Today SGI’s Gabriel Broner announced that the company’s SGI UV 3000 system had set two new benchmarking records, demonstrating the machine’s advanced throughput prowess enabled by its shared memory architecture. The test machine — a 128 socket UV 3000 system equipped with 1,280 E5-4627 v3 2.60 GHz Xeon cores — was assessed using the industry-standardized SPECrate metrics Read more…
Numascale’s Numaconnect is now applied in servers form IBM and Supermicro to create versatile and scaleable systems with large headroom for cores and memory. The systems run standard Linux operating systems and do not rely upon any complicated virtualization layers. The ccNuma approach is based on well established experience in computer architecture.
This week Intel launched its new Westmere EX lineup, the latest Xeons aimed at large-memory, multi-socketed servers. The new chips come in 6-, 8- and 10-core flavors and will be sold under the name Xeon E7. According to Intel, these latest CPUs deliver 40 percent greater performance than the previous generation Nehalem EX processors while maintaining the same power draw.
SGI has been getting a lot of mileage out of its SGI UV shared memory platform, having delivered close to 500 systems since it started shipping them in June 2010. Now, with the recent addition of support for Microsoft’s Windows Server, the company is looking to expand its customer base in a big way.
In what has become one of the busiest months ever for CPU introductions, Intel got its final say on Tuesday with the launch of its much-anticipated Nehalem EX. The new processor line encompasses the Xeon 7500 and 6500 series and will be the basis for shared memory SMP systems from dozens of server makers, including HPC stalwarts like Cray, SGI, and Bull.
Cray has introduced a new line of entry- and mid-level HPC systems, making good on its promise to fill the gap between its CX1 deskside systems and XT mini-supers. Called the CX1000, the new machine makes use of the latest Intel Xeon processors and, from a performance standpoint, picks up where the CX1 leaves off.
The prospects for virtual SMP technology got another boost last month when Florida State University announced it had installed a new HPC system from 3Leaf Systems. The servers are being housed at the university’s HPC facility and will be used across a range of scientific disciplines.
Six, eight and twelve cores. The true multicore era for x86 is just around the corner.
ScaleMP has added two new virtual SMP products to its lineup: a dynamic cloud provisioning offering and a new switchless entry-level product for four-node clusters. Both are based on the company’s vSMP Foundation technology, a software solution that turns x86 clusters into virtual SMP machines.