Servers and Server Management

Now Shopping by
Brand: Supermicro
View as Grid List

52 items

per page
Set Descending Direction
  1. Supermicro E5-2600 + C602 based DP Xeon 4U Xeon 7047GR-TRF GPU Rackmount SuperServer
    Designed for optimal performance, the dual-processor SuperServer 7047 and 6047 series support the QPI (8.0 GT/s) format Xeon® E5-2600 or E5-2600 v2 Family processors in a high-density 4U form-factor. The 7047 and 6047 SuperServer have excellent expansion capability and feature set.
  2. Supermicro E5-2600 + C600 Series based DP Xeon 3U 6037R-E1R16N Rackmount SuperServer
    Designed for optimal performance, the dual-processor SuperServers support the QPI (8.0GT/s) format Xeon® processor E5-2600 or E5-2600 v2 family in 3U form-factor. These SuperServers are ideal for network infrastructure, front-end enterprise, and minimal-downtime cluster server systems.
  3. Supermicro E5-2600 + C600 Series based 6027R-TRF Rackmount SuperServer
    Designed for optimal performance, the dual-processor SuperServers support the QPI (8.0GT/s) format Xeon® processor E5-2600 or E5-2600 v2 family in a high-density 2U form-factor. These SuperServers are ideal for network infrastructure, front-end enterprise, and minimal-downtime cluster server systems.
  4. Supermicro E5-2600 + C600 Series based 5027R-WRF Rackmount SuperServer
    Designed to deliver solid performance and mission-critical reliability for customer applications, these Supermicro uni-processor 2U rack servers support the latest Xeon® processor E5-2600 or E5-2600 v2 family and deliver additional levels of performance, power-efficiency and reliability.
  5. Supermicro E5-2400 + C600 based DP Xeon 3U 6037B-DE2R16L Rackmount SuperServer
    Designed for optimal performance, the dual-processor SuperServers support the QPI (8.0GT/s) format Xeon® processor E5-2400 v2 series in a high-density 3U form-factor. These SuperServers are ideal for network infrastructure, front-end enterprise, and minimal-downtime cluster server systems.
  6. Supermicro E5-2400 + C600 based 2027B-DE2R24L Rackmount SuperServer
    Designed for optimal performance, the dual-processor SuperServers support the QPI (8.0GT/s) format Xeon® processor E5-2400 v2 series in a high-density 2U form-factor. These SuperServers are ideal for network infrastructure, front-end enterprise, and minimal-downtime cluster server systems.
  7. SuperServer 5039MS-H12TRF Super Server
    The Supermicro MicroCloud modular server system provides 12 or 8 modular server nodes conveniently integrated into a compact 3U chassis that is only 29.5" or 23" deep.
  8. SuperServer 5037MC-H8TRF Super Server
    The Supermicro MicroCloud modular server system provides 24, 12 or 8 modular server nodes conveniently integrated into a compact 3U chassis that is only 29.5" or 23" deep.
  9. Supermicro 5037MC-H8TRF SuperServer
    The Supermicro MicroCloud modular server system provides 8 modular server nodes conveniently integrated into a compact 3U chassis that is only 23" deep.
  10. Supermicro 6033P-8R 3U Rackmount SuperServer
    Designed to provide outstanding performance with dual Xeon® processors, high memory capacity and fast disk support, the 3U architecture is the latest server line from Supermicro. Using redundant hardware, 100% redundant cooling design, and optional large disk RAID protection, the 3U servers support high availability storage and mission critical business applications.
  11. Supermicro 5086B-TRF 5U Rackmount SuperServer
    Designed to be world's highest density 5U 8-way server with super-high computing performance, the multi-processor SuperServer 5086 series support the QPI format 8-Core Xeon® processors 7500 Series and 10-Core Xeon® processcors E7-8800 family in a high-density 5U form-factor.
  12. Supermicro 8046B-TRLF Rackmount 2U SuperServer
    Supermicro's quad-processor tower/4U Xeon® 7500 servers support PCI-E 2.0 and up to 512GB of DDR3 memory in 32 DIMM slots. These servers are designed for enterprise computing applications such as virtualization, HPCC and EPIC.
View as Grid List

52 items

per page
Set Descending Direction