How High Temperature Data Centers & Intel® Technologies save Energy, Money, Water and Greenhouse Gas Emissions
Power savings through the use of Intel Intelligent® Power Management (Intel® Node Manager and Intel® Data Center Manager) enables a future high temperature data center environment.
Executive Summary
Intel’s Power Management Technologies known as Intel Node Manager (NM) and Intel Data Center Manager (DCM) in combination with high temperature ambient data center operations was jointly tested over a 3 month proof of concept (POC) with KT at the existing Mok-dong Data Center in Seoul, South Korea. The objective was to maximize the number of servers compute nodes within space, power and cooling constraints of the data center (DC).
The POC proved the following:
-A power usage effectiveness (PUE) [details in glossary]of 1.39 would result in approximately 27% energy savings at the Mok-dong Data Center, in Seoul. This could be achieved by using a 22◦C chilled water loop.
-Node Manager and Data Center Manager made it possible to save 15% power without performance degradation using control policy.
Read the full How High Temperature Data Centers and Intel® Technologies save Energy, Money, Water and Greenhouse Gas Emissions proof of concept paper.
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How High Temperature Data Centers & Intel® Technologies save Energy, Money, Water and Greenhouse Gas Emissions
Power savings through the use of Intel Intelligent® Power Management (Intel® Node Manager and Intel® Data Center Manager) enables a future high temperature data center environment.
Executive Summary
Intel’s Power Management Technologies known as Intel Node Manager (NM) and Intel Data Center Manager (DCM) in combination with high temperature ambient data center operations was jointly tested over a 3 month proof of concept (POC) with KT at the existing Mok-dong Data Center in Seoul, South Korea. The objective was to maximize the number of servers compute nodes within space, power and cooling constraints of the data center (DC).
The POC proved the following:
-A power usage effectiveness (PUE) [details in glossary]of 1.39 would result in approximately 27% energy savings at the Mok-dong Data Center, in Seoul. This could be achieved by using a 22◦C chilled water loop.
-Node Manager and Data Center Manager made it possible to save 15% power without performance degradation using control policy.
Read the full How High Temperature Data Centers and Intel® Technologies save Energy, Money, Water and Greenhouse Gas Emissions proof of concept paper.
