StarTech SC to SC Coupler 10 Pack, OS2 Single Mode SC Fiber Optic Coupler with Flange, SC/APC Simplex Adapter - SIMPLEXSCAPCF

StarTech SC to SC Coupler 10 Pack, OS2 Single Mode SC Fiber Optic Coupler with Flange, SC/APC Simplex Adapter - SIMPLEXSCAPCF

Key Features

• EXTEND MULTIPLE SC CONNECTIONS: Deploy faster and more organized with a 10-pack of flanged SC/APC simplex fiber couplers, ideal for fiber distribution panels and enclosures in large-scale installations
• FLANGED DESIGN FOR SECURE MOUNTING: Secure the SC coupler into fixed panel mounts with the screw-in flanged body to eliminate port movement and ensure a stable physical connection point in high-density or permanent installations
• RELIABLE, HIGH-SPEED PERFORMANCE: Engineered for 1/10/40/100Gbps transmission with low 0.2dB insertion loss and precision mating, this coupler maintains peak signal integrity and exceeds TIA-568 B.3 standards; Optimized for Single Mode laser sources
• SINGLE MODE COMPATIBILITY: Pair with SC simplex fiber cables with APC polished ends for optimal signal clarity and minimal return loss; Supports OS2/OS1 single mode connections over 9/125µm cores at standard 1260-1625nm wavelengths
• THE IT PRO'S CHOICE: Operations managers and network technicians rely on our network accessories for high

Product Overview

This 10-Pack of Single Mode SC fiber couplers is a practical solution for supporting multiple installations. Join two SC simplex connections in a fiber distribution panel or enclosure.

Flanged Design for Secure Mounting

The SC Fiber Coupler features a flanged body for secure placement in fixed installations, ensuring a stable connection point within fiber enclosures and mounting panels. It supports Single Mode SC simplex fiber cables and is compatible with OS1/OS2 (9/125µm) fiber core/cladding. This 10 Pack is ideal for fast deployment in enterprise networks and fiber infrastructure.

Built for Reliable Performance

The Single Mode SC/SC Fiber Coupler features a durable ABS housing and ceramic-lined inner sleeves for precise fiber alignment, minimizing signal loss for long-lasting reliability and performance.