ROLINE

ROLINE Fibre Optic Jumper Cable, 50/125 µm, LC/LC, OM5, green, 7 m

Product Code: 21.15.9276
Barcode 7630049680081

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Specification
aramid strain relief: yes
cable lsoh: yes
cable type: Duplex Cable
colour: green
colour (cable): Lime Green
conductor composition: Compact conductor
connection ports: LC / LC
current catalog edition: C25-01.70
current catalog page: 1.67
depth of packaging (single piece): 100 mm
external cable: no
external cable diameter: 2 mm
fibre section: Multi mode 50/125µm OM5
flame retardant according to iec 60332-1-2: yes
gross weight: 0.063
halogen free according to iec 60754-2: yes
height of packaging (single piece): 20 mm
length: 7 m
low smoke according to iec 61034-2: yes
mantle of external cable: LS0H
manufacturer: ROLINE
max. insertion loss: 0.3 dB
min. bending radius, dynamic: 40 mm
min. bending radius, static: 20 mm
min. return loss: 30 dB
package weight (single piece): 0.063 kg
product group: Fibre optic cable
product type: Fibre Optic Jumper Cables OM5
quantity of fibre: 2
side 1 connector type: LC
side 2 connector type: LC
weight: 53.4 g
width of packaging (single piece): 100 mm

Description

ROLINE fiber optic patch cables in OM5 quality for high-performance fiber optic cabling in high-density environments.

  • Security for the future! The OM5 fiber connector quality with very low insertion ensures an excellent quality at very high bandwidths of up to 100 Gbit/s Ethernet, Fibre Channel, and OIF applications with up to 150 meters - extends the system cost benefits to ultra long building backbones and medium length campus backbones.
  • Material and clothing in ROLINE quality
  • Duplex cables with fiber type Multimode 50/125µm, OM5
  • Attenuation 850nm ≤ 2.3 dB/km, 953nm ≤ 1.7 dB/km, 1300nm ≤ 0.6 dB/km
  • The cable assembled with "low-loss" connectors achieve very good values for insertion loss and reflection. Insertion loss of less than 0.3dB
  • Outer diameter: 2.0mm
  • UPC polish
  • Modal Bandwidth: 4700 MHz-km (this bandwidth is based on application-specific implementation of the EMBC requirements)