Extreme Computing
Achieving 50–100 times performance increase on real applications over today’s most powerful HPC platforms, such as Sierra, as quickly and energy efficiently as possible, will force fundamental changes in all computer components. To reach this goal—and to prepare for future exascale systems—we are developing new algorithms and tools that help researchers address these complexities and fully exploit the systems’ performance. We are also partnering with industry experts to develop well-coordinated solutions to hardware and software design challenges. View content related to Extreme Computing.
LLNL Wins 2019 HPCwire Awards for El Capitan
New TOP500 List Unveiled: Sierra No. 2 with 6 LLNL Supercomputers in Top 100
Penguin/Intel 'Magma' Computing Cluster Coming to LLNL
LLNL Researchers Win R&D 100 Awards
Variable Precision Computing
Researchers develop innovative data representations and algorithms to provide faster, more efficient ways to preserve information encoded in data.
Developing Software for an Exascale Ecosystem and Emerging Workloads: SCR
In the third of three news features, LLNL-developed SCR software will contribute to the efficiency and effectiveness of the HPC leadership-class systems of tomorrow.
Developing Software for an Exascale Ecosystem and Emerging Workloads: OpenZFS
In the second of three news features, LLNL-developed OpenZFS software will contribute to the efficiency and effectiveness of the HPC leadership-class systems of tomorrow.
Developing Software for an Exascale Ecosystem and Emerging Workloads: Flux
In the first of three news features, LLNL-developed Flux software will contribute to the efficiency and effectiveness of the HPC leadership-class systems of tomorrow.
Successful Simulation and Visualization Coupling Proves the Power of Sierra
After years of preparation, LLNL’s upgraded Ares code runs a 98-billion-element simulation on 16,384 GPUs on the Sierra supercomputer.
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