Lynn Electronics LCSCDUPMM-10M Duplex Multimode Patch Cable

Product Description

The LYNN ELECTRONICS LCSCDUPMM-10M is a duplex multimode fiber optic patch cable designed for high-speed data transmission in structured cabling installations. Measuring 10 meters in length, this patch cable supports duplex communication over multimode fiber, making it suitable for connecting network equipment such as switches, routers, media converters, and fiber optic panels. Licensed network technicians and low-voltage cabling contractors rely on this type of cable for backbone and horizontal runs in both commercial and residential data environments. The duplex configuration carries simultaneous bidirectional signals over two fiber strands, reducing latency and supporting full-duplex operation across compatible equipment.

This patch cable is used in structured cabling systems where multimode fiber links are required between active equipment and patch panels or distribution frames. Typical applications include enterprise LAN environments, data centers, telecom rooms, and campus network interconnects. The 10-meter length suits rack-to-rack or equipment-room runs where longer pulls are needed without splicing. Network installers working with OM1, OM2, or compatible multimode fiber infrastructure will find this cable a practical fit for standard patching tasks.

Key Features

• Duplex configuration supports simultaneous bidirectional fiber transmission
• Multimode fiber type suitable for short- to medium-distance network runs
• 10-meter cable length accommodates equipment-room and rack-to-rack patching
• Sold as a single unit for individual patching needs
• SC connector format on both ends based on part number designation

Compatibility

Designed as an OEM-style replacement or standard patch cable for multimode fiber optic installations using SC-type connector ports on network switches, media converters, patch panels, and fiber distribution hardware.

Installation Notes

Fiber patch cables should be installed by qualified low-voltage or network cabling technicians familiar with fiber handling best practices. Always inspect connector end-faces for contamination before mating, and use appropriate fiber cleaning tools prior to insertion. Avoid sharp bends that exceed the cable minimum bend radius, as this can cause signal loss or physical damage to the fiber strands. Deactivate or power down active fiber ports on connected equipment before disconnecting or reconnecting patch cables to protect both the fiber and optical transceivers.