BlueOptics MPO–4xDuplex LC Multimode Breakout Patch Cable MCA7J60-C010, 10 m, OM4 G50/125µm, 3.0 mm LSZH, 8‑core, MPO (no pins) to 4× Duplex LC/UPC

BlueOptics MPO–4xDuplex LC Multimode Breakout Patch Cable MCA7J60-C010 is a factory-terminated fiber assembly designed for parallel optics links and high-density trunking in data centers and enterprise networks. The cable features an MPO (no pins) connector on one end and four duplex LC/UPC connectors on the other, using OM4 multimode fiber (50/125 µm) across eight cores. The 10 m length and 3.0 mm LSZH jacket in magenta provide clear identification and reduced smoke emission in case of fire. The assembly is supplied with a measurement protocol documenting optical performance.

Advantages

This multimode breakout cable provides a compact, pre-terminated solution for connecting MPO trunk lines to multiple LC ports without on-site termination. OM4 fiber delivers improved bandwidth and reduced modal dispersion for short-reach parallel applications. The LSZH jacket material minimizes toxic gas and smoke in enclosed spaces, while the 3.0 mm diameter balances flexibility and mechanical protection. Having the MPO connector without pins reduces the risk of pin damage during handling and simplifies mating with MPO adaptors that accept pinless connectors.

Suitable for

Key specifications

How to use

Route the cable along appropriate cable management paths, avoiding tight bends and crushing. Connect the MPO (no pins) end to a compatible MPO trunk or cassette that accepts pinless connectors, ensuring correct orientation and secure seating. Plug the four duplex LC/UPC connectors into the destination LC ports or patch panel adapters. Verify connections using the supplied measurement protocol or perform additional testing with your optical test equipment to confirm insertion loss and channel continuity.

Recommendations

Maintain a minimum bend radius as specified by the manufacturer (typically several times the cable diameter) and keep dust caps on unused connectors. Use MPO cleaning tools and LC connector cleaners before mating to ensure low loss. For automated or high-speed parallel optics, follow equipment vendor guidance on fiber polarity and ribbon mapping to ensure correct channel alignment.