OM4 50/125 μm MMF Cables
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OM4 50/125 μm MMF Cables Overview
This duplex OM4 multimode fiber optic patch cable uses LC UPC connectors at both ends, a 2.0mm cable diameter, and a PVC OFNR-rated jacket, with lengths available from 1m to 100m. Its pre-terminated construction supports plug-and-play interconnections and cross-connections in data centers, telecommunications networks, and enterprise cabling systems. Designed for high-speed short-distance Ethernet applications, the cable supports 10G, 40G, and 100G network links. Its bend-insensitive fiber structure limits attenuation when the cable is bent or twisted, supporting routing and maintenance within large optical cabling installations.
- What fiber and connector configuration does M4-2F-LCU-LCU use?
It uses duplex OM4 50/125 multimode fiber with LC UPC connectors on both ends. The cable has a 2.0mm diameter and is supplied as a pre-terminated LC-to-LC patch cable for plug-and-play interconnections.
- Which cable lengths are available for M4-2F-LCU-LCU?
1m to 100m. The available range supports short equipment patching, rack-to-rack connections, and cross-connections while keeping the same LC UPC to LC UPC duplex OM4 construction.
- Can M4-2F-LCU-LCU be used for 10G, 40G, and 100G Ethernet links?
Yes. M4-2F-LCU-LCU supports short-distance 10G, 40G, and 100G Ethernet links when used with compatible duplex LC multimode optics and an OM4 link budget that matches the selected transceivers.
- Is M4-2F-LCU-LCU suitable for MPO/MTP SR4 transceiver ports?
No. M4-2F-LCU-LCU is a duplex LC UPC patch cable, so it connects LC-based duplex ports. MPO/MTP SR4 ports require matching MPO/MTP cabling rather than a duplex LC-to-LC cable.
- What does the PVC OFNR jacket on M4-2F-LCU-LCU mean for installation?
It indicates an optical fiber nonconductive riser jacket. The PVC OFNR rating is intended for riser-rated indoor cabling paths, while plenum spaces require a plenum-rated cable if the local installation code calls for one.
- How does the bend-insensitive fiber design help M4-2F-LCU-LCU in dense racks?
It limits added attenuation when the cable is bent or twisted during routing. This helps maintain stable optical performance in dense racks, cross-connect areas, and large structured cabling installations.
