BlueOptics breakout patch cable MPO/UPC to 4x duplex LC/UPC, multimode OM4 G50/125µm, 10 m, 3.0 mm LSZH magenta, 8 cores, MPO without pins

BlueOptics breakout patch cable MPO/UPC to 4x duplex LC/UPC, multimode OM4 G50/125µm, 10 m, 3.0 mm LSZH magenta, 8 cores, MPO without pins is a multimode fiber breakout cable designed for high-density data center and enterprise networks. The cable features an MPO/UPC multi-fiber connector (without pins) on one end and four duplex LC/UPC connectors on the other, supporting eight multimode fibres in OM4 (G50/125µm) specification. The 10 m LSZH jacket with 3.0 mm diameter provides a compact, flame-retardant route for short-reach high-bandwidth links and comes with a factory-issued test protocol for insertion loss and continuity.

Advantages

The cable combines MPO trunking and duplex LC connectivity to simplify migration between high-density MPO links and equipment with LC ports. OM4 multimode fiber delivers improved modal bandwidth for 10/25/40/100 Gigabit short-reach applications compared with lower-grade multimode types. The LSZH jacket reduces smoke and toxic gas emission in case of fire, and the 3.0 mm design balances flexibility with mechanical protection. Supplied with a test protocol, the cable allows verification of optical performance prior to installation.

Suitable for

Key specifications

How to use

Route the cable between the MPO trunk or cassette and the target device or patch panel with LC ports. Ensure correct alignment by matching MPO gender and mating face—this product is supplied without pins, so it must mate with an MPO connector designed for a pinless counterpart. Carefully fan out the four duplex LC pairs and insert the LC/UPC connectors into the appropriate ports. Avoid sharp bends and maintain minimum bend radius during installation. Verify connections using the provided test protocol and, if required, perform additional loss or continuity tests with suitable fiber test equipment.

Recommendations

Store and handle the cable to avoid kinks and tight bends; maintain the manufacturer-specified minimum bend radius. Use MPO-to-MPO or MPO adapter hardware compatible with pinless MPO connectors. For best optical performance in high-speed links, follow data center cabling standards for routing, labeling and patching, and verify link loss after installation using the included test protocol.