Tripp Lite N520-01M Specification Sheet
Tripp Lite
1111 West 35th Street
Chicago, IL 60609 USA
Telephone: +(773) 869 1234
E-mail:
saleshelp@tripplite.com
Model #: N520-01M
1M (3-ft.) Duplex MMF 50/125 Patch Cable (LC/LC)
Highlights
Premium PVC multimode patch cables
Attenuation loss meets or exceeds the latest industry standards
Loop-back cables provide an easier, "single-person" solution for testing fiber
optic cable systems
Higher bandwidth optimized for gigabit and 10Gbps networks
Backward compatible with 62.5 micron fiber
Built-in headroom for future applications
Description
Tripp Lite's 1-meter multimode duplex Fibre Channel optic LC/LC patch cable is manufactured from 50/125 zipcord fiber. The cable has LC
connectors on each end. It has a PVC jacket and is FDDI and OFNR rated. 50/125 Duplex multimode fiber is most commonly used in Fibre Channel
applications. It is backward compatible with 62.5 micron fiber and provides built-in headroom for future applications. The cable provides higher
bandwidth optimized for Gigabit and 10Gbps networks as well. Also available in lengths up to 152 meters. Enter "N520-" in the search field to bring
up all lengths. For LC-SC cables, search "N516-", and for SC-SC, search "N506-".
System Requirements
Any fiber optic hardware or NIC card requiring multimode duplex cable with LC/LC connectors
Package Includes
1M duplex MMF cable LC/LC 50/125 fiber
Features
Constructed with 50/125 micron cable
Length: 1-meter
Use on fiber and fibre channel installations
LC male to LC male connectors
Higher bandwidth optimized for gigabit and 10Gbps networks
Backward compatible with 62.5 micron fiber
Built-in headroom for future applications
Number of fibers: 2
Fiber type: All glass graded index
Core diameter: Two 50+/-3 microns
CLAD diameter: 125+/-2 microns
Primary coating diameter: 245+/-15 microns
Primary coating material: Acrylate
Secondary coating diameter: 900+/-50 microns
Secondary coating material: PVC
Attenuation @850NM: 3.5DB/KM maximum, @1300NM: 1.0DB/KM maximum
Bandwidth @850NM: 220 MHz-KM minimum, @1300NM: 600 MHz-KM minimum