Fiberdyne F9C11R3GCNN015MY-TR 15 Meter LC/APC-LC/APC Fiber Optic Jumper

$5.99
In stock
Only 20 left
SKU
F9C11R3GCNN015MY-TR
Description

Condition: New

Product Overview: The Fiberdyne F9C11R3GCNN015MY‑TR is a premium 15-meter singlemode (9/125 µm OS2) LC/APC–LC/APC fiber optic jumper, engineered for high-reliability network performance. Featuring factory machine-polished connectors and 100% optical clarity inspection, this assembly offers consistent low insertion loss (≤0.3 dB) and high return loss (>60 dB), assuring superior signal integrity over long-distance runs in data centers, telecom infrastructure, and CATV applications.

Features

  • Double LC/APC connectors on both ends for ultra-low back reflection—essential in high-performance optical links.

  • Singlemode OS2 (9/125 µm) fiber optimized for long-haul, high-bandwidth transmission.

  • Factory-polished and QC-inspected: each jumper is machine-polished and verified for optical clarity and performance.

  • Low insertion loss (≤0.3 dB) and high return loss (>60 dB) ensure signal fidelity and efficient network performance.

View more
- +

Condition: New

Product Overview: The Fiberdyne F9C11R3GCNN015MY‑TR is a premium 15-meter singlemode (9/125 µm OS2) LC/APC–LC/APC fiber optic jumper, engineered for high-reliability network performance. Featuring factory machine-polished connectors and 100% optical clarity inspection, this assembly offers consistent low insertion loss (≤0.3 dB) and high return loss (>60 dB), assuring superior signal integrity over long-distance runs in data centers, telecom infrastructure, and CATV applications.

Features

  • Double LC/APC connectors on both ends for ultra-low back reflection—essential in high-performance optical links.

  • Singlemode OS2 (9/125 µm) fiber optimized for long-haul, high-bandwidth transmission.

  • Factory-polished and QC-inspected: each jumper is machine-polished and verified for optical clarity and performance.

  • Low insertion loss (≤0.3 dB) and high return loss (>60 dB) ensure signal fidelity and efficient network performance.

New Products View All