

SC/APCFiber Optic Pigtail — FTTH Splicing, High Return Loss
SC/APC single mode fiber optic pigtail with 8-degree angled polish connector for superior return loss of 60dB or greater. Green connector housing per industry standard. 0.9mm tight buffer with G.652D or G.657A 9/125μm fiber. The most widely used pigtail type for FTTH OLT/ONU splicing and PON network termination.
Technical Specifications
Engineered For Performance
FTTH Industry Standard
SC/APC is the dominant pigtail type for FTTH deployments worldwide, used at OLT, splitter, and ONU splice points throughout passive optical networks.
≥60dB Return Loss
Angled physical contact eliminates back-reflections that degrade upstream signals in PON networks, ensuring clean optical performance across the entire FTTH link.
G.657A2 Bend-Insensitive Option
Bend-insensitive fiber withstands 7.5mm minimum bend radius, allowing tight routing inside splice closures, terminal boxes, and wall-mount fiber outlets.
OEM Customizable
Available with custom lengths, jacket materials, fiber types, and packaging to meet specific deployment requirements and operator specifications.
Typical Applications
FTTH OLT/ONU Splicing
Standard SC/APC pigtail for fusion splicing at optical line terminals and optical network units in GPON, XGS-PON, and EPON fiber-to-the-home networks.
PON Splitter Connections
Terminate PLC and FBT splitter ports with SC/APC pigtails to maintain high return loss throughout the passive optical distribution network.
Fiber Distribution Hub
SC/APC pigtails in outdoor fiber distribution hubs and cabinets for subscriber port termination in FTTH access network distribution points.
Interested in this SC/APC Pigtail?
Tell us your quantity, cable length, and any custom requirements. Our engineering team will respond with a detailed quote within 24 hours.

Why TTI Fiber
Trusted Manufacturer Since 2013
TTI Fiber is a professional fiber optic manufacturer based in Shenzhen, China. We provide full OEM/ODM services with factory-direct pricing and dedicated engineering support.



