CRU DataPort 10 Drive Bay Adapter Internal

CRUSKU: 3533552

Price:
Sale price$185.54

Description

CRU DataPort 10 Drive Bay Adapter Internal

The CRU DataPort 10 Drive Bay Adapter Internal is engineered to dramatically increase storage density without sacrificing reliability or ease of maintenance. Built to fit the tighter, offset openings found in modern servers and workstations from major manufacturers like Dell, IBM, and HP, this rugged yet affordable internal solution bundles ten SAS/SATA drives into a single, space-efficient bay. It supports SATA 6Gbps performance, enabling fast data transfers across your drive lineup while maintaining compatibility with existing backplanes and system controllers. At the heart of its design is patented drive cooling technology and connectors engineered for longevity—delivering a solution that reduces downtime, simplifies upgrades, and scales storage to meet evolving workloads. Whether you are expanding a data center, upgrading a high-performance workstation, or constructing a dedicated storage appliance, the DataPort 10 drives for you with straightforward installation and dependable operation.

  • High-density 10-drive bay architecture: A compact internal adapter that consolidates ten SAS/SATA drives into one drive bay, delivering impressive capacity and streamlined cable management within servers and workstations that have limited bay space.
  • SAS/SATA 6G readiness: Supports Serial Attached SCSI and Serial ATA drives up to 6Gbps, ensuring compatibility with a broad range of enterprise and consumer drives while maximizing throughput for mixed workloads.
  • Patented drive cooling technology: Innovative cooling design helps maintain drive temperatures under load, contributing to improved reliability, longer drive life, and reduced thermal throttling in dense configurations.
  • Exceptional connector durability: Features 30,000+ insertion-rated connectors designed to withstand repeated drive insertions and removals, lowering maintenance costs and downtime in busy data environments.
  • Broad OEM compatibility: Specifically tailored to fit smaller drive bay openings commonly found in Dell, IBM, and HP systems, while remaining rugged enough for data-center deployments and field upgrades.

Technical Details of CRU DataPort 10 Drive Bay Adapter Internal

  • Drive bay capacity: 10-drive internal bay adapter designed to maximize storage density within a single chassis.
  • Interface and protocol: SAS/SATA 6G compatibility, enabling high-speed data transfer across mixed drive types while remaining compatible with most backplanes that support SAS/SATA backplanes.
  • Form factor: Internal drive bay adapter engineered to fit compact or smaller bay openings in common enterprise servers and workstation enclosures.
  • Compatibility: Optimized for Dell, IBM, and HP systems with smaller drive bays; suitable for data-center servers, copy/backup appliances, and performance-focused workstations.
  • Cooling technology: Patented drive cooling system designed to dissipate heat efficiently and maintain consistent performance in dense drive configurations.
  • Durability and connectors: 30,000+ insertion-rated connectors provide longevity and ease of maintenance for frequent drive changes and upgrades.
  • Performance: SATA 6Gbps support ensures solid sequential throughput and compatibility with modern high-capacity drives for reliable data access.
  • Build quality: Rugged construction that balances durability with cost-effectiveness for both data-center deployments and on-site installations.

How to Install CRU DataPort 10 Drive Bay Adapter Internal

  • Power down and unplug the server or workstation. Ground yourself to avoid static discharge that could damage drives or electronics.
  • Remove the existing drive bay covers or blanks from the chassis to prepare the space for the DataPort 10 adapter. Ensure you have access to the system backplane connectors and mounting points.
  • Align the DataPort 10 adapter with the designated 10-drive bay slot and slide it into place, ensuring that the backplane connectors engage securely. In many chassis, a standard bracket or rail system will help secure the adapter in position.
  • Connect the system backplane or SATA/SAS cables to the DataPort 10’s interface connectors. Route cables neatly to avoid interference with fans or other hardware, and secure with ties or clips as needed.
  • Attach any required power and data cables to individual drives if your configuration uses an external power or backplane arrangement. Secure the adapter assembly with screws or brackets as specified by your chassis, then replace any bay covers you removed.
  • Power on the system and enter the operating system’s disk management utility. Confirm that all ten drives are detected and that they operate at expected performance levels. Consider running a baseline SMART report and a short diagnostic test to verify reliability across the new configuration.

Frequently asked questions

  • What does the CRU DataPort 10 Drive Bay Adapter Internal do? It consolidates ten SAS/SATA drives into a single internal bay, enabling high-density storage within compatible servers and workstations. It preserves SATA 6Gbps performance while leveraging patented cooling and a robust connector system to improve reliability and serviceability.
  • Which systems can I use this with? The DataPort 10 is designed to fit smaller drive bay openings found in Dell, IBM, and HP servers and workstations. It is intended for environments where dense drive configurations are desirable and where the chassis supports internal drive backplanes compatible with SAS/SATA interface.
  • Is it hot-swappable? The description emphasizes rugged, high-insertion connectors and a design tailored for frequent drive insertions, but hot-swapping specifics depend on your server’s backplane capabilities. Consult your system administrator and chassis documentation to confirm hot-swap support for this configuration.
  • Does it support mixed drive types? Yes. The DataPort 10 supports SAS and SATA drives up to 6Gbps, allowing a mixed drive environment where performance and capacity requirements vary. Always verify that your backplane and controller can support mixed SAS/SATA configurations.
  • What maintenance or upgrades does it enable? The design emphasizes long connector life (30,000+ insertions) and robust cooling, which reduces downtime during drive replacements or capacity expansions. It’s well-suited for data-intensive workloads, backups, and scalable storage pools where frequent drive changes are anticipated.
  • Do I need special tools or drivers? In most setups, no special drivers are required beyond standard SAS/SATA controller drivers. Installation relies on the system’s backplane and disk management utilities. Always ensure firmware and controller software are current for best compatibility.

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