Dreame Xinji Launches Three New Chips: Covering Mobile, Autonomous Driving, and General Robotics

At the "AWE 2026 Chip Industry Summit Forum" held on March 11, Dreame Technology's ecosystem company "Xinjichuanyue" officially launched three fully self-developed chips, covering the three major fields of flagship smartphones, high-end autonomous driving, and general robotics.

It is reported that Dreame Xinjichuanyue unveiled the Chixiao 01, a flagship mobile processor designed specifically for AI computing. Featuring a self-developed NPU architecture, it delivers 200 TOPS of AI equivalent computing power, enabling complex logical reasoning and instantaneous response in multi-turn dialogues. In terms of graphics performance, the processor integrates core technologies including AI super-resolution for image quality enhancement, dynamic resolution reconstruction, frame rate multiplication, and adaptive high-definition rendering.

For the intelligent vehicle sector, the company introduced an autonomous driving cockpit-driving integration chip, using an advanced 2nm process. A single chip boasts a computing power of up to 2,000 TOPS—three times the average computing power of mainstream industry high-end intelligent driving chips. This single chip can meet the computational demands of L4 autonomous driving. Far from being isolated hardware, the chip is deeply coupled with Dreame's self-developed full-stack autonomous driving technology. Through the integration of vision systems, LiDAR, and world models, it aims to realize the technical vision of "enabling cars to understand the world, predict the world, and master the world." The chip has now entered the sample testing phase.

Additionally, the company released the Tianqiong general robotics SoC. Designed for high integration and low-cost mass production, this chip will be deployed across Dreame's full range of general robotics products.