HECToR is a supercomputer that uses the latest technology to process data. It is used by scientists, researchers and engineers in many different fields of study.
The HECToR High End Computing Terascale Resource is a resource that provides access to the resources of HECToR. It offers high-performance computing and computational science services for scientists, engineers and researchers around the world.
HECToR features include:
- High performance computing on IBM Power8 processors
- High performance computing on IBM BlueGene/Q processors
- High performance computing on NVIDIA Tesla M2090 GPUs
- High performance computing on Intel Xeon Phi processors
- Computational science services from HPCxGrid and CSCS projects
HECToR is a high-end computing terascale resource that is operated by the National Energy Research Scientific Computing Center (NERSC). It is located at the Lawrence Berkeley National Laboratory in California.
HECToR provides general purpose computing resources to scientists and engineers on the NERSC campus. HECToR was originally designed to provide computational power for scientific research, but it has since expanded to support commercial and government applications.
HECToR offers large amounts of memory, high speed interconnects, and parallel processing capabilities.
HECToR was designed to be scalable, with up to 16 petabytes of memory and 8 terabytes of raw bandwidth per node. HECToR is a high-end computing terascale resource
HECToR is the fastest computer in the world and it is a supercomputer that has been developed to run high-end computing applications.
HECToR was created by the US Department of Energy. It has been designed to run at 1 exaFLOP, which means it can compute at one billion billion calculations per second.
HECToR is an example of a supercomputer that has been designed for scientific applications and not for general computing.