1M MTP/APC Female to 12 SC/APC Simplex Fanout Cable – OS2 Single Mode, 12 Fibers

The 1 Meter MTP/APC Female to 12 SC/APC Simplex Fanout Cable is a high-performance distribution solution designed for high-density single-mode network environments. Built with 12 OS2 9/125 µm fibers, this fanout assembly provides efficient backbone-to-breakout connections in data centers, telecom rooms, and enterprise networks.

The cable features an MTP/APC female connector on one end and 12 SC/APC simplex connectors on the other, enabling quick and reliable patching to individual ports. Its factory-terminated design ensures low insertion loss, consistent optical performance, and significant savings on installation time and labor compared to traditional field terminations.

Constructed with YOFC/Corning glass fiber, a 3 mm OFNR-rated mini round jacket, and 2.0 mm breakout legs, this fanout cable offers durability, flame resistance, and easy handling during deployment. The 1-meter length makes it ideal for rack-to-rack interconnections, patch panels, or fiber distribution frames in structured cabling systems.

Technical Specifications

• Connector Type: MTP/APC Female (no pins) to 12 × SC/APC Simplex

• Fiber Count: 12 Fibers

• Fiber Type: OS2 Single Mode (9/125 µm), YOFC/Corning Glass

• Cable Length: 1 Meter

• Jacket Diameter: 3 mm (Main Cable)

• Breakout Diameter: 2.0 mm (Per Leg)

• Jacket Type: OFNR (Riser Rated)

• Color: Yellow

Key Features

• High-density MTP to SC fanout for quick, clean distribution of 12 single-mode fibers.

• Factory-terminated for stable, low-loss performance and rapid deployment.

• OS2 9/125 µm fiber ensures long-distance, low-attenuation transmission.

• Compact 3 mm jacket and 2.0 mm breakout for space-efficient routing.

• Rugged OFNR-rated construction for safe indoor riser installations.

• Ideal for LAN, WAN, SAN, and broadband backbone applications.

Typical Applications

• Data center backbone distribution

• Patch panels and fiber distribution frames

• Telecom central offices and enterprise networks

• LAN/WAN/SAN interconnections

• High-density single-mode cabling environments