Tripp Lite N302-23M Duplex Mm 62.5/125 Fiber Patch Cable

Product Description

The TRIPP LITE N302-23M is a duplex multimode fiber optic patch cable built for structured cabling installations in commercial and industrial environments. Running at a 62.5/125 micron core-to-cladding ratio, this cable supports multimode fiber runs where duplex connectivity is required for full-duplex data transmission. At 23 meters in length, it is suited for longer inter-rack, riser, or cross-connect runs that shorter patch cords cannot reach. Network technicians and low-voltage cabling contractors install this type of patch cable when connecting switches, transceivers, patch panels, or fiber media converters in data center and enterprise LAN environments.

This patch cable is appropriate for multimode fiber optic networks in commercial office builds, data centers, and campus backbone cabling. The 62.5/125 micron multimode fiber type is common in legacy and installed-base fiber plant infrastructure. A 23-meter length accommodates runs between equipment rooms, intermediate distribution frames, or horizontal cross-connects where standard short-length patch cords fall short. Installation is typically performed by licensed low-voltage contractors or network technicians following TIA-568 structured cabling standards.

Key Features

• Duplex configuration supports full-duplex fiber optic data transmission
• 62.5/125 micron multimode fiber core matches legacy and installed multimode plant infrastructure
• 23-meter length accommodates longer inter-rack and cross-connect runs
• Sold as a single unit for straightforward procurement and replacement

Compatibility

Designed as a standard duplex multimode 62.5/125 fiber patch cable compatible with multimode fiber optic ports and patch panels accepting the applicable connector interface on each end.

Installation Notes

Fiber optic patch cables of this type are installed by low-voltage cabling contractors or network technicians in accordance with TIA-568 structured cabling standards. Power down or place ports in a safe state before disconnecting active fiber links where laser sources may be present. Avoid sharp bends below the cable minimum bend radius to prevent signal loss or fiber damage. Clean all fiber end-faces with an appropriate fiber optic cleaning tool before mating to any adapter or transceiver port.