Multi-node Server
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Finden Sie Ihr Produkt

  • QuantaPlex S45Z-2U

    Density Optimized Multi Node Server

    • 2U4N high density server
    • Powered by (1) Intel Xeon 6 CPU.
    • (16) DDR5 RDIMM up to 6,400 MHz, (8) MRDIMM up to 8,000 MHz.
    • Up to (1) PCIe 5.0 expansion slots per node.
    • DC-MHS (M-DNO) compliance.
    • Inhouse OpenBMC for comprehensive management.
  • QuantaPlex S25Z-2U

    High Performance Multi Node Server

    • 2U2N high density server
    • Powered by (1) Intel Xeon 6 CPU.
    • (16) DDR5 RDIMM up to 6,400 MHz, (8) MRDIMM up to 8,000 MHz.
    • Up to (3) PCIe 5.0 expansion slots per node for diverse device support.
    • DC-MHS (M-DNO) compliance.
    • Inhouse OpenBMC for comprehensive management.
  • QuantaPlex T43Z-2U

    High Performance Multi Node Server

    • High density server optimized for extreme compute performance and space efficiency
    • Featuring All-NVMe with high memory footprint and additional expansibility
    • Supports top-bin 3rd Gen Intel® Xeon® Scalable Processors in compact chassis
  • QuantaPlex S43CA-2U

    Density Optimized “EPYC” Multi-node Server

    • High Density server design powered by the latest AMD EPYC™ 7003 processor series
    • Single socket EPYC processor with 16 DIMMS per node optimized for compute-centric Data Center requirements
    • Front-access cold-aisle hyperscale serviceability
    • Aggregated networking infrastructure for reduced TCO
  • QuantaPlex T42E-2U (4-Node)

    Cost Effective High Density Server
    Density Optimized Compute Server for both Front-End and Back-End Application

    • Unleashing Computing Performance
    • Additional onboard M.2 SSD for OS Installation
    • Cost optimized of onboard Network solution
    • Shared Infrastructure Provides Better Space and Energy Utilization
    • Easy Service and Maintenance
  • QuantaPlex T42D-2U (4-Node)

    Dense Memory Multi-node Compute Server

    • High Memory Capacity and Space Efficiency.
    • Ultra-Dense Memory Design
    • Flexible and Scalable I/O Options
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