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    High-Performance Distributed Storage Solution

     

    CNIT's high-performance distributed storage solution meets the storage requirements of large model training and inference scenarios, as well as high-performance computing (HPC) scenarios—including high performance, high reliability, high elasticity, easy migration, intelligent tiering, and multi-protocol compatibility.

    Our Advantages
    • High Performance

      Natively supports NVIDIA GPUDirect Storage (GDS), enabling direct data reading between GPUs and storage. This significantly reduces latency, increases throughput, and improves transmission efficiency (latency reduced by 30%, bandwidth increased by 20%, CPU load reduced by 80%).

    • Easy Migration

      Leveraging NFS protocol and AFM technology, it enables incremental and progressive data migration between heterogeneous storage platforms, ensuring efficient and lossless data transfer.

    • High Reliability

      Supports 3-way/4-way replication and multiple erasure code configurations (e.g., 4+2, 4+3, 8+2, 8+3), ensuring balanced data distribution and tolerance for failures of multiple hard drives or nodes to guarantee business continuity. With a mature and reliable architectural design, it reduces hardware investment, enhances data protection capabilities, and ensures stable business operations.

    • Intelligent Tiering

      An intelligent tiering strategy based on file attributes automatically migrates data to the most appropriate storage media (e.g., SSDs, SATA drives, or tape), maintaining high performance while meeting large-capacity storage requirements.

    • High Elasticity

      Supports seamless online scaling, enabling horizontal expansion up to 8192 nodes with linear growth in capacity and performance. This flexibly adapts to changes in business scale.

    • Multi-Protocol Compatibility

      The global namespace is compatible with multiple protocols including POSIX, CIFS, NFS, SMB, and HDFS. It provides a unified data access interface and management approach to simplify data operations in multi-protocol environments.

    Cooperation Consultation
    Contact
    Information
    • Hangzhou R&D Address

      No. 1501, Xiangbin Road, Xiaoshan District, Hangzhou

    • Contact Person

      Mr. Chen

    • Email

      [email protected]