MPO-4xLC Multimode OM4 Patch Cable BlueOptics Alcatel-Nokia 3HE13896AA-5 5m LC/APC

The BlueOptics MPO-4xLC Multimode OM4 Patch Cable 5m is a fiber-optic assembly designed for high-density network interconnects and short-reach data centre links. This multimode OM4 cable supports 50 µm core multimode fibers and full-duplex transmission using an MPO connector on one end and four LC/APC terminations on the other. With a 5-metre jacket length and a construction optimised for multimode performance, the cable is suitable for transmitting high-bandwidth signals with reduced modal dispersion in campus, rack-to-rack and equipment-to-equipment connections.

Advantages

This OM4 patch cable provides increased bandwidth and lower attenuation compared with lower-grade multimode fibers, supporting higher data rates over short to medium distances. The MPO to 4xLC configuration enables consolidation of multiple channels in a single trunk while maintaining simple connection to LC ports on transceivers and patch panels. The use of APC-polished LC connectors reduces back-reflection, and the 5 m length offers flexibility for typical rack layouts without excess slack.

Suitable for

• High-density data centre trunking and interconnects
• Rack-to-rack and shelf-to-shelf links in enterprise networks
• Connections to multimode transceivers and parallel optics modules
• Short-reach 10G/40G/100G multimode applications within campus and aggregation layers

Key specifications

• Fiber type: Multimode OM4 (50 µm core)
• Connector A: MPO multi-fibre connector
• Connector B: 4 × LC/APC duplex connectors
• Polish type: APC on LC terminations
• Length: 5 metres
• Mode: Full duplex parallel optics support
• Application: Short-reach, high-bandwidth multimode links

How to use

Route the MPO end to the MPO-capable trunk or cassette and secure the LC/APC ends to the respective LC ports on transceivers or patch panels. Ensure connectors are clean and free of dust before mating; use appropriate dust caps during storage and handling. Avoid tight bends and maintain the manufacturer’s minimum bend radius while installing within racks or cable channels. Verify polarity and channel mapping if used in parallel optics configurations to ensure correct transmit/receive alignment.

Recommendations

Use a fiber inspection scope and approved cleaning tools before each connection to maintain low insertion loss and optimal return loss. When deploying in data centre environments, label both ends clearly and follow structured cabling practices to simplify moves, adds and changes.