#China #Shenzhen #Lidar #RoboSense #3D Perception

RoboSense Unveils EOCENE SPAD-SoC Architecture and Innovative Chipsets

RoboSense, an AI-driven robotics technology leader, recently held its 2026 Tech Day in Shenzhen, China, where it introduced groundbreaking advancements in LiDAR technology. The company unveiled the EOCENE SPAD-SoC architecture alongside two innovative chipsets, named Phoenix and Peacock, marking a significant leap towards the high-definition era of 3D perception in the LiDAR industry. This strategic launch positions RoboSense at the forefront of a technological revolution set to redefine how machines perceive the world around them.

The Cutting-Edge EOCENE SPAD-SoC Architecture

The EOCENE architecture is designed to facilitate rapid development and scalability of RoboSense's chipset portfolio, leveraging years of R&D experience. This innovative architecture allows for a vertical integration of proprietary chipset development and advanced module engineering, leading to a new benchmark in 3D perception quality. With an emphasis on high performance, the EOCENE structure enables competitors to achieve significant improvements in cost-effectiveness while enhancing the performance of LiDAR systems.

Mark Qiu, CEO of RoboSense, emphasized the company's commitment to redefining metrics in the evolving LiDAR section. The introduction of EOCENE mirrors the historic transition from CCD technology to CMOS in the imaging sector, suggesting a similar disruption in LiDAR technology. Qiu noted that those who master chipset capabilities will secure a dominant position in the marketplace, controlling the pathway of future technological evolution.

Introducing the Phoenix and Peacock Chipsets

The launch of the Phoenix chipset marks the introduction of the first automotive-grade monolithic SPAD-SoC, boasting a 2,160-beam image-grade output. Its unique design provides independent high beam capacity, streamlining operations and eliminating the need for complex configurations often seen with multiple chip designs. As a result, the Phoenix chipset achieves a 2K ultra-HD output, surpassing existing 4MP cameras and representing an escalation in the standard of visual processing in autonomous vehicles.

Meanwhile, the Peacock chipset propels LiDAR technology further into the future with its ultra-large array capabilities, providing high-density VGA-level outputs for robotics applications. By integrating a massive matrix into a single SoC, it allows for expansive viewing angles and millimeter-level precision. These design features make it an ideal choice for applications across various industries, including automotive safety, industrial automation, and robotics, with initial deliveries already underway and mass production set to kick off in the third quarter of 2026.

Elevating 3D Perception with RGBD Sensors

In addition to the primary chipsets, RoboSense announced its RGBD sensor, slated for release in 2027. By integrating RGB (Red, Green, Blue) information with depth data, the RGBD sensor enhances 3D vision capabilities, allowing for the seamless fusion of color and spatial data. This advance contributes to RoboSense's ongoing commitment to elevate 3D perception to the same level of integration seen in modern camera technology.

RoboSense's RGBD technology builds upon its prior advancements in sensor fusion, establishing a foundation for broader applications in autonomous systems. As the company strives to embed its advanced technologies into vehicles and robotics worldwide, it aims to facilitate a future where sophisticated 3D perception becomes commonplace across numerous fields.

Conclusion: A New Epoch in 3D Perception

As RoboSense continues to innovate and lead the way in LiDAR technology, its strategic focus on chipset integration and advanced perception systems underscores the company's pivotal role in shaping the future of autonomous and robotic systems. With the launch of the EOCENE architecture and its associated chipsets, RoboSense is not just participating in a technological evolution but actively crafting the framework for a transformative era in 3D perception. Positioned at the heart of these advancements, RoboSense stands ready to redefine safety standards and operational capabilities in the applications of autonomous vehicles and beyond.

Through continuous innovation and a visionary approach, RoboSense secures its place as a leader, providing sophisticated perception solutions that empower the future of intelligent systems.