Even though HBM (High Bandwidth Memory) standard only launched last June in the form of AMD’s Fiji GPU, that memory was considered a ‘trial run’ for HBM2 – a memory standard which is here to stay. Launching in mid-2016 with AMD Polaris and NVIDIA Pascal, HBM2 memory standard will redefine computing as we know it. There are several memory standards which want to replace DDR and GDDR memory standards, including Intel-Micron 3D XPoint (pronounced: Cross Point) Optane memory – but HBM looks to have the widest support. If we compare this to HBM2, it had 1GB capacity and offered 0.5 Gbps bandwidth in 4-Cube configuration for a
Intel Moves to Attack NVIDIA Quadro, AMD FirePro Market
At the recently held 2015 HotChips conference, Avinash Sodani (KNL Chief Architect, Senior Principal Engineer, Intel) gave a speech how Intel plans to expand the Xeon Phi product lineup from a server-only, PCIe card concept into three different packages, which would appeal to the workstation and server customers in different fields. On SC’15 Conference, which takes place in Austin, TX – Intel finally confirmed the strategy and is coming out with a workstation product that will feature a fully-enabled Knights Landing (KNL) Many-Core processor. In the first half of 2016, the company will ship Intel-built, Intel-branded workstation powered by self-booting Xeon Phi processor. The processor will be able to boot standard
USA Embargo Cannot Stop China: Tianhe-2 Supercomputer Keeps #1
Couple of months ago, we exclusively reported that the U.S. government blocked Intel from selling its products to Chinese supercomputer firms such as Inspur, responsible for building the Tianhe-2 supercomputer. Originally, Tianhe-2 was planned to expand all the way to almost 100,000 Xeon processors and Xeon Phi co-processors, targeting to beat the 100 PFLOPS barrier. Initial deployment included 4,096 Chinese Galaxy FT-1500 processors (Chinese SPARC) and 16,000 processor nodes with two 12-core Xeon E2692 processors and three Xeon Phi 31S1P co-processors for a grand total of 3.12 million cores. Full installation of Tianhe-2 was scheduled to feature 48,000 processor nodes, or 9.93 million cores. However, those
Computex 2015: 65-core Smartphone Spotted in Intel Press Room
Mobile cores are growing. But really, what do you really need them all for?
US Government Gives Intel Two Supercomputer Wins
While Intel may have lost some serious income from being virtually shut out of Intel’s HPC market, the US government has recently handed the company two impressive supercomputer wins.
Uncle Sam Shocks Intel With a Ban on Xeon Supercomputers in China
Just as Intel’s (NASDAQ: INTC) CEO Brian Krzanich opened the regular staff meeting before a dramatically reduced IDF2015 conference, in Shenzhen, China – it is a good time to review how government and enterprises don’t see eye to eye when it comes to strategic business. Remember the Tianhe-2 machine at Guangzhou Supercomputer Center, the current World’s number one according to Top 500 Supercomputer list? Unlike some other China supercomputers with their mixed architectures – Tianhe-2 is a fully Intel based machine, the world’s largest assembly of Intel Xeon CPUs and Xeon Phi accelerators. Even after Intel ‘opened the kimono’ and gave a nearly 70% discount on its processors and accelerators, it
Intel Gunning To Challenge Nvidia At HPC With ‘Knights Landing’ Xeon Phi Processor
Intel’s Knights Landing is set to offer three times the amount of performance as the current-gen Knights Corner.
Scientists Use TACC Supercomputers to Find Link Between Cancer and Alzheimer's
So, remember when TACC (Texas Advanced Computing Center) built the Stampede supercomputer using VERY preferred pricing from Intel for using Intel Xeon Phi cards back in 2012? Well, that Stampede supercomputer in conjunction with the Lonestar Supercomputer at TACC are responsible for some pretty interesting research. The TACC at the University of Texas, Austin houses many supercomputers, but the two that were utilized for this project were the Stampede and Lonestar. The team of scientists from Houston’s Methodist Research Institute (HMRI) found that Alzheimer’s disease and cancer share a pathway in gene transcription, a fundamental process of cell production and growth. They published their findings