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    Scientific Research HPDA

    Boost research efficiency.


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Driving Research Forward

With the accelerated convergence of global high-performance computing centers (HPCs), AI, and big data technologies, HPCs are shifting from traditional computing-intensive to data-intensive workloads, resulting challenges of data explosion, complex workload models and inefficient analytics.

Huawei's Scientific Research HPDA Solution provides customers with differentiated ICT infrastructure that meet the data requirements of diverse research in different disciplines. The distributed storage system adopts an ultra-high-density design — both in terms of capacity and performance — to make significant savings in equipment room space, bringing down the Total Cost of Ownership (TCO). The parallel file system OceanFS supports large bandwidth and high Input/Output Operations Per Second (IOPS), effectively addressing the challenges of hybrid workloads.POSIX/NFS/CIFS/HDFS/S3 multi-protocol lossless interworking helps customers solve data conversion problems between different business systems. The Huawei data center network provides 400GE high-performance ports to help customers build an open-architecture all IP lossless network, driving the evolution from HPC to HPDA. Additionally, energy-efficient full liquid cooling effectively improves Power Usage Effectiveness (PUE).

Gain the Edge

Open Edge Computing

Superior Computing Capabilities

A heterogeneous computing platform meets the diverse computing requirements of diverse research.

Cut Costs

Reduced TCO

A distributed storage system with a high-density design dramatically slashes the physical footprint, reducing TCO.

Eco-friendly and Energy-saving

Green and Energy-Saving

An energy-efficient, full liquid cooling solution for boards supports a new generation of green HPC.




Real-World Success