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At the turn of the year, to express gratitude for the hard work of all employees throughout the year, KSW organized a unique year-end trip to Banshan Zhuyin and Yunshang Grassland. On the first day, the team began with a hike through the Cloud-Dwelling Bamboo Path in Banshan National Forest Park. Amidst the serene bamboo forest, everyone set aside their busy work, relaxed in the natural oxygen bar, and enjoyed the pleasure of traveling together as a team. On the second and third days, the group moved to Yunshang Grassland at an altitude of 1,168 meters. Here, colleagues freely formed groups based on their interests: skiing enthusiasts carved through the newly opened slopes, while more people immersed themselves in the fantastical atmosphere of Xianxia Town, interacting with hundreds of NPCs to complete challenges, capturing themed photos, and experiencing the rich fun of three parks with one ticket. This journey, blending natural tranquility with high-altitude excitement, not only allowed everyone to fully enjoy the winter but also strengthened team cohesion through collaboration and laughter, charging up with energy for the new year.
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In 2025, the global automotive industry is accelerating towards the deep waters of intelligence and electrification, and China, as the worlds largest market for new energy vehicles, is leading the core direction of this transformation. Against this backdrop, Silergy will hold its first Developer Conference at Silergy Tower in Hangzhou on April 11, 2025, focusing on the opportunities of domestic substitution of automotive core chips and sharing Silergys innovative solutions and ecological layout in key areas such as BMS AFE, MCU, and SerDes. 01. Domestic substitution of automotive chips Domestic substitution of automotive chips: A Leap from usable to reliable : The domestic production rate of automotive chips in China is less than 20%, and key areas are still highly dependent on imports. Relying on its fully self-developed technology chain and localized service capabilities, Silergy has launched a matrix of automotive-grade chip alternative solutions, covering core scenarios such as power systems, intelligent cockpits, and body control. Sili Jie was the first to complete: - ASIL-D-level functional safety certification, meeting the highest standard of ISO 26262; A fully localized testing and certification system throughout the entire process significantly shortens the vehicle entry cycle. The independent and controllable IP core design breaks through the risk of being strangled in the international supply chain. 02. Upgrade of intelligent control driven by the autonomous kernel The Silergy SA32D series MCU is based on the high-performance and highly reliable RISC-V core, featuring ultra-high computing performance and rich peripherals. It is mainly used in high-security edge computing and control scenarios such as BMU in power battery management systems, main drive motor control (Traction Inverter), chassis applications (ONE-BOX/ESC), area control (ZCU), and some ADAS applications. This series of products complies with the EC-Q100 standard and the functional safety ISO
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Saarbruken, Germany, December 5, 2024 - HighTec EDV Systeme GmbH, the worlds leading provider of automotive C/C++ compiler solutions, has announced full support for the RISC-V IP from Chipset. The HighTec compiler is an open source automotive C/C++ compiler tool based on LLVM and is ISO 26262 ASIL D certified for safety. Automotive software developers working on RISC-V architectures benefit from these tools to seamlessly support the core to functionally safety-certified RISC-V cores, generating compact and highly reliable code for the most demanding automotive applications with high performance and high safety requirements. Xinlai has received two Exida ASIL-D product certifications for NA300 and NA900 in the past two years, which confirms the high safety and reliability of Xinlai Automotive grade products and recognizes Xinlais strong capabilities in developing IP. This is significant not only for the company, but also for the entire RISC-V ecosystem in automotive electronics: With this certification, the company becomes the first RISC-V IP supplier in the world to receive ASIL-D product certification. Xinlai aims to increase the confidence of domestic and foreign customers in using RISC-V to manufacture automotive chips. The HighTec C/C++ automotive compiler meets all technical requirements to take full advantage of the powerful performance and unique safety features of the RISC-V core. The compiler is based on LLVM (Low Level Virtual Machine) open source technology and is known for its short build time and advanced code optimization features. HighTecs functional safety certified C/C++ compiler also speeds the development and certification of functional safety automotive applications with an accreditation kit. In close cooperation with Core technology, the SA32D610/408 series of NA900 IP based on core high-performance RISC-V architecture will be officially released as the main core, with the important peripheral IP developed by Sillij, as well as the fast connecti
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