RISC-V China Summit 2025 | ESWIN Computing accelerates RISC-V adoption in a synergistic approach
The 5th RISC-V China Summit opened at Zhangjiang Science Hall in Shanghai on July 16, 2025, aiming to advance the building of a robust RISC-V ecosystem, boost the innovation and application of RISC-V technology, and promote international exchanges and cooperation. The RISC-V Summit China is globally recognized as one of the top three RISC-V industry events, together with the RISC-V Summit North America and the RISC-V Summit Europe. At the main forum of the summit, Dr. He Ning, Senior Vice President and Chief Technology Officer (CTO) of ESWIN Computing, delivered a keynote speech titled Industry Empowerment: Innovation of RISC-V Scenario-based Solutions and Ecosystem Collaboration. In his speech, Dr. He elaborated on the company’s strategic layout and practical outcomes regarding the application of scenario-specific RISC-V solutions as well as RISC-V ecosystem building.
Dr. He Ning delivers a speech
Innovation promotes wider RISC-V adoption in industry
Dr. He Ning pointed out that the emergence of large language models (LLMs) such as ChatGPT and DeepSeek offers the potential for rapid breakthroughs in RISC-V product innovation, scenario implementation, and ecosystem building. At the ecosystem level, LLMs are set to reshape the application ecosystem and even give rise to feature-rich super applications, pare down the number of applications, and make the software ecosystem simpler. This will pave the way for scaling RISC-V to fit broader applications. At the scenario level, thanks to its modular and scalable design, RISC-V can push the envelope of application and satisfy diverse AI computing demands, empowering future life scenarios through innovation. At the product level, emerging scenarios place varying requirements on cloud, edge, and endpoint computing power, necessitating more adaptable and efficient hardware. The modularity and scalability of RISC-V enable it to meet the AI computing demands of myriad emerging products such as AI all-in-one, robots, AI NAS, and AR/VR glasses.
Dr. He stated that ESWIN Computing, a leading smart solution provider in the AI era, is making systematic endeavors to industrialize RISC-V throughout the process from technological innovation to applications. Such endeavors zoom in on key digital infrastructure scenarios such as smart devices, smart vehicles, and intelligent computing solutions. ESWIN Computing is committed to enhancing product competitiveness through innovation, leveraging RISC-V’s open and customizable nature to meet the needs of specific scenarios. The company works to promote RISC-V’s deep integration with domain-specific computing (DSC) and AI, promoting its application in specialized fields such as multimedia processing, human-machine interaction, and smart control. Active efforts are made to accelerate the convergence of RISC-V with AI, which provides diverse computing capabilities through SIMD instruction extensions, the implementation of SIMT architectures, and co-processing acceleration. Additionally, ESWIN Computing swiftly captures emerging opportunities and responds to new market demands in order to get a head start in the market and establish both technological and market leadership.
ESWIN Computing has rolled out a range of 32-bit embedded and 64-bit application-level processors, catering to different scenarios such as ultra-low power consumption, automotive-grade, information security, high performance, and AI acceleration. Currently, these processors have been deployed at scale in over 50 product varieties.
At the 5th RISC-V China Summit, a cohort of senior technical experts from ESWIN Computing gave speeches which present the company’s continuous explorations and reflections in the fields of RISC-V technology implementation and ecosystem building. These speeches cover various topics, including the innovation and application of RISC-V intelligent computing products, real-time deterministic RISC-V processors with functional safety features, and automotive-grade computing matrix and security architecture based on RISC-V.
Innovative solutions designed for diverse scenarios
ESWIN Computing brings to the summit a variety of cutting-edge solutions and products across the three fields of smart devices, smart vehicles, and smart industry.
ESWIN Computing booth
In terms of smart devices, ESWIN Computing’s human-machine interaction solution is superior in data processing, transfer speed, image quality, interaction performance, etc. It is widely applicable to smart devices like TVs, phones, and wearables. The company’s smart connectivity solution stands out with low latency, low power consumption, high reliability, and lightweight AI applications. These advantages make it ideal for household appliances, small base stations, the Internet of Vehicles (IoV), unmanned aerial vehicles (UAVs), and more.
ESWIN Computing smart device solutions
At the summit, ESWIN Computing shows off its smart cockpit and smart control solutions designed for the smart vehicle industry. Leveraging RISC-V technology, the smart cockpit solution is an integrated solution that covers the whole chain from image capture to display and encompasses visual perception, smart connectivity, and human-machine interaction. The smart control solution adopts general-purpose automotive MCUs and motor-specific MCUs featuring ESWIN Computing’s independently developed RISC-V processors. This solution supports a wealth of peripheral interfaces and boasts high real-time control precision, high fault tolerance, high security, and lightweight AI applications. As such, it is ideal for doors, windows, seat belts, seats, and other applications.
ESWIN Computing smart vehicle solutions
ESWIN Computing’s smart park and smart manufacturing solutions designed for smart industry scenarios are magnets at the summit. The company offers RISC-V based solutions for various segments of the smart park field, such as smart connectivity, smart edge, and smart acceleration. These solutions include location management, edge computing, cloud AI reasoning, and smart park safety management systems. As to smart manufacturing, ESWIN Computing shows off its pioneering single board computer (SBC). Equipped with the company’s intelligent computing SoC EIC77, this compact product boasts high processing power, a rich set of extension interfaces, and large memory capacity. It also supports local deployment of LLMs and is suitable for multiple fields such as educational experiments, embedded systems, and edge computing. Plus, ESWIN Computing demonstrates its visual intelligence platform, which is a one-stop service platform integrating computing power, algorithms, and infrastructure. By deploying lightweight AI vision models at the edge, this platform enables real-time data processing, analysis, early warning, and localized decision-making. It forms a comprehensive AIoT edge service solution along with device data collection and AIoT edge services, suitable for diverse scenarios such as smart factory, park, energy, and transportation.
ESWIN Computing smart industry solutions
A robust ecosystem focusing on verticals
Ecosystem building is critical to the development of RISC-V. Dr. He Ning introduced that ESWIN Computing is advancing ecosystem building in an all-round manner, with a focus on domain verticals and industry verticals. On one hand, the company is vigorously developing a “RISC-V + AI” (RISAA) technology platform and ramping up the R&D of products and solutions for vertical scenarios. On the other hand, catering to the needs of digital transformation, it is pushing for top-level design and unified planning and deployment within the industry, accelerating the large-scale and systematic application of RISC-V in verticals, and advancing the development of RISC-V digital infrastructure (RDI).
ESWIN Computing looks forward to more collaborative innovation based on open cooperation mechanisms, covering the whole chain of products, hardware, software, and applications. The goal is to jointly create a win-win ecosystem and implement scenario-specific solutions at scale. “The ‘domain verticals + industry verticals’ model can efficiently enrich the software/hardware product mix, paving the way for application in verticals. This can also facilitate systematic and large-scale application in verticals and expedite the growth of the RISC-V ecosystem,” remarked Dr. He.
As a builder and a practitioner of the RISC-V ecosystem, ESWIN Computing is dedicated to RISC-V technology innovation, scenario implementation, and ecosystem collaboration. As RISC-V is deeply integrated with AI and the industry ecosystem grows mature, ESWIN Computing will continue working with industry chain partners to promote wider RISC-V adoption in digital infrastructure, thus injecting new impetus into technological innovation and industrial upgrading in the AI era.
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