OM3 50/125 μm MMF Cables
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OM3 50/125 μm MMF Cables Overview
This duplex OM3 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. The cable supports short- to medium-distance 10G, 40G, and 100G Ethernet links. Its bend-insensitive fiber structure reduces attenuation when the cable is bent or twisted, supporting routing, installation, and maintenance within large optical cabling systems.
- What connector and fiber configuration does M3-2F-LCU-LCU use?
It provides a duplex LC UPC-to-LC UPC connection over OM3 50/125μm multimode fiber. The cable uses two fibers, LC UPC connectors on both ends, a 2.0mm cable diameter, and a PVC OFNR-rated jacket.
- What cable lengths are available for M3-2F-LCU-LCU in the OM3 50 & 125 MMF Cables category?
1m to 100m. M3-2F-LCU-LCU is offered in this length range for short cabinet connections, cross-connections, and longer indoor multimode fiber runs within optical cabling systems.
- Can M3-2F-LCU-LCU be used for 10GBASE-SR links with LC multimode transceivers?
Yes. OM3 50/125μm multimode fiber supports 10GBASE-SR links up to 300m under standard link conditions, and M3-2F-LCU-LCU is available up to 100m for LC duplex multimode interconnections.
- Can M3-2F-LCU-LCU support 40G or 100G Ethernet links?
Yes, when the 40G or 100G optical modules use duplex LC multimode interfaces and the selected length fits the module link budget. M3-2F-LCU-LCU is not an MPO/MTP parallel-fiber SR4 cable.
- Is M3-2F-LCU-LCU suitable for indoor riser cabling routes?
Yes. M3-2F-LCU-LCU uses a PVC OFNR-rated jacket, which is intended for indoor riser-rated fiber cabling applications where OFNR cable is specified.
- Does the bend-insensitive structure of M3-2F-LCU-LCU help during dense cable routing?
Yes. Its bend-insensitive OM3 fiber structure reduces attenuation caused by bending or twisting, helping maintain stable performance during routing, installation, and maintenance in high-density optical cabling systems.
