Infographic: As high-performance computing reaches for the Exascale target, learn about the history and statistics of the TOP500 supercomputers.
Infographic: Take a look at the world’s TOP500 supercomputers with a quick history, statistics on location and uses, and the role of Intel® processors and high-performance computing in reaching the Exascale target.
Delivering one teraflop of performance, the Intel® Xeon Phi™ coprocessor offers highly parallel processing without overhauling applications or code.
Providing one teraflop of performance on one PCIe* slot, the Intel® Xeon Phi™ coprocessor enables highly parallel processing without overhauling applications or code for new levels of discovery and breakthrough.
Intel IT’s design best practices have created high-density energy-efficient data centers with 10x the industry-average cooling/electrical densities.
Intel IT has used design best practices to create high-density energy-efficient data centers: a 1,100 W/square-foot cooling density and a 1,300 W/square-foot electrical density (10 times the industry average).
Intel® Ethernet Flow Director is a technology that successfully accelerates directing incoming packets to the right processor core for faster results.
In applications that stress network performance, like Memcached, Intel Ethernet Flow Director offers a performance enhancement to an Ethernet network in increased bandwidth and lower latency, plus reduced CPU utilization and power consumption.
Quick Connect Guide: Supplements the Red Hat Storage Administration Guide, provides an introduction to iSCSI storage connectivity from a server administrator’s perspective, and shows the basic connection from the Linux* OS to an iSCSI storage target.
Provides throughput performance benchmark test results comparing the Intel® Xeon® processor D-1540 with the Intel® Atom™ processor C2750.
Provides throughput performance benchmark test results comparing the Intel® Xeon® processor D-1540 with the Intel® Atom™ processor C2750 in running as a compute node for the Intel® Open Network Platform.Full View >
Argonne Leadership Computing Facility provides a sneak peek at its upcoming Intel® Xeon Phi™ coprocessor-based supercomputers.
IDC's Earl Joseph, participants engage in a lively discussion about what is required to achieve Exascale computing and beyond.
NERSC shares its experience on optimizing applications to run on the new Intel® Xeon Phi™ processors by the summer of 2016.
See how HPC and Intel® SSF increase processing power to enable digital music creation to change the way you make, deliver, and experience music.
See how HPC and Intel® SSF increase processing power to enable digital music creation to change the way you make, deliver, and experience music.Full View >