JIDU unveils dual-LiDAR autonomous solution with photos

Gabriella From Gasgoo

On April 18th, Baidu’s JIDU released photos of the front, headlights, and the hood of its first automotive robot, revealing its exclusive dual-LiDAR solution for the first time.

Main productsAutomotive System-on-Chips High-Performance Automotive SoCs Centralized Automotive Computing SoCs In-Vehicle High-Performance Computing Platforms Autonomous Driving In-Vehicle Computing Platforms Centralized Automotive Computing Platforms Autonomous Vehicle Reference Hardware Platforms Autonomous Vehicle Reference Platforms: In-Vehicle Compute Units, Cameras, Radars, Lidars, Ultrasonic Sensors Automotive Operating Systems Safety-Certified Automotive Operating Systems Autonomous Driving Software Full-Stack Autonomous Driving Software Autonomous Driving Perception, Planning & Control Software Autonomous Driving AI Models Vision-Language-Action Reasoning Models
Main productsLiDAR

Beijing (Gasgoo)- On April 18th, Baidu’s JIDU released photos of the front, headlights, and the hood of its first automotive robot, revealing its exclusive dual-LiDAR solution for the first time. 

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Photo credit: JIDU

The photos showed that there would be two LiDARs mounted on the automotive robot’s hood.

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Photo credit: JIDU

Along with the photos, JIDU also gave an update on the development process of the automotive robot. Currently, NVIDIA’s Orin chip and Hesai Technology’s AT128 hybrid solid-state LiDAR have already been mounted on the vehicle, undergoing JIDU’s autonomous driving system tests. This is also the debut of JIDU’s complete autonomous driving technology solution. 

According to the head of JIDU’s intelligent driving unit, Wang Weibao, the LiDAR autonomous driving solution and the previously disclosed SIMUCar2.0 autonomous driving system are two independent systems, realizing true “redundancy” after mass production. The two sets of autonomous driving systems back up and complement each other. 

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Photo credit: JIDU

The two-LiDAR solution has its own merits, including a distinct layout that adds to the robot car’s appearance and safety advantages. The two LiDARs in the front feature a wider and safer point cloud field of view of 180° horizontally. Furthermore, the two LiDARs are able to overlap on top of each other within the 60° field of view in front of the car, boosting up the car’s recognition accuracy. 

NvidiaSupplierCompany Insights
Location: USA/California/Santa Clara County
Main productsAutomotive System-on-Chips High-Performance Automotive SoCs Centralized Automotive Computing SoCs In-Vehicle High-Performance Computing Platforms Autonomous Driving In-Vehicle Computing Platforms Centralized Automotive Computing Platforms Autonomous Vehicle Reference Hardware Platforms Autonomous Vehicle Reference Platforms: In-Vehicle Compute Units, Cameras, Radars, Lidars, Ultrasonic Sensors Automotive Operating Systems Safety-Certified Automotive Operating Systems Autonomous Driving Software Full-Stack Autonomous Driving Software Autonomous Driving Perception, Planning & Control Software Autonomous Driving AI Models Vision-Language-Action Reasoning Models
Hesai TechnologySupplierCompany Insights
Location: China/Shanghai/Shanghai/Jiading District
Main productsLiDAR

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