NSR 104


The NSR 104

Ci Design proudly presents this storage / server rack mountable enclosure – NSR 104. This model is built to handle high volume data response in an ultra cool thermal environment that maximizes storage server possibilities. NSR 104 supports redundant power supplies, hot-swap hard drives, hot-swap fans and Dual / Quad Intel® Xeon™ and AMD® Opteron™ server board. This series improves on current enterprise and corporate data center’s scalability.

Key Features

  • SAS, SATA or SATA 3.0 Gb/s interface
  • Passed Intel validation testing
  • Dual 2.5" SATA OS mirror drives
  • Server board footprint compatibility
  • Fan speed controlled by motherboard
  • Maximum open area on drive trays
  • Drive tray with locking feature
  • Increased EMI/ESD features
  • Easy or Hot swap fans mounted on rubber screws1
  • Two USB connections on front panel
  • Front panel power supply fail LED - redundant power
  • Horizontal oriented backplane
  • Logo indent on drive tray
  • Thick gauge sheet metal
  • Backplane designed to support 6.0 Gb/s2
  • Backplane designed to support solid state drives2
  • High confidence 3 year limited warranty

1 Fan configuration may vary 2 Testing to be completed once drives available

Product Specifications

  • HDD Bays: 4 x 3.5 inch Hot Swap Drive Bays
  • System Architecture: Supports SAS, SATA or SATA 3Gb/s HDDs
  • Easy Swap/Redundant Components: HDDs, power supplies and PWM cooling fans
  • Maximum Capacity/Enclosure: Up to 6 TB with 1.5 TB HDD
  • Dimensions: 1U Form Factor - 1.75 inch (H) x 19.00 inch (W) x 28.00 inch (D)
  • Power Requirements:
    • 650W Redundant / 600W Fixed
    • 650W 80+ Redundant / 560W 80+ Fixed
  • Server Board Compatibility: Supports up to 12 inch X 13 inch

Ci Design and iStoragePro are registered trademarks of Commercial and Industrial Design Co., Inc. All rights reserved. All other trademarks, trade names or company names referenced herein are used for identification purposes only, and are the property of their respective owners.

All dates, specifications, features, and figures specified on this page are introductory and based on ideal conditions, may vary based on configuration, and are subject to change without notice.