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Improved Density for a *Networking Company
Learn how Servertech's High-Density Outlet Technology PDUs with Alternating Phase Technology improved a *Networking Company's power density inside our latest case study
Learn how Servertech's High-Density Outlet Technology PDUs with Alternating Phase Technology improved a *Networking Company's power density inside our latest case study
About the Networking Company
This Networking Company is a leading provider of networking hardware, software, and solutions that support digital security, converged infrastructure, cloud computing, mobility, and the Internet of Everything. Their mission is to shape the future of the Internet by creating unprecedented value and opportunity for their customers, employees, investors, and ecosystem partners and has become the worldwide leader in networking - transforming how people connect, communicate and collaborate. They have over 380 global sites doing business in 165 countries and 170 labs around the world. They employ over 70,000 people, have revenues in excess of $40B annually, and spend over $6B annually on research and development.
The Challenge
Historically, this organization relied on single phase power for their IT and networking equipment cabinets. But as time progressed, technology evolved along the lines of both speed and density. More network ports were put into the same amount of space, and network speeds went from megabits per second to hundreds of gigabytes per second. Single phase 208V power allowed for a maximum of only 5-6 kilowatts of load per cabinet. Equipment loads got commensurately larger. This led to the frequent tripping of circuit breakers within the labs.
"The key challenge for us was to have enough power density in the smallest form factor possible."
Historically, this organization relied on single phase power for their IT and networking equipment cabinets. But as time progressed, technology evolved along the lines of both speed and density. More network ports were put into the same amount of space, and network speeds went from megabits per second to hundreds of gigabytes per second. Single phase 208V power allowed for a maximum of only 5-6 kilowatts of load per cabinet. Equipment loads got commensurately larger. This led to the frequent tripping of circuit breakers within the labs.
"The key challenge for us was to have enough power density in the smallest form factor possible."
