THE POWER AND POTENTIAL OF EXASCALE SUPERCOMPUTING FROM HPE

Watch the video
Exascale Era Changes Rules for Discovery and Innovation

HPE is delivering Frontier to Oak Ridge National Lab, a system that will accelerate innovation in science and technology and maintain US leadership in high-performance computing and artificial intelligence. 

Accelerating scientific discovery

From pharmaceutical research, to extreme weather prediction, to space exploration, high performance computing systems speed discovery, increase accuracy, and stretch the limits of human imagination as we explore new frontiers. 

Computing at scale with flexibility

With the rise of cloud computing and the availability of HPC as a service, companies have the opportunity to tackle projects that require heavy duty compute on an on-demand basis. This flexibility enables unprecedented project speed, agility, and scalability.

Powering the next generation of artificial intelligence

AI and machine learning are moving from labs to industry, and supercomputers provide critical infrastructure for intensive data processing. With businesses across many sectors facing the increasing need to analyze and gain insights from large data sets, supercomputing will become the ultimate competitive advantage.

INNOVATIONS
EXASCALE TECHNOLOGY: HPE CRAY SUPERCOMPUTING

Today’s science, technology, and big data questions are bigger, more complex, and more urgent than ever. Answering those questions demands and entirely new approach to computing.

EXASCALE TECHNOLOGY: HPE CRAY SUPERCOMPUTING

Today’s science, technology, and big data questions are bigger, more complex, and more urgent than ever. Answering those questions demands and entirely new approach to computing.

Compute for the Exascale Era
Interconnect built for Exascale
Software that clears the way
Fast, intelligent storage
Compute for the Exascale Era
Compute for the Exascale Era

Answer your questions today and be ready for what comes next with the most comprehensive supercomputing technology portfolio available for any data center.

Learn more about HPE Cray supercomputers
Interconnect built for Exascale
Interconnect built for Exascale

Answer diverse and data-intensive questions with an interconnect purpose-built for flexible, heterogenous compute technology. 

Learn more about HPE Slingshot
Software that clears the way
Software that clears the way

Create the next generation of applications for innovation and discovery with the industry’s most comprehensive, flexible, and validated HPC and AI software stack. 

Explore HPC software
Fast, intelligent storage
Fast, intelligent storage

HPE’s high performance computing storage is as well suited for the unique storage demands of AI as traditional all-flash enterprise file storage and is as scalable and cost effective as traditional parallel storage.

Explore HPC storage

HPE SUPERCOMPUTING


HPE Cray supercomputer

A standard 19" rack configuration supercomputer with the flexibility for smaller and also air-cooled solutions. The current compute platform is the Apollo 2000 Gen10 Plus with 4 AMD® EPYC® 7002 nodes in a 2U compute server with HPE Cray software and HPE Slingshot networking installed.

HPE Cray EX supercomputer

For highest density and efficiency, liquid-cooled cabinetry supports direct liquid cooling of all components in a highly dense bladed configuration. These cabinets contain eight chassis, each of which supports up to eight compute and eight switchblades. The orthogonal orientation of compute to switchblades enables a cable less connection.

Logo Institute of Statistical Mathematics

Prace rozwojowe centrum NCAR zapewniają służbom ratowniczym bardziej przydatne informacje w krótszym czasie

Institute of Statistical Mathematics zmodernizował swój system superkomputerowy używany w statystyce w celu osiągnięcia ponad czterokrotnie wyższej wydajności przetwarzania równoległego niż w starszym systemie.

Wyzwanie

Zapewnić służbom ratowniczym szybkie, efektywne i dokładne modele prognozowania rozprzestrzenienia się ognia w czasie pożaru lasów.

Rozwiązanie

Tworzenie bardziej zaawansowanych modeli poprzez symulowanie warunków, w jakich dochodzi do interakcji czynników pogodowych i ognia oraz sprzężenie uczenia maszynowego z danymi fizycznymi — bez rezygnacji z szybkości modelowania.

„Zakres rozpoznawania badanego obszaru w obecnych prognozach pogody wynosi kilka kilometrów. Aby strażacy mogli przewidzieć szybkość rozprzestrzeniania się pożaru w lasach i zaplanować skuteczną akcję gaszenia ognia, muszą dysponować modelami prognostycznymi o większej precyzji. Przejście na superkomputer najnowszej generacji da nam moc obliczeniową, której potrzebujemy, aby zapewnić im tego typu symulacje”.

BRANKO KOSOVIĆ, DYREKTOR, WEATHER SYSTEMS AND ASSESSMENT PROGRAM, NCAR

Wynik

  • Pomoc przy analizach warunków w terenie, z dokładnością do 30 metrów
  • Zapewnienie stronom zaangażowanym w gaszenie pożarów dostępu do prognoz w ciągu 1–3 godzin
  • Poprawienie zdolności modelowania zmiennych i ilościowego określania niepewności.
Powiązane analizy przypadków

Featured Exascale customers

Oak Ridge National Laboratory
Oak Ridge National Laboratory’s Frontier Supercomputer is the current fastest supercomputer on the Top500.
Lawrence Livermore National Laboratory
HPE to build the first exascale supercomputer for the US Department of Energy, National Nuclear Security Administration (NNSA) and Lawrence Livermore National Laboratory (LLNL).
Argonne National Laboratory
U.S. Department of Energy, Intel and HPE to provide Argonne National Laboratory with Aurora.

Resources