CBO BlueOptics AFBR-7QER10Z 10m optische QSFP-kabel (AOC) BO252503K10M

CBO BlueOptics AFBR-7QER10Z 10m QSFP optical cable (AOC) BO252503K10M is a 10‑metre active optical cable designed for high-speed, low-latency links between QSFP-enabled devices. The cable integrates transceivers within the QSFP housings to provide a compact, plug-and-play solution for short-range optical interconnects in networking and server environments. It is intended for direct connections where a reliable 10 m optical link is required without the need for separate transceiver modules and patch cords.

Advantages

The BlueOptics AFBR-7QER10Z AOC delivers consistent high-bandwidth performance with reduced electromagnetic interference compared to copper cabling and eliminates the need for separate SFP/QSFP transceivers. Its integrated design simplifies installation, reduces rack space and cable management complexity, and offers lower latency and power consumption for short-range connections. The fixed 10 m length ensures predictable link planning and eliminates variability associated with field-assembled fibre runs.

Suitable for

• Switch-to-switch connections within a data centre rack or between adjacent racks
• Server uplinks to QSFP-enabled network ports
• High-density aggregation and spine-leaf topologies requiring compact optical interconnects
• Point-to-point links in routers and storage systems with QSFP interfaces

Key specifications

• Cable type: Active Optical Cable (AOC) with QSFP connectors
• Length: 10 metres
• Connectivity: QSFP form-factor interfaces for both ends
• Performance: Designed for high-speed, low-latency data transmission over short ranges
• Compatibility: Intended for use with QSFP ports on switches, routers and servers
• Physical: Lightweight optical cable construction suitable for high-density cabling

How to use

Install the AOC by inserting each QSFP connector into the corresponding QSFP port on the devices to be linked. Ensure both devices are powered down or support hot-pluggable QSFP modules before insertion if required by the equipment vendor. After seating the connectors, verify link status and speed through the host devices' management interfaces. Route the cable to avoid sharp bends and mechanical strain; the cable requires no additional transceivers or patch panels for operation.

Recommendations

Use the cable within recommended bend radii and ambient conditions specified by the equipment vendor. For optimal performance, avoid tightly coiling the cable, and keep optical connectors clean and protected when not in use. Verify firmware and compatibility notes on connected devices to ensure full QSFP feature support.