Inspur Information Releases New Optimized Server
Inspur Information, a leading provider of data center infrastructure products and solutions, recently released a next-generation plate liquid-cooling 2U 4-node high-density server i24M5-LC, optimized for large-scale water-cooling server data centers with PUE<1.2. Meanwhile, Inspur Information also released a mobile rack-mounted Coolant Distribution Unit (CDU), which can be connected to the i24M5-LC with quick release connectors for easy deployment of a complete liquid cooling system, providing customers with an efficient and convenient mobile liquid cooling cluster solution.
The i24M5-LC adopts a liquid cooling optimized design based on the i24M5 server. Inspur’s high-density i24M5 server is a 2U four-node rack-mounted system optimized specifically for high-density data center applications. Four 1U half-width two-socket nodes can be mounted in the chassis, demonstrating its high density, efficiency, and reliability in a limited space. Its extreme scalability makes it ideal for high-performance computing and cloud platform construction. The previous air-cooled design is optimized with the cold plate liquid cooling technology, resulting in greatly enhanced heat dissipation efficiency at a minimal cost. Furthermore, this cold plate liquid cooling method has superior cooling potential and can fulfill the even higher heat dissipation demands of next-generation processors.
Recommended AI News: Virgin Hyperloop Appoints Raja Narayanan As Chief Financial Officer
i24M5-LC adopts industry-leading cold plate liquid cooling technology and conducts heat exchange by means of warm water cooling, achieving a PUE of <1.2 upon testing. Each node of the i24M5-LC is equipped with a leak detection module with alarms to quickly and accurately detect leaks at server nodes. Meanwhile, the cabinet is included in the monitoring system for overall design. With node-level and cabinet-level leakage detection, intelligent monitoring in the true sense of the word can be achieved. The i24M5-LC also delivers good compute performance, with a single node supporting 2 Intel Xeon scalable processors for a maximum power of 205W. A perfect combination of performance and power consumption makes it an exemplary 2U 4-node high-density server. The i24M5-LC can be widely used in computing-intensive supercomputing centers as well as cloud data centers in industries such as Internet, finance and telecommunications.
Meanwhile, Inspur also released RackCDU-F004, a rack-mounted liquid cooling CDU which can be connected to the i24M5-LC with quick release connectors for easy building of a complete liquid cooling system. In a space of less than 0.5 square meters and a height of 8U, it supports 8 two-socket CPU liquid-cooling servers and rack-mounted liquid-cooled CDUs, achieving an innovative, complete miniaturized mobile liquid cooling cluster. It not only meets customer needs for efficient and convenient mobile liquid-cooled clusters and rapid building of small-scale liquid-cooled clusters, but also enables further expansion of nodes through coupled installation of multiple systems. This mobile liquid-cooled cluster system no longer relies on heat exchange on the primary side, greatly simplifying the deployment environment of liquid cooling clusters. In a sense, this quick-installed mobile liquid cooling cluster system fundamentally solves the deployment problem of traditional liquid cooling systems, and provides customers with a cost-effective liquid cooling cluster solution.
Inspur Information provides customers worldwide with leading technologies through innovative design, flexible and diverse computing platforms, powerful software tools and algorithm frameworks, as well as insights and optimization capabilities for multi-industry applications. As energy consumption and green computing are increasingly important considerations for data centers, Inspur Information plans to work with industry users to continue the advancement of server cooling technology.
Recommended AI News: Tech Entrepreneurs Introduce New Interactive Fiction Mobile Game Application