四川1ms城市算网加速成型 重塑算力运载新格局

Core Insights - The article emphasizes the importance of computing power as a core driver for urban smart transformation and industrial upgrading in the context of the booming digital economy [1] - The implementation of the "1ms Urban Computing Network" is highlighted as a key initiative to enhance efficient computing power transportation, aligning with national strategies and reshaping urban development models [1][2] Group 1: Development Plans and Strategies - The "High-Quality Development Action Plan for Computing Power Infrastructure" aims to improve the efficient transportation capacity of computing power, with latency requirements set at no more than 1ms for major urban computing infrastructures and 5ms for national hub nodes [1] - Sichuan province is leveraging the "East Data West Computing" national strategy to break regional computing barriers and transform computing resources into public services for cities [1][2] Group 2: Technological Innovations - Sichuan's 1ms Urban Computing Network integrates advanced technologies such as all-optical switching (OXC), 400G transmission, and intelligent scheduling to achieve direct access to computing resources [4] - The network's architecture includes a three-tier structure (core, inner ring, outer ring) to create a unified computing network across Chengdu and 20 other cities, achieving latency under 1ms for major data centers [6] Group 3: Role of Telecom Operators - Major telecom operators are leading the construction of the 1ms Urban Computing Network, utilizing their extensive network resources and technical capabilities to ensure comprehensive coverage and efficient scheduling of computing resources [5] - Sichuan Telecom plans to invest approximately 180 million yuan to build 300 PFLOPS of domestic computing power by 2025, with a goal to exceed 1 EFLOPS by 2026 [7] Group 4: Industry Applications and Impact - The 1ms Urban Computing Network significantly empowers various industries, enabling real-time data collection, analysis, and feedback in smart manufacturing scenarios [9] - The network supports advanced manufacturing processes, as demonstrated by the success of companies like Lynk & Co, which utilizes low-latency networks for quality management and production efficiency [11][12] Group 5: Future Directions - Despite the achievements, there is a call for continued efforts to build a low-latency, high-reliability, and secure computing network development system [14] - Future initiatives will focus on enhancing service capabilities, promoting technological innovations, and fostering collaborative ecosystems among government, enterprises, academia, and research institutions [14]