From June 8 to 12, the 2026 RISC-V Europe Summit took place in Bologna, Italy. As one of Europe’s premier events for the RISC-V community, the summit brought together industry leaders from enterprises, government agencies, research institutes, and academic institutions to jointly shape the future of RISC-V technology innovation.

The global AI industry is rapidly transitioning from centralized large-model training toward distributed inference across cloud, edge, and endpoint environments. There is a surging demand for customized, low-power, and cost-effective computing capabilities in applications such as consumer devices, automotive systems, and robotics. Meanwhile, traditional closed architectures face limitations including high licensing costs, architectural redundancies, and limited customization flexibility, making them ill-suited for the fragmented nature of today’s AI deployment landscape. In this context, open architectures have entered a critical period of industrial growth. As a native architecture for the AI era, RISC-V boasts advantages such as simplicity, openness, modularity, and scalability—driving the emergence of innovative applications and cutting-edge research while reshaping the global computing industry.

As a chip provider specializing in RISC-V-based solutions, ESWIN Computing focuses on the core technological pathway of RISC-V combined with AI. At this year’s summit, the company presented a range of self-developed RISC-V chips targeted at automotive, connectivity, and computing applications. In the automotive domain, products including the CMS-specific main control chip EAI8800, body control MCUs EAM2011 and EUA5103, touchscreen IC EPH8621V, and TDDI display chip EPD6501 have all obtained AEC-Q100 automotive qualification. All these products incorporate ESWIN Computing’s proprietary RISC-V cores, covering use cases across cockpit displays and body control systems. For connectivity, ESWIN showcased its Wi-Fi SoC ECW6700 and 5G RF transceiver ECT8676, both utilizing its in-house RISC-V cores. In the computing segment, ESWIN highlighted its versatile intelligent computing SoC EIC7702. Featuring a 64-bit RISC-V processor and abundant peripheral interfaces, this chip delivers robust audio/video processing capabilities and is ideally suited for machine vision, commercial robotics, and intelligent video analytics within diverse AI scenarios.

During the summit, Mr. Li Changqing, General Manager of ESWIN Computing’s Automotive Business Unit, gave a presentation in the Demo Theater, focusing on the CMS-specific main control chip EAI8800. The chip integrates three dedicated RISC-V cores optimized for specific tasks: secure system boot, peripheral management, and processing of automotive imaging pipelines. Supported by ESWIN Computing’s proprietary ISP image processing IP, it achieves an end-to-end imaging latency of under 20 ms and a total system startup time below 100 ms—performance figures exceeding industry averages. Meeting ASIL-B functional safety standards, it also incorporates onboard AI algorithms for door-opening alerts and blind-spot monitoring, ensuring clear imaging even in challenging conditions like rain, snow, or low-light environments. Potential applications include streaming rearview mirrors and side-view electronic mirrors.

The chips and solutions unveiled by ESWIN Computing at this year’s RISC-V Europe Summit reflect the company’s substantial progress in integrating RISC-V with AI technologies. Moving forward, ESWIN Computing remains committed to fostering ecosystem development. Leveraging its comprehensive product portfolio and broad application coverage, the company aims to drive large-scale commercial adoption of RISC-V across automotive, computing, industrial automation, and other sectors—while continuously expanding its global partnerships.