Intel Xeon E5 Chip – What You Need to Know
Posted: Mon Mar 12, 2012 12:34 pmAnytime Intel releases a new server chip, it usually is a time for celebration. What this means for server customers is more power for their servers and new technology integration that creates additional avenues for improved performance and design. Earlier this week, Intel officially launched their latest Xeon E5 CPU platform, which delivers an estimated 80-percent performance gain over the previous generation of Intel's server chips. With this platform, server customers like Canadian Web Hosting have seen more than a 100x’s improvement in raw performance and processing power over the last 10 years. As a comparison, in 1995 Intel was just releasing the "Pentium Pro."
For Canadian Web Hosting customers who are interested in some of the technical specifications, with the new E5 Xeons each processor now has a maximum of 40 PCIe 3.0 lanes, with each lane running at a top level of eight gigatransfers per second — roughly equivalent to 6.4Gbps. The amount of power consumed by the chips has grown slightly, with thermal design power (TDP) for the E5 family ranging from 60W to 150W. A new feature targeted at high-performance computing and supercomputing, named, Advanced Vector Extensions, which essentially doubles the floating-point performance of all the processors. This is significant especially for customers with compute intensive applications like medical imaging, heavy database read/writes and customers working with heavy visuals.
Read the rest of this article on our blog: http://bit.ly/wlSGrw
For Canadian Web Hosting customers who are interested in some of the technical specifications, with the new E5 Xeons each processor now has a maximum of 40 PCIe 3.0 lanes, with each lane running at a top level of eight gigatransfers per second — roughly equivalent to 6.4Gbps. The amount of power consumed by the chips has grown slightly, with thermal design power (TDP) for the E5 family ranging from 60W to 150W. A new feature targeted at high-performance computing and supercomputing, named, Advanced Vector Extensions, which essentially doubles the floating-point performance of all the processors. This is significant especially for customers with compute intensive applications like medical imaging, heavy database read/writes and customers working with heavy visuals.
Read the rest of this article on our blog: http://bit.ly/wlSGrw