Category Archives: Exascale

Co-Design Architecture to Deliver Next Generation of Performance Boost

The latest revolution in HPC is the move to Co-Design architecture, a collaborative effort to reach Exascale performance by taking a holistic system-level approach to fundamental performance improvements. This collaboration enables all active system devices to become accelerators by orchestrating a more effective mapping of communication between devices and software in the system to produce […]

ISC 2016 Recap

Last week we participated at the International Supercomputing conference – ISC’16. In reality, the event started the weekend before, kicked off by the HP-CAST conference where Mellanox presented to the entire HP-CAST audience our newest smart interconnect solutions; solutions that enable the highest application performance and best cost-performance compute and storage infrastructures. At ISC’16 we […]

Dell launches SwitchIB-2: One Step Closer to Exascale Computing

Dell will be once again demonstrating its HPC leadership with the release of Mellanox SwitchIB-2 featuring SHARP (Scalable Hierarchical Aggregation Protocol) technology. Mellanox and Dell have a long history delivering HPC solutions and are partners in many of the TOP500 supercomputers in the world. These supercomputers utilize InfiniBand infrastructure from Mellanox and PowerEdge servers from […]

Paving The Road to Exascale – Part 2 of many

In the introduction for the “Paving the road to Exascale” series of posts (part 1), one of the items I mentioned was the “many many cores, CPU or GPUs”.  The basic performance of a given system is being measured by flops. Each CPU/GPU is capable for X amount of flops (which can be calculated as […]

Paving The Road to Exascale – Part 1 of many

1996 was the year when the world saw the first Teraflops system. 12 years after, the first Petaflop system was built. It took the HPC world 12 years to increase the performance by a factor of 1000. Exascale computing, another performance jump by a factor of 1000 will not take another 12 years. Expectations indicate […]