Kaapeli BlueOptics 00Y8352 2 m 12 Gbit/s SFF-8644

The BlueOptics 00Y8352 2 m cable provides a direct, short-range connection for high-speed data transmission at up to 12 Gbit/s. Fitted with SFF-8644 connectors on both ends, this cable is designed for use in dense rack and server environments where reliable, low-latency links between storage arrays, HBAs and switch ports are required. The 2 metre length balances reach and signal integrity for local interconnects inside racks or between adjacent enclosures.

Advantages

This SFF-8644 cable supports a bandwidth of 12 Gbit/s and is constructed to maintain signal quality over its 2 m length, reducing the need for active repeaters in short-distance setups. The small form-factor SFF-8644 connectors provide a compact footprint, enabling high-density cabling in server rooms and storage arrays. Compatibility with common SAS/SFF interfaces simplifies integration with existing equipment that accepts SFF-8644 terminations.

Suitable for

• Connecting SAS storage enclosures to host adapters or RAID controllers within a rack
• Inter-rack or intra-rack links between servers and external drive arrays
• High-throughput local data paths requiring 12 Gbit/s performance
• Environments where compact SFF-8644 connectors and a short cable run are preferred

Key specifications

• Length: 2 metres
• Maximum data rate: 12 Gbit/s
• Connector type: SFF-8644 on both ends
• Intended use: short-range, high-speed data interconnects for storage and server equipment
• Cable format: direct-attach, passive twin-connector cable

How to use

Install the cable by aligning each SFF-8644 connector with the corresponding port on the devices to be connected and insert until the connector latches securely. Ensure both ends are seated firmly and that cable routing avoids sharp bends or mechanical strain. For optimal performance, keep the cable within its 2 m intended run and verify link status through the host or storage controller software after connection.

Recommendations

Route the cable inside racks using cable management to prevent kinks and reduce electromagnetic interference. For installations requiring longer distances or active signal conditioning, consider suitable active or fiber alternatives. Regularly inspect connectors for dust and debris and clean with appropriate tools before insertion to maintain reliable 12 Gbit/s links.