OncQT Database Server Requirements - Rack Mounted

Platform: DELL® R510 - (2U)
Processor: (Dual) Intel® Xeon® E5620 2.4Ghz, 12M Cache,Turbo, HT, 1066MHz
Bus Type: PCI-E
Memory (RAM): 24GB Memory (6x4GB), 1333MHz Dual Ranked RDIMMs for 2 Processors, Optimized
Hard Drives (Local Storage):
  • 6x146GB 15K RPM Serial-Attach SCSI 3Gbps 3.5" Hotplug Hard Drive;
  • 3x600GB 15K RPM Serial-Attach SCSI 6Gbps 3.5” Hot Plug Hard Drive.
Drive Controller: Internal PERC H700 Integrated RAID[1] Controller with 512MB of battery-backed cache with (50/50) read/write cache enabled
  • Configure channel one: 2x146GB (RAID 1) + 4x146GB (RAID 5)
  • Configure channel two: 3x600GB (RAID 1 + 1 Global HS)
  • DVD operates from SATA CONTROLLER ON BOARD
Optical Drive: Internal Slim optical DVD ROM
Backup Tape: None[2]
Network Interface: Dual Two-Port Embedded Broadcom® NetXtreme II™ 5709 Gigabit Ethernet NIC
Redundancy: PSU and Fans
Ports: 1 serial, minimum 2 USB
Operating System[4], [5]: Windows® Server 2008 R1 (Standard) with Service Pack 2 (5 client access license or sufficient seat licenses)
File System:
NT File System (NTFS)
Server
  • Volume C, (OS & APP): 146GB;
  • Volume D, (Database, Database Logs, Database Dumps, & Image Directory): ~438GB (RAID 5) @ 15K RPM;
  • Volume E, (Database Dumps): 600GB (RAID 1).
Windows® OS Architecture: 64-bit

Notes:

  1. Software RAID is neither recommended nor supported with the OncQT Server.
  2. OncQT Server does not include a tape backup device package.
    a. An optional external tape backup device package can be purchased, which would operate from a separate drive controller.
  3. Hardware used should be approved based on the current Microsoft® Windows® Catalog Listing.
  4. Windows® Server 2008 R2 is currently not compatible with the OncQT Server.
  5. Other compatible Windows® operating systems include: Windows Server 2003 and Windows Server 2003 R2, Standard or Enterprise, SP2, 32-bit only.
  6. 1 Gbps network recommended for maximum speed and performance.
  7. CPU identified above is for Intel®'s Nehalem or Westmere (microarchitecture). Each CPU has up to three or four separate memory controller hubs (MCHs) within the CPU package, and requires each memory channel to be populated per CPU for optimal use.
  8. Specifications subject to change without notice as newer computer models become available.

 

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