Patch Cord FC-APC /FC-APC SX
Fiblit FLPCG72SX-SCA-000-FCA-LS
Thumbnail FLPCG72SX-SCA-000-FCA-LS

Thumbnail FLPCG72SX-SCA-000-FCA-LS

LSZH Fiber Optic Patch Cord SM G.657A2 9/125 SC-APC/FC-APC Simplex 2.0 mm

Part Number: FLPCG72SX-SCA-000-FCA-LS

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Overview
Features
Key Benefits
Applications
Technical Specs
More Info

Overview

The FC/APC to SC/APC Fiber Optic Patch Cord is a high-precision single-mode interconnect solution designed for modern optical communication systems requiring ultra-low reflection and stable long-distance transmission.

It uses angled physical contact (APC) polishing on both connectors to significantly reduce back reflection, making it suitable for high-sensitivity optical systems such as GPON, FTTH, and CATV networks.

This patch cord is widely deployed in telecom infrastructure, data centers, optical distribution frames (ODF), and high-speed backbone networks where reliability and signal integrity are critical.

The hybrid connector design (FC to SC) allows seamless integration between threaded FC interfaces and push-pull SC ports, offering installation flexibility in mixed network environments.

Benefits

  • Ultra-low back reflection using APC (Angled Physical Contact) technology for stable and clean signal transmission.
  • Low insertion loss ensures efficient optical power transfer and high network performance.
  • High reliability for long-distance communication in telecom and FTTH networks.
  • Bend-insensitive G.657.A2 fiber allows installation in tight spaces without performance degradation.
  • Hybrid FC/APC to SC/APC design enables easy integration between different network devices.
  • Reduces the need for additional adapters, improving installation flexibility and reducing system complexity.
  • High mechanical strength with aramid yarn reinforcement for durability and pull resistance.
  • LSZH jacket option enhances safety by minimizing smoke and toxic emissions in case of fire.
  • Suitable for high-density environments such as data centers, ODF racks, and telecom rooms.
  • Stable performance under wide temperature ranges and challenging environmental conditions.

Features

  • Hybrid connectors: FC/APC to SC/APC for flexible network integration
  • Ultra-low back reflection using 8° angled APC polishing
  • Low insertion loss for high-quality signal transmission
  • High return loss ensuring stable optical performance
  • Single-mode fiber compliant with ITU-T G.657.A2 / G.652.D standards
  • Bend-insensitive fiber for tight installation routing
  • LSZH or PVC jacket options for environmental protection
  • High durability with aramid yarn reinforcement
  • Precision ceramic ferrules for accurate fiber alignment
  • Long service life with stable repeatability performance

Applications

  • FTTH (Fiber to the Home) access networks
  • GPON / EPON passive optical networks
  • Telecommunication backbone systems
  • Data centers and cloud infrastructure
  • Optical Distribution Frames (ODF) and patch panels
  • Fiber optic test and measurement systems
  • CATV broadband distribution networks
  • Enterprise LAN/WAN fiber interconnections

Technical Specifications

ParameterDetails
Connector AFC/APC (Threaded, 8° angled polish)
Connector BSC/APC (Push-pull, 8° angled polish)
Fiber TypeSingle Mode (9/125 µm)
Fiber StandardITU-T G.657.A2 / G.652.D compatible
Operating Wavelength1310 nm / 1550 nm
Insertion Loss≤ 0.3 dB
Return Loss≥ 60–65 dB (APC)
Cable JacketLSZH / PVC
Cable Diameter2.0 mm
Tensile Strength≥ 100–200 N
Durability≥ 1000 mating cycles
Temperature Range-40°C to +85°C
Length Options1m / 2m / 3m / Custom

FAQs

What is the main purpose of FC/APC to SC/APC patch cord?
It is used to connect optical devices with different connector types while maintaining low loss and high signal stability in fiber networks.
Why are APC connectors used instead of UPC?
APC connectors have an angled end face that significantly reduces back reflection, which improves performance in high-speed and long-distance optical systems.
What makes G.657.A2 fiber special?
G.657.A2 fiber offers superior bend performance compared to G.657.A1, allowing tighter routing in confined spaces without signal degradation.
Where is this patch cord commonly used?
It is commonly used in FTTH, telecom networks, data centers, and optical distribution systems requiring stable and low-loss connections.