ESWIN Computing, a provider of intelligent solutions in the AI era, made a big appearance at RISC-V Summit Europe 2025 held in Paris from May 12 to 15. This global summit brought together leading companies and figures from industry and academia, research institutes, and other ecosystem participants to jointly explore a future of innovation based on RISC-V computing architecture.

At the summit, Dr. He Ning, CTO of ESWIN Computing, delivered a keynote speech titled Enabling the Next Phase of RISC-V: Product Innovation and Scalable Solutions. Lu Haibo, Executive Vice President of Embodied Intelligence Business Group and General Manager of Intelligent Computing at ESWIN Computing, gave a keynote speech titled The Innovation and Application of RISC-V Intelligent Products.

Dr. He Ning delivers a keynote speech

Noting the ecosystem, application, market, and talent challenges with RISC-V, Dr. He pointed out that emerging applications represented by large language models present new opportunities to redefine the products, scenarios, and ecosystem. ESWIN Computing is committed to enriching its product mix with agility, paving the way for tapping into new opportunities in the new era. To date, the company has rolled out over 50 RISC-V processor models and achieved fruitful results in product innovation. It offers cutting-edge solutions for smart cockpit, smart control, smart portable devices, smart office, and robotics, spanning a wide range of fields such as automobile, IoT, communications, and human-machine interaction. These solutions boast impressive originality and extensibility. Meanwhile, ESWIN Computing is actively involved in the building of the RISC-V industry ecosystem, providing new momentum for the promotion and application of RISC-V technology worldwide.

At RISC-V Summit Europe 2025, ESWIN Computing showcased a variety of solutions based on next-generation RISC-V computing architecture, including intelligent computing, automotive control, and automotive interaction solutions.

ESWIN Computing EIC77 series

Among them, the EIC7702X general-purpose intelligent computing SoC was a signature product on display. The EIC7702X is equipped with 8-core 64-bit out-of-order RISC-V CPUs, self-developed NPUs, and dual GPUs, delivering efficient AI processing capabilities. RISC-V CPU IP cores feature high flexibility and help enhance the efficiency of the coprocessors (NPUs) by reducing data processing latency. ESWIN Computing offers a wealth of products based on the EIC77 series, including AI accelerator/video transcoding card, System-on-Module (SOM), Open Standard Module (OSM), single-board computer (SBC), and AI PC. Its whole suite of solutions caters to different industries.

ESWIN Computing also showed a DeepSeek 7B demo running on the EIC77 series, powered by Ubuntu, an open source software platform for development, configuration, management, and service orchestration. Test results show that the EVB development board equipped with the EIC7700X can run at 7 tokens per second. This underscores the benefits of software-hardware co-optimization, and lays solid groundwork for widespread adoption in AI, IoT, and other fields.

Plus, DeepComputing’s new DC-ROMA RISC-V AI PC launched in collaboration with Framework is powered by ESWIN Computing’s advanced RISC-V AI SoC EIC7702X. With Ubuntu Desktop 24.04 LTS pre-installed, it delivers up to 40 TOPS of local AI compute, enabling complex AI models to run entirely on-device, without relying on the cloud.

As RISC-V technology advances, cooperation holds the key to pushing the boundaries of its innovation and application. Close collaborations between market players based on their respective strengths have accelerated technology iteration and expanded application pathways. This has injected a strong impetus into the RISC-V industry ecosystem, empowering a more open future of innovation. ESWIN Computing looks forward to working with more partners to promote the deployment and adoption of RISC-V products, prosper the RISC-V industry ecosystem, and tap the infinite opportunities.