- Teide HPC
Rescale provides a secure, cloud-based, high performance computing platform that allows engineers and scientists to run their compute-intensive simulations with improved performance and decreased runtime The platform allows users to quickly build, compute, and analyze large simulations on demand.
Rescale partners with industry-leading software vendors to provide instant access to a variety of simulation packages while simultaneously offering customizable HPC hardware. Headquartered in San Francisco, CA, Rescale’s customers include global Fortune 500 companies in the aerospace, automotive, life sciences, and energy sectors.
Architected and designed for CAE workloads, Gompute On Demand offers an easy and flexible solution to launch XFlow in a secure environment. In order to deliver high performance and thus, high utilization of licenses, Gompute operates with bare-metal, Infiniband interconnected compute nodes with large memory configurations. XFlow is available using the applications native GUI, or by running in batch using the integrated application launcher.
Whether On-Premise, On-demand or hybrid configurations, Gompute has the portfolio and expertise to solve the main challenges faced by Enterprises to deliver effective High Performance Computing for their engineering community’s.
The Teide-HPC (High Performance Computing) supercomputer entered the top 500 list of the most powerful computers in the world at 138th place in November 2013.It is composed of 1100 Fujitsu computer servers, with a total of 17800 computing cores and 36 TB of memory, a high-performance network and a parallel system of NetApp storage.
Managed by the Instituto Tecnológico y de Energías Renovables (Institute of Technology and Renewable Energies), Teide-HPC supercomputer is housed in D-ALiX datacenter which provides high available electrical and cooling infrastructure, and high speed internet connectivity. TEIDE-HPC offers a flexible yet highly secure service that allows XFlow Users to access dozens of computer cores with the capability to handle large simulations improving performances.