MPO-4xLC Singlemode Patch Cable BlueOptics R4D64A 10 Meter

The BlueOptics R4D64A 10 Meter MPO-4xLC Singlemode Patch Cable is a fiber-optic connection solution engineered for high-density and high-speed optical networks. This 10 m cable uses an MPO connector on one end and four LC connectors on the other, enabling multi-fiber aggregation and straightforward connection to single-channel equipment. Constructed for low insertion loss and consistent signal transmission, the cable is suitable for data center interconnects, backbone links and other professional telecom environments requiring singlemode performance.

Advantages

This singlemode MPO-4xLC patch cable provides stable optical performance across the 10 meter length, with a focus on low attenuation and precise connector alignment. The cable's jacket and connector assemblies are built to withstand repeated mating cycles and standard handling in rack and cabinet environments. Compatibility with standard MPO and LC interfaces simplifies integration into existing infrastructure while reducing the need for adapters or additional splicing.

Suitable for

• Data center uplinks and patching between MPO trunks and LC-equipped transceivers
• Aggregation of multiple singlemode fibers into a single MPO trunk
• Backbone and campus optical links requiring organized multi-fiber connections
• Telecom and enterprise network installations where space and port density matter

Key specifications

• Fiber type: Singlemode (OS2)
• Connector configuration: MPO to 4 × LC
• Length: 10 meters
• Color: Blue jacket
• Typical application: High-density optical patching and aggregation
• Performance: Low insertion loss and return loss suitable for singlemode links

How to use

Route the cable through cable management pathways and secure it to avoid tight bends or compression that would exceed the manufacturer's minimum bend radius. Insert the MPO connector into the MPO port of the trunk or panel, ensuring correct polarity and key orientation, then connect each LC connector to the corresponding transceiver or adapter port. Verify optical continuity and signal levels with appropriate test equipment after installation to confirm acceptable insertion loss and link performance.

Usage recommendations

Handle connectors by the housings and keep end faces clean using proper fiber cleaning tools. Avoid kinking the cable and follow standard fiber-optic best practices for bend radius, strain relief and storage. For critical links, perform post-installation testing and document loss values to ensure compliance with system requirements.