MPO/APC-4xLC yksimuotopatch-kaapeli BlueOptics GZDKEL2 5 metriä

The BlueOptics GZDKEL2 5 Meter MPO/APC-4xLC Singlemode Patch Cable is designed for high-density fiber connections in data centers and telecom installations. This singlemode cable connects an MPO/APC multi-fiber interface to four LC single-fiber connectors, enabling compact aggregation of multiple channels over a short to medium reach. The cable construction and polished APC connectors aim to maintain low insertion loss and high return loss for stable signal transmission across singlemode networks.

Advantages

This patch cable delivers low insertion loss and consistent return loss values, supporting reliable optical performance for high-bandwidth links. The MPO/APC end provides multi-fiber connectivity while the 4xLC termination allows direct connection to LC ports without additional breakout assemblies. Its 5 meter length offers flexibility for rack-to-rack or patch-panel to equipment connections, and the singlemode design is suitable for long-reach signal integrity and minimal dispersion.

Suitable for

Key specifications

How to use

Route the cable between the MPO/APC port on the distribution panel or transceiver array and the equipment with LC ports. Ensure the MPO keyed orientation and APC angled polish alignment are compatible with the mating connector before insertion. Connect the MPO end first into the multi-fiber cassette or trunk port, then plug the LC connectors into the target transceiver or patch panel ports. Avoid tight bends near the connector ends and secure the cable gently along cable management paths to prevent strain or excess torsion.

Recommendations

Inspect connector endfaces with a fiber inspection tool before installation and keep protective dust caps on unused connectors. For optimal performance, use in conjunction with compatible singlemode transceivers and maintain minimum bend radius guidelines; avoid repeated flexing near terminations. If used in high-density environments, label both ends to simplify future reconfiguration and testing.