On September 11, at the 2025 IAA MOBILITY in Germany, RoboSense (02498) announced a deepened partnership with NVIDIA (NVDA.US). The company's globally unique mass-producible high-performance automotive-grade digital LiDARs - E1, EMX, and EM4 - will integrate into the NVIDIA DRIVE ecosystem to provide high-definition 3D perception data support for the NVIDIA DRIVE AGX automotive computing platform. This integration will shorten autonomous driving technology development and testing cycles, accelerating automakers' deployment and application of autonomous driving systems.

The combination of NVIDIA DRIVE AGX Thor chips and RoboSense's high-line digital LiDAR EM platform is becoming the optimal choice for next-generation autonomous driving systems. Major automakers including Zeekr, IM Motors, BYD, and GAC, leading Robotaxi companies such as Baidu Apollo, WeRide, and Pony.ai, as well as North American Robotaxi leaders like Nuro and Aurora, have all adopted NVIDIA DRIVE AGX to develop next-generation autonomous driving systems.

NVIDIA DRIVE AGX is the world's first scalable and efficient AI computing platform, with its core advantage being the deep integration of multi-type sensor data from LiDAR, cameras, and millimeter-wave radar, achieving robust perception and real-time decision-making through powerful AI algorithms. The NVIDIA DRIVE AGX Thor SoC, as NVIDIA's latest centralized automotive computer designed for automotive generative AI applications, delivers up to 2,000 TOPS of AI computing power. Based on this platform, developers can significantly streamline prototype development, simulation verification, and integration work for autonomous driving systems, achieving efficient and flexible performance scaling.

RoboSense's digital LiDAR serves as a key sensor component of the NVIDIA DRIVE AGX platform, collecting reliable driving data and supporting more efficient and precise environmental perception. Currently, multiple leading global automakers are adopting NVIDIA DRIVE AGX Thor or Orin chips based on their different needs, equipped with RoboSense's EMX, EM4, or EM4+E1 LiDAR combinations to launch new-generation advanced driver assistance systems and autonomous vehicles. Several models have already been launched, such as the Zeekr 9X featuring NVIDIA DRIVE AGX Thor chips and RoboSense's 520-line LiDAR in its assisted driving solution, and the new-generation IM LS6 adopting NVIDIA DRIVE AGX Orin chips and RoboSense's 520-line super LiDAR.

As the automotive industry evolves toward higher-level autonomous driving, extreme requirements are placed on sensor performance, reliability, and automotive AI computing platform capabilities. The deep integration of RoboSense LiDAR with the NVIDIA DRIVE platform has become a core trend in building powerful autonomous driving systems.

RoboSense's globally unique mass-producible EM4 digital LiDAR with over 500 lines, the world's only mass-producible all-solid-state digital blind-spot-filling LiDAR E1, and the "true 192-line" EMX possess generational leading product advantages and have demonstrated strong explosive growth in smart vehicles and Robotaxi sectors.

In the automotive sector, the EM platform based on proprietary SPAD-SoC and VCSEL chips has fully entered mass production. Within just six months of release, it has secured design wins for 45 models from 8 leading global automakers. EMX has received design wins from Geely Automobile Group, FAW Hongqi, leading Chinese new energy companies, one of Japan's top 3 automakers, and joint ventures established by Europe's largest automotive company in China, including exclusive supply agreements for 32 models from leading domestic new energy automakers. EM4 has secured design wins from Geely Automobile Group, SAIC IM Motors, leading global pure electric pickup brands, and joint ventures of European luxury automotive brands, and is already in mass production across multiple star models from various automakers.

In the Robotaxi sector, the EM4 and E1 combination provides dual perception assurance with "long-distance precise recognition + short-distance blind spot elimination," becoming the preferred configuration for leading companies. RoboSense's collaboration coverage among global L4 autonomous driving leading enterprises has exceeded 90%.

RoboSense's cooperation with NVIDIA is long-standing and multifaceted: Previously, as a member of the NVIDIA Omniverse ecosystem, RoboSense provided high-precision LiDAR models and data for DRIVE Sim to support autonomous driving simulation testing. In robotics, RoboSense has been an official partner in NVIDIA's Jetson robot ecosystem since 2022. RoboSense is globally the only LiDAR company simultaneously integrated into NVIDIA's three major ecosystems.

This deepened cooperation demonstrates RoboSense's global leadership in advanced perception technology, continuously earning high recognition from AI and computing giants. The enhanced partnership will drive collaborative innovation between autonomous driving and intelligent robots at the perception and computing layers, accelerate safer and more efficient large-scale autonomous driving applications, and jointly shape the future landscape of intelligent mobility and automation industries.