曙光5000A高效能計算節點的設計與實現:由于求解問題和系統規模的不斷擴大，基于cluster 架構的高性能計算機面臨擴展性、可靠性、功耗、占地面積、均衡性等諸多挑
戰。該文針對計算模塊、交換管理模塊、自適應功率管理、專用FPGA 硬件加速部件、高速PCI-E 全交換擴展等方面，設計并實現高效能計算節點?；谠摴濣c構建的曙光5000A 百萬億次計算機能有效解決計算密度、I/O 擴展及帶寬瓶頸和能耗等方面的瓶頸。
關鍵詞：高效能；節能；硬件加速

【Abstract】As for the scale of the problem and the system continues to expand, the cluster-based high-performance computer is facing scalability,
reliability, power consumption, footprint, balance, and many other challenges. This paper introduces the design and realization of high-productivity
computing node such as computing module, switch module, management module, adaptive power management, FPGA-based hardware accelerator
board, high-speed PCI-E switch extend module and other aspects. It resolves the computing density, I/O expansion and bandwidth bottleneck as well
as energy consumption and other bottlenecks in Dawning 5000A 100 Teraflops supercomputer based on the high-productivity computing node.
【Key words】high-productivity; energy saving; hardware accelerate