Supermicro καλώδιο CBL-MCIO-1255M5R MCIO x8 ευθύ σε ορθογώνιο 30AWG - καλώδιο

High-density server and storage systems demand reliable, high-speed internal connections that can handle PCIe and NVMe data without signal loss or cable bulk. The Supermicro CBL-MCIO-1255M5R internal data cable solves this by providing a robust MCIO x8 link with a space-saving right-angle connector on one end, ideal for tight chassis layouts.

Who is it for

System integrators, data center technicians, and IT professionals building or maintaining Supermicro servers, workstations, or storage arrays that use MCIO x8 ports. It is essential for connecting backplanes, riser cards, or NVMe drive cages where a straight connector would interfere with other components.

Main features

• MCIO x8 to MCIO x8 connectivity with one straight and one right-angle connector for flexible routing.
• Supports PCIe and NVMe protocols for high-speed data transfer in modern systems.
• 30 AWG wire gauge balances signal integrity and flexibility for internal cable management.
• 55 cm length is optimized for mid-chassis connections without excessive slack.
• Black jacket blends into standard server interiors and aids in cable identification.
• Gold-plated connectors ensure reliable contact and resistance to corrosion.

Specifications

• Brand: Supermicro
• Model: CBL-MCIO-1255M5R
• MPN: CBL-MCIO-1255M5R
• Product type: Internal data cable
• Cable length: 55 cm
• Connector 1: MCIO x8, straight orientation
• Connector 2: MCIO x8, right-angle orientation
• Wire gauge: 30 AWG
• Data lanes: 8 (x8)
• Supported protocols: PCIe, NVMe
• Connector plating: Gold
• Cable colour: Black
• Application: Server, storage, workstation
• Compatibility: Supermicro systems with MCIO x8 ports

Tips

Before installation, verify that your Supermicro motherboard or backplane has MCIO x8 connectors and that the right-angle orientation matches your chassis layout. Route the cable away from sharp edges and secure it with cable ties to maintain airflow. For optimal signal integrity, avoid bending the cable beyond its minimum bend radius.