C2G 16.4ft (5m) LC-LC 62.5/125 OM1 Duplex Multimode PVC Fiber Optic Cable - Orange
- OM1 - 62.5µm core
- Supports 200/500 MHz km OFL at 850/1300nm
- OFNR - Riser rated jacket
- Tested in accordance with EIA/TIA-455-171A
- Connector 1: (1) LC Male Connector 2: (1) LC Male
- Lifetime Warranty
Product Details
General Information
| Product Color | Orange |
| Connector Type on Second End | LC Network - Male |
| Connector Type on First End | LC Network - Male |
| Connector on Second End Details | 2 x LC Network - Male |
| Connector on First End Details | 2 x LC Network - Male |
| Cable Type | Fiber Optic |
| Cable Length | 16.40 ft |
| Cable Characteristic | Patch Cable |
| Limited Warranty | Lifetime |
| Features | Molded ~ Pull Resistant Connector ~ Impact Resistant ~ Flex Resistant ~ Snag Resistant ~ Strain Resistant ~ Crush Resistant |
| Manufacturer | Legrand Group |
| Device Supported | Network Device |
| Manufacturer Website Address | http://www.legrand.us |
| Product Name | 5m LC-LC 62.5/125 OM1 Duplex Multimode PVC Fiber Optic Cable - Orange |
Product Information
| Brand | C2G |
| Type | Cables |
Description
With LC to LC termination, this high quality fiber optic patch cable is specifically designed for fast ethernet, fiber channel, Infiniband®, ATM and gigabit ethernet applications. The small LC connectors satisfy the need for higher port density both in the telecom room and the work area, and offer twice the port density of traditional SC and ST fiber connectors. The LC connector with its RJ-style latch clip design is easy to engage and disengage, and gives each connection greater durability in resisting pulls, strains, snags, and impacts during cabling installs and maintenance. The patented injection molding process provides each connection greater durability in resisting pulls, strains and impacts from cabling installs. Each cable is 100% optically inspected and tested for insertion loss before you receive it. A pull-proof jacket design surrounds the popular 62.5/125 multimode fiber, immune to electrical interference.
