers developing with the LeddarCore ICs. By providing an autonomous vehicle simulator that makes the same decisions as a real-world connected vehicle, the tool helps to eliminate costly and risky real-world tests of new Lidar systems and contribute to reducing their time-to-market."

Related Content

  • May 8, 2018
    Ansys acquires Optis to provide simulation for AV testing
    US engineering company Ansys has bought virtual prototyping firm Optis to develop a solution for simulating autonomous vehicles (AVs) to improve safety and accelerate their deployment. Under the agreement, Optis' optical sensor and closed-loop, real-time simulation will be integrated into Ansys' multiphysics portfolio to help remove the miles of road needed for road testing. The combination of these technologies is intended to allow automotive manufacturers to simulate the environments which driverless
  • January 8, 2016
    LeddarTech receives Frost & Sullivan Product Innovation award
    Based on its recent analysis of the advanced driver assistance systems (ADAS) market, Frost & Sullivan has awarded LeddarTech the 2016 North American Frost & Sullivan Award for Product Innovation.The company markets an innovative time-of-flight optical detection and ranging technology, Leddar, which brings many new capabilities to the table. These include short- and long-range detection capabilities for a variety of automotive and transportation applications, narrow to wide fields of view, low sensitivity t
  • July 18, 2024
    PTV drives into simulation of automotive development
    PTV Vissim Automotive designed to create responsive digital vehicle testing environment
  • January 26, 2017
    Fully autonomous vehicles ‘spur LiDAR sensors mass adoption’
    Cost-effective, high-resolution light detection and ranging (LiDAR) sensors capable of long-range object detection will be necessary for high to fully-automated driving applications. Demand for 3D mapping and imaging, better overall performance, automated processing of graphic data gathering and self-sufficient sensor with best-in-class performance in low-visibility conditions are factors driving the development and adoption of LiDAR sensors within the advanced driver assistance systems (ADAS) sensor suite