Shenzhen FiberMania Technology Co., Ltd.
Strive for China to lead the world in optical communication connections.
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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.
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
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.
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