Cable Matters OFNP Plenum Multimode Duplex OM1 Fiber Cable 3.3 Feet / 1m by CableMatters

Cable Matters OFNP Plenum Multimode Duplex OM1 Fiber Cable 3.3 Feet / 1m

$14.83
Sale price  $14.83 Regular price 
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Cable Matters OFNP Plenum Multimode Duplex OM1 Fiber Cable 3.3 Feet / 1m by CableMatters

Cable Matters OFNP Plenum Multimode Duplex OM1 Fiber Cable 3.3 Feet / 1m

$14.83
Sale price  $14.83 Regular price 

Product Overview

Whether for daily routines or similar needs, the Cable Matters OFNP Plenum Multimode Duplex OM1 Fiber Cable 3.3 Feet / 1m (10Gb, LC to LC, 62.5/125 Fiber Optic Cable) delivers adjustable quality and reliable performance. Key specs include brand: Cable Matters, connector type: LC, cable type: Fiber Optic. Notable features include high-density om1 and om1 fiber, contributing to its versatile character.

Key Features

  • High-Density OM1 Fiber Connectivity: Multimode duplex 62.5/125 µm fiber cables with dual small-form-factor LC connectors are designed for high-density applications in network closets and data centers. This OM1 LC to LC fiber patch cable supports LED-based network equipment such as SFP and GBIC transceivers, media converters, industrial Ethernet devices, and optical fiber NICs, and provides premise connections for patch panels, outlets, cross-connects, and fiber distribution systems.
  • Fast & Convenient Installation: Lightweight fiber optic patch cords include removable dust caps that protect LC connectors during installation. Adjustable connector clips allow individual fiber access, while embossed A/B labels and jacket tag rings labeled “1” and “2” offer quick identification of Tx and Rx when installing, testing, or troubleshooting network connections.
  • Durable Construction for Reliable Performance: This LC to LC cable combines a tight-buffered fiber design that is 100% factory tested with LC connectors housed in a protective yoke for frequent reconnects. The duplex 2.0 × 4.0 mm zipcord design prevents tangling and provides individual access to each fiber. Slim-profile boots include flexible strain relief, while PC-polished ends and zirconia ceramic ferrules ensure precise alignment and stable optical signal integrity.
  • Standards-Compliant OM1 Plenum Cable: This OM1 cable features a superior OFNP (plenum) safety rating and can substitute for OFNR (riser) cable where plenum requirements apply. The TIA/EIA-compliant orange jacket with beige connectors uses straight-thru A-to-B wiring. OM1 fiber supports Gigabit Ethernet 1000BASE-LX/SX, 10GBASE-S/LR4/LRM (limited OM1 support depending on distance), and Fibre Channel 100/200/400/1200-MX, and is backward compatible with FDDI and Fast Ethernet 10/100BASE-SX/FX.
  • Broad Transceiver & Media Converter Compatibility: Compatible with 1000BASE-SX SFP transceivers and media converters such as Cisco-compliant 1000BASE-SX GLC-SX-MM-OEM, Cisco MGBSX1, TEG-MGBSX, 100/1000BASE-T, MC220L, NETGEAR 1000BASE-SX, StarTech SX modules, Cisco GLC-SX-MMD, HP ProCurve SX Mini-GBIC, and HP J4858C Gigabit-SX-LC SFP.

Why Choose the Cable Matters OFNP Plenum Multimode Duplex OM1 Fiber Cable 3.3 Feet / 1m (10Gb

The Cable Matters OFNP Plenum Multimode Duplex OM1 Fiber Cable 3.3 Feet / 1m (10Gb, LC to LC, 62.5/125 Fiber Optic Cable) earns its place through value-driven quality and thoughtful features including high-density om1. The result is thoughtful design that lasts.

Best For

The Cable Matters OFNP Plenum Multimode Duplex OM1 Fiber Cable 3.3 Feet / 1m (10Gb is best suited for: High Density, High-Performance Signal Transmission, high-density applications in network closets and data centers.

Quick Summary

The Cable Matters OFNP Plenum Multimode Duplex OM1 Fiber Cable 3.3 Feet / 1m (10Gb is a Optical product by CableMatters. Brand: Cable Matters. Connector Type: LC. Cable Type: Fiber Optic. Compatible Devices: PC. Special Feature: High Density, High-Performance Signal Transmission. Price: $14.83.

Product Specifications

Specification Details
Brand Cable Matters
Connector Type LC
Cable Type Fiber Optic
Compatible Devices PC
Special Feature High Density, High-Performance Signal Transmission

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