金溢科技：已构建了涵盖V2X底层通信模组、终端产品、应用平台、算法及协议栈的全链条自主研发体系

Core Insights - The company, Jin Yi Technology, has established itself as a leader in the intelligent vehicle-road collaboration sector, spearheading the development of key technologies and equipment for the Ministry of Transport [1] - The company has developed a comprehensive self-research system covering V2X communication modules, terminal products, application platforms, algorithms, and protocol stacks, with significant advancements in DSRC-V2X, 4G-V2X, and 5G-V2X technologies [1] - Jin Yi Technology is actively involved in the 2024 C-V2X pilot application practices, having completed testing and verification in both closed and open road environments, and has achieved C-V2X consistency certification [1] Company Developments - The company's vehicle-road collaboration business has expanded to cover numerous intelligent connected demonstration zones across the country, providing complete solutions for scenarios such as autonomous ride-hailing and smart parks [1] - In the smart highway sector, the company has launched a full suite of ETC2.0 products and multi-beam intelligent roadside antennas, successfully applying its ETC vehicle-road collaboration solutions in the "Traffic Guardian" program [1] - The company continues to optimize new toll collection systems, achieving technological breakthroughs in scenarios like pre-transaction at highway ramps and mobile emergency toll collection, with related products already promoted in multiple provinces [1] Technological Innovations - The company has developed a voice-interactive OBU device for the Traffic Guardian initiative, significantly enhancing vehicle-road collaboration interaction capabilities in smart highway scenarios [1] - As a pioneer in the Internet of Things and intelligent transportation sectors, the company has built a complete "vehicle-road-cloud" collaborative ecosystem through products like V2X intelligent connected OBU and automotive electronic identification [1] - The company leverages its self-developed vehicle-road collaboration algorithms and protocol stacks to achieve real-time data processing and decision support in complex traffic environments through edge computing [1]