0
Categories
AddOn ADD-CS-LC-9M5OM5 Network Cable - 9m CS to LC Lime Green OM5 Duplex OFNR (Riser Rated) MMF (Multi Mode) Fiber Patch Cable, 50/125 29.53 ft Fiber Optic for Network Device First End: 2 x LC Network Male Second End: 2 x CS Network Male Patch Cabl

AddOn ADD-CS-LC-9M5OM5 Network Cable - 9m CS to LC Lime Green OM5 Duplex OFNR (Riser Rated) MMF (Multi Mode) Fiber Patch Cable, 50/125 29.53 ft Fiber Optic for Network Device First End: 2 x LC Network Male Second End: 2 x CS Network Male Patch Cabl

This is a 9m CS (male) to LC (male) lime green OM5 duplex fiber OFNR (Riser-Rated) patch cable. An OM5 cable has a core size of 50m microns that supports 10 Gigabit Ethernet at lengths measuring up to 550 meters, and 100 Gigabit Ethernet measuring up to 150 meters and is reverse compatible with OM4 and OM3. This optical fiber, nonconductive, riser (OFNR) cable is best suited for use in interior fiber-optic SWDM4 applications. Our patch cables are 100% compliant for all of your networking needs. Our products are guaranteed by federal law to not affect or void OEM warranties.
Manufacturer: AddOn
MPN: ADD-CS-LC-9M5OM5
Availability: Special Order
Condition: New
$150.00
Add to Wishlist

Product Description

Technical Information
  • Cable Type:
    Fiber Optic
  • Cable Characteristic:
    Patch Cable
  • Fiber Optic Mode:
    Multi-mode
  • Fiber Type:
    Duplex
  • Fiber Optic Cable Core/Cladding Specification:
    50/125 µm
  • Fiber Category:
    OM5
  • Cable Length:
    29.53 ft
  • Connector Type on First End:
    LC Network - Male
  • Connector Gender on First End:
    Male
  • Connector on First End Details:
    2 x LC Network - Male
  • Connector Type on Second End:
    CS Network - Male
  • Connector Gender on Second End:
    Male
  • Connector on Second End Details:
    2 x CS Network - Male
  • Shielding:
    No
  • Jacket Type:
    Riser, OFNR
  • Device Supported:
    Network Device
Physical Characteristics
  • Color Family:
    Green
  • Product Color:
    Lime
Miscellaneous
  • TAA Compliant:
    No