Iceotope OEM deal with HPE brings liquid cooling to edge systems
Iceotope Technologies Ltd. has announced an OEM agreement with Hewlett Packard Enterprise (HPE) to offer its liquid-cooled chassis with HPE ProLiant servers in its Ku:l Extreme Data Centre solution. The combined solution runs in enterprise data centers as well as at the extreme edge to enable reliable performance and efficiency while ensuring a high level of protection required for harsh edge environments.
Ku:l Extreme is a highly ruggedized Micro Data Center solution for distributing enterprise-grade computing to extreme edge environments where people, airborne contaminants, moisture and the elements provide a real IT challenge and threat. This game-changing solution is single server enabled, ultra-efficient and highly scalable. It provides zero-touch operation with advanced Out of Band Management offering complete control of the entire system, remotely.
The announcement of the OEM agreement with HPE follows on from the 2019 formation of a strategic alliance between Iceotope, Schneider Electric and Avnet to offer an innovative response to challenges driven by rising chip and rack densities, pressures to increase energy efficiency, space constraints, water usage restrictions and harsh edge environments. With RedFish- compliant Out-of-Band-Management capabilities and Schneider Electric’s EcoStruxure IT solution, remote monitoring and management is taken to a new level enabling proactive insights on critical assets that impact the health and availability of IT environments, so infrastructure performance is optimized, and risk is minimized.
Liquid cooling offers significant benefits in the area of simplicity, cost, heat capture, and energy efficiency. While these advantages are both tangible and measurable, other liquid cooling technologies will have design constraints that are likely to be imposed on the IT design with possible performance limitations depending on the solution provider.
Iceotope’s chassis-level precision immersion cooling solution removes the heat from every part of your system reliably and efficiently. Precision delivery of dielectric coolant mitigates the need to constrain the design of the IT solution, while maximising the cooling directly to the hotspots. This means there are no performance-throttling hotspots and no front-to-back air-cooling, or bottom to top immersion constraints.
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