Loongson Releases All-Domestic Computing Base and Intelligent Robot Car Solution Based on Loongson 2K3000

IT Home reported on November 11, 2026 that Loongson has announced a fully domestic computing base and an intelligent robot car built around its self-developed Loongson 2K3000 processor. According to the report, Loongson says it has completed a full-stack port of ROS2 Jazzy on the chip, covering mapping and localization, gamepad teleoperation, robotic arm control, and depth vision, forming a reusable development platform for domestic robots.

The system is built on a self-developed robot car whose compute is centrally managed by a single Loongson 2K3000 processor. Loongson states the vehicle provides environment perception and target-grasping capabilities, and that the ROS2 Jazzy port connects sensors, algorithms, and actuators through ROS2's cross-platform, distributed communication features.

According to details disclosed by Loongson, the Loongson 2K3000 is manufactured on a 12nm process and integrates eight LA364E cores based on Loongson's self-developed LoongArch architecture, with a peak frequency of 2.5GHz. The chip's cache configuration includes 64KB of L1 instruction cache and 64KB of L1 data cache, plus a shared 6MB L2 cache. Loongson claims single-core performance is comparable to ARM Cortex-A76-class processors, citing an measured SPEC CPU 2006 Base fixed-point single-core score of 30.

Perception is split into two paths: a side-mounted LiDAR on the vehicle body handles planar perception, while a depth camera at the end of the robotic arm provides 3D depth sensing. Loongson says it has tuned parameters for indoor scenarios and combined them with odometer data to improve localization stability and mapping completeness. As of this report, Loongson has not disclosed further details on deployments or next steps for the platform.