VeriSilicon Launches Top SoC Design Platform for Smart Driving
VeriSilicon (688521.SH) recently announced the successful validation and deployment of its advanced automotive-grade intelligent driving system chip (SoC) design platform. This platform operates under VeriSilicon's unique Silicon Platform as a Service (SiPaaS) model, providing comprehensive support for high-performance computing applications like autonomous driving and Advanced Driver Assistance Systems (ADAS). The SoC design platform has achieved ISO 26262 automotive functional safety management certification, which is a significant milestone. ISO 26262 sets international standards for the functional safety of electrical/electronic systems in road vehicles, covering the entire product lifecycle from design development to production and operation. This certification allows VeriSilicon to offer customized automotive chip solutions that meet stringent safety requirements, enhancing both market competitiveness and customer trust. The new platformfeatures a flexible and configurable architecture, enabling efficient collaboration among multiple high-performance co-processors, including multi-core CPUs, image signal processors, audio/video codecs, and neural network processors. It includes an optional ASIL D-grade functional safety island developed in-house, which significantly boosts the reliability and safety of the system. The platform also supports high-speed, wide-bandwidth memory subsystems, delivering excellent data throughput and real-time processing capabilities. This is particularly crucial for advanced process nodes like 5nm and 7nm, where the platform optimizes Power, Performance, and Area (PPA) characteristics. Wiseway Wang, Vice President and General Manager of the Personalized Silicon Platforms Division at VeriSilicon, highlighted the platform's importance in the rapidly advancing smart car industry. “Our new SoC design platform strikes the perfect balance between performance, safety, and design flexibility, allowing automotive manufacturers to quickly adapt to market changes,” he said. With over a decade of experience in automotive microcontrollers (MCUs), cockpit systems, and intelligent driving technologies, VeriSilicon has established a strong market presence. Their ISO 26262-compliant design process, specialized IP portfolio, and full-fledged software services enable the delivery of advanced automotive chips tailored to specific client needs. In addition to the SoC platform, VeriSilicon has unveiled several other innovative technologies: GCNano3DVG GPU: Designed specifically for battery-powered wearable devices, this low-power GPU combines 3D and 2.5D rendering capabilities to achieve an optimal balance between visual performance and energy efficiency. This enhances user experience by extending battery life and ensuring high-quality graphics. VC9000D_LCEVC Video Codec: Building on the foundation of the VC9000D codec, this advanced solution offers enhanced decoding performance with significantly lower power consumption. It supports up to 8K ultra-high-definition video, making it ideal for smart TVs and set-top boxes that require high-quality video processing. ISP9000 Image Signal Processor (ISP): This latest ISP integrates cutting-edge image processing techniques and artificial intelligence algorithms, designed to meet the growing demands of smart visual applications. It provides superior image quality, low-latency multi-sensor management, and seamless AI integration, opening new possibilities for automotive camera systems, surveillance equipment, and other vision perception solutions. These technological advancements underscore VeriSilicon's commitment to innovation and its ability to deliver cost-effective, high-performance solutions. By addressing the complexities and challenges of modern automotive electronics, VeriSilicon is helping to accelerate the transition to smarter, more reliable vehicles. The company's SiPaaS model streamlines the design and production processes, reducing time-to-market and lowering R&D costs for clients. Industry experts commend VeriSilicon's achievements, noting that the launch of the automotive SoC platform positions the company as a leading technology provider in the automotive electronics sector. They believe that VeriSilicon's one-stop service model, combining ISO 26262 certification, high-quality IP, and comprehensive software support, is a game-changer. This approach not only accelerates product development but also ensures robustness and compliance with global automotive standards. Established in 2001, VeriSilicon has been listed on the Shanghai Stock Exchange under the code 688521.SH. The company is renowned for its expertise in semiconductor design services and IP licensing, serving a broad range of industries including high-end mobile computing platforms, IoT, smart cars, and smart homes. VeriSilicon's deep industry experience and continuous innovation are vital drivers for the advancement of automotive and related technologies. As the smart car market expands, VeriSilicon is expected to play a pivotal role in shaping the future landscape of intelligent driving systems.