The 11th International Congress of Intelligent and Connected Vehicles Technology (CICV 2024) is taking place in Beijing from June 18 to 20, with an aim to foster dialogue and collaboration in the field of intelligent connected vehicle (ICV) technology and accelerate cross-sectoral integrated development. The premier event brings together a legion of participants from government agencies, enterprises, universities, research institutes, industry associations, local representatives, and investment institutions across automotive, transportation, information communication, and other sectors to discuss hot topics and challenges concerning ICV technological innovation, industrial application, and ecosystem building.

As an IC and solutions provider of new-generation computing architecture, ESWIN Computing comes under the spotlight at CICV 2024 by presenting a wide variety of state-of-the-art products and solutions. Centered around the application of RISC-V in roadside and automotive scenarios, these exhibits include edge computing system-on-chips (SoCs), automotive microcontroller units (MCUs), automotive touch ICs, touch and display driver ICs, camera monitor system (CMS) SoCs, and automotive display power management ICs, offering a glimpse into the company’s innovations in the ICV field.

 ESWIN Computing booth at CICV 2024

Riding on the wave of automotive electronics, ESWIN Computing provides customized and differentiated solutions to expedite vehicle-road-cloud integration in the ICV field, leveraging the distinctive strengths of the RISC-V architecture such as high flexibility, scalability, security, reliability, and energy efficiency.

At CICV 2024, ESWIN Computing showcases its pioneering edge computing SoC – the EIC7700X, which adopts a 64-bit out-of-order RISC-V CPU and the company’s self-developed high-performance NPU and supports full-stack floating-point arithmetic calculations and large language models. The SoC offers robust codec capabilities and supports up to 8K video decoding at 50 frames or 32-channel 1080p at 30 frames, and up to 8K video encoding at 25 frames or 13-channel 1080p at 30 frames. It has single-die computing power up to 19.95 TOPS and remarkable edge computing capabilities.

Built upon the EIC7700X, ESWIN Computing’s mobile edge computing (MEC) roadside system is capable of processing multichannel video and radar signals concurrently, enabling real-time analysis of and response to traffic accidents. At CICV 2024, ESWIN Computing demonstrates the extraordinary real-time video processing capabilities of the EIC7700X in road traffic scenarios.

 The 25-channel real-time road traffic video processing solution armed with the EIC7700

Additionally, ESWIN Computing also presents CMS, automotive display, and automotive control motor, and other chip solutions.

ICV products and solutions exhibited by ESWIN Computing

Based on the RISC-V computing architecture, ESWIN Computing is increasing R&D investment in multiple fields such as vehicle-to-everything (V2X), vehicle body control, smart cockpit, and automotive display. Going forward, ESWIN Computing will continue collaborating with a broader ecosystem of hardware manufacturers, software developers, and application partners to provide higher-quality ICs and integrated hardware-software solutions, in an endeavor to catalyze the adoption and innovation of RISC-V in industry verticals.