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Inspur Launches Server for Mobile Liquid Cooling Cluster

Data center infrastructure provider Inspur Information has announced a plate liquid-cooling 2U 4-node server, the i24M5-LC, that the company said is optimized for large-scale water-cooling server data centers with PUE<1.2. Inspur said the i24M5-LC, built for HPC and cloud data centers, adopts a liquid cooling design based on....

The UK Innovation Corridor: HPC and the Bio-Technology Revolution

Today there are more patents being approved in the Innovation Corridor per capita than in Silicon Valley, USA. In 2019, it was named as the UK’s fastest growing economic region, with businesses in the corridor reporting a turnover of around £121 billion per annum. With a growing population of around 2 million within the corridor, urbanisation is fast becoming a key trend, but there is more to draw the world’s brightest minds here than by its reputation alone. There are, for example, organisations like AstraZenca, which are changing the way medicines and therapies are developed globally, businesses that are influencing how the financial markets are evolving and incubator projects leveraging HPC and AI to drive development at the forefront of many fields of industry.

The Use of High-Performance Polymers in HPC and Data Center Applications

“Polymer components in liquid cooling systems are attractive for several reasons: they are lightweight, typically less expensive than metal counterparts, and are impervious to corrosion that can render parts inoperable or introduce debris into flow paths. The challenges with many polymers used to date, however, are their abilities to handle high temperatures and physical stressors without deforming, cracking or creeping. These shortcomings become significant when leaks occur, leading to downtime or damage to equipment.”

The Use of High-Performance Polymers in HPC and Data Center Applications

This whitepaper from CPC details the use of high-performance polymers in HPC and data center applications where plastics advance as a viable, reliable option in liquid cooling systems. CPC offers the industry’s first PPSU QD, purpose-built for liquid cooling use in HPC and data centers.

Data Center Transformation: Why a Workload-Driven and Scalable Architecture Matters

The QCT Platform on Demand (QCT POD) combines advanced technology with a unique user experience to help enterprises reach better performance and gain more insights. “With flexibility and scalability, QCT POD enables enterprises to address a broader range of HPC, Deep Learning, and Data Analytic demands that fulfill various applications.”

Data Center Transformation: Why a Workload-Driven and Scalable Architecture Matters

In this whitepaper QCT (Quanta Cloud Technology) highlights Data Center Transformation: Why a Workload-Driven and Scalable Architecture Matters. The company is offering its QCT Platform on Demand (QCT POD) solution that empowers enterprises to kickstart their transformation journey. It combines advanced technology with a unique user experience to help enterprises reach better performance and gain more insights. With flexibility and scalability, QCT POD enables enterprises to address a broader range of HPC, Deep Learning, and Data Analytic demands that fulfill various applications.

The Role of Quick Disconnect Couplings in Liquid Cooling: 5 Attributes that Contribute to Connector Reliability

The use of liquid cooling to mitigate heat generated by electronics can be found in a wide variety of applications, including gaming computers, supercomputers and medical equipment. Download the new report, courtesy of CPC, “The Role of Quick Disconnect Couplings in Liquid Cooling: Five Attributes that Contribute to Connector Reliability,”  that explores the role of quick disconnect couplings in liquid cooling. 

HPC in the data center

The Central Processing Unit (CPU) has been at the heart of High Performance Computing (HPC) for decades. However, in recent years, advances in parallel processing technology mean the landscape has changed dramatically. To learn more download this white paper.

CRAY – 2 Computer System

he CRAY-2 Computer System sets the standard for the next generation of supercomputers. It is characterized by a large Common Memory (256 million 64-bit words), four Background Processors, a clock cycle of 4.1 nanoseconds (4.1 billionths of a second) and liquid immersion cooling. It offers effective throughput six to twelve times that of the CRAY-1 and runs an operating system based on the increasingly popular UNIXTM operating system.

Supercomputers for All

Supercomputers may date back to the 1960s, but it is only recently that their vast processing power has begun to be harnessed by industry and commerce, to design safer cars, build quieter aeroplanes, speed up drug discovery, and subdue the volatility of the financial markets. The need for powerful computers is growing, says Catherine Rivière […]