Desay SV: Recently Released AI Computing Terminal for Robotics Field

On November 20, Gaishi Automotive learned that Desay SV announced it has secured new project orders from several internationally renowned automotive companies and is establishing production bases in Europe.

In addition, it is reported that Desay SV has reached strategic cooperation with several well-known robotics companies and recently officially launched the AI Cube, an intelligent base for robots. This AI computing terminal is aimed at the robotics field and applies the automotive-grade redundant design of auxiliary driving domain controllers to robotic scenarios, targeting "zero defects." This significantly enhances the durability and reliability of key robotic components and effectively improves their intelligence levels in complex environments. It possesses universal capabilities across different scenarios, achieving full-dimensional adaptation from industrial to home settings. Furthermore, by providing services such as rapid model adaptation and deployment, model optimization, and computational acceleration optimization, it helps clients improve the computational inference speed of large models.

Image source: Desay SV Automotive

As the "brain" of the robot, AI Cube inherits the mature technical architecture of Desay SV in the field of assisted driving: the controller uses a "plug-and-play" core board modular design, providing sensor suites such as cameras, millimeter-wave radar, and LiDAR, along with mature underlying drivers, middleware, ISP debugging, and other customized services. This helps customers significantly shorten development cycles, enhance R&D efficiency, and reduce R&D costs. At the same time, Desay SV can assist customers with rapid model adaptation and deployment, model optimization, and computational acceleration optimization, which can significantly improve the inference speed of large models.

In addition, the AI Cube adopts automotive-grade cooling technology, offering differentiated cooling solutions such as air cooling and liquid cooling, ensuring stable operation even in extreme environments. It integrates multiple mainstream industrial interfaces within a compact body of only 117mm×117mm, including USB2.0/3.2 (Type A/Type C), RS485/RS232, CAN, and Ethernet (supporting the deployment of EtherCAT master protocol), guaranteeing high-speed and stable data transmission between devices.