Tripp Lite N506-15M Specification Sheet

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Brand: Tripp Lite

Category: Network Cable

Type: Specification sheet for Tripp Lite N506-15M

Pages: 3 (0.11 Mb)

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Tripp Lite
1111 West 35th Street
Chicago, IL 60609 USA
Telephone: +(773) 869 1234
Model #: N506-15M
15M (50-ft.) Duplex MMF 50/125 Patch Cable (SC/SC)
Highlights
Premium PVC 50/125 multimode patch cables
Attenuation loss meets or exceeds the latest industry standards
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 15-meter multimode duplex Fibre Channel SC/SC patch cable is manufactured from 50/125 zipcord fiber. The cable has SC connectors
on each end, 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 built-in headroom for future applications. The cable provides higher bandwidth optimized for Gigabit
and 10Gbps networks as well. Also available in 1, 2, 3, 5, 10, 30, and 50 meter lengths. Search "N506-" to bring up all lengths. Also search "N516-"
for SC-LC cables, and "N520-" for LC-LC cables.
System Requirements
Any fiber optic hardware or NIC card requiring multimode duplex cable with SC/SC connectors
Package Includes
15M duplex MMF cable SC/SC 50/125 fiber
Features
Constructed with 50/125 micron cable
Length - 15M
Use on fiber and fibre channel installations
SC male to SC 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