BlueOptics MPO/UPC to 4×Duplex LC/UPC Breakout Patch Cable 7.5m, Multimode OM4 G50/125µm, 3.0mm LSZH, 8 cores, MPO no-pins, magenta

BlueOptics MPO/UPC to 4×Duplex LC/UPC Breakout Patch Cable, 7.5 m, is a multimode OM4 (50/125 µm) fiber assembly designed for high‑density connectivity and parallel optics applications. The cable features an 8‑core MPO connector (no‑pins) on one end and four duplex LC/UPC terminations on the other, housed in a flexible 3.0 mm LSZH jacket in magenta. Delivered with a measurement protocol, this breakout cable supports trunking and short‑reach parallel links such as 40G and 100G deployments in data center environments.

Advantages

This cable offers compact parallel connectivity that simplifies transitions between MPO‑based trunk lines and LC‑terminated equipment. The OM4 multimode fiber provides improved bandwidth and lower modal dispersion compared with lower grade multimode types, supporting higher aggregate data rates over short distances. The LSZH jacket reduces smoke and toxic emission risk in confined installations, while the magenta color aids fast visual identification of OM4 multimode links. Supplied measurement documentation verifies insertion loss values for reliable deployment.

Suitable for

Key specifications

How to use

Install the MPO end into the MPO trunk or MPO port of a cassette or patch panel, ensuring correct polarity and alignment for the no‑pin MPO variant. Connect the four duplex LC/UPC pairs to the target transceivers, patch panels or equipment ports, verifying that transmit and receive lanes match the expected mapping. Route the 3.0 mm LSZH cable to avoid tight bends and mechanical strain; observe minimum bend radius recommendations from the equipment vendor. Use the supplied measurement protocol to confirm insertion loss and continuity after installation.

Recommendations

Prior to installation, confirm MPO polarity (A/B or key up/key down) required by your parallel optics equipment and label both ends for future maintenance. Keep connector endfaces clean and inspect with a fiber microscope; use appropriate cleaning tools if contamination is found. For best performance, avoid sharp bends and secure the cable to prevent movement that could stress terminations.