从硅谷到宁波：回国的苹果Vision Pro团队发布自研MR专用芯片

Core Insights - A startup named Wanyou Gravity Electronics has developed China's first fully functional MR chip, "Extreme Intelligence G-X100," amidst a slowdown in MR chip development by global tech giants [1][3] - The chip features a global record low color perspective latency of 9 milliseconds and is built on a 5nm advanced process, attracting significant industry attention [3][10] Industry Context - Major global tech companies have recently retreated from the MR chip market due to challenges in hardware experience, including device weight, short battery life, and high latency causing user discomfort [4][5] - Meta and Microsoft have faced substantial losses, leading to the termination of their MR chip projects and a shift towards using existing solutions from Qualcomm [4][5] Company Strategy - Wanyou Gravity's team, including former Apple Vision Pro developers, aims to address the fundamental pain points of XR devices through specialized chip design rather than general-purpose solutions [5][7] - The "Extreme Intelligence G-X100" chip is designed as a powerful co-processor or space computing accelerator, focusing on spatial perception, 3D reconstruction, and virtual-real fusion rendering [7][9] Technical Advantages - The chip's end-to-end optimization has significantly reduced latency, achieving 9 milliseconds compared to Qualcomm's previous solutions, which had latencies of 40-60 milliseconds [10] - The chip's power consumption is as low as 3W, enabling the development of lightweight devices, with a reference design for MR glasses weighing under 100 grams [10] Product Ecosystem - Wanyou Gravity has introduced a complete chip product matrix and a full-stack solution called "Extreme Domain," which includes additional products tailored for AI/AR glasses and spatial rendering [12][14] - The company emphasizes an open ecosystem approach, contrasting with traditional chip giants, and has partnered with nearly 300 companies across various sectors [16] Future Applications - The potential applications of the chip extend beyond MR headsets to include next-generation XR devices, AI hardware, and robotics, enhancing user interaction and environmental understanding [19][20] - The integration of spatial computing capabilities with AI models is expected to bridge the gap between perception and action, enabling smarter interactions in various fields [19][20]