Product profile

The Full Inspection SC Patch Cord is a versatile optical fiber jumper designed to facilitate seamless connections between various network equipment and devices with optical fiber interfaces. This high-quality patch cord is built with precision to ensure reliable data transmission in a wide range of applications, making it an essential component for modern optical networks.

Product specifications

Parameters	Standard Fiber Cable Assemblies
Fiber Type	SM(G.652/G.657A)	MM(OM1/OM2/OM3/OM4/OM5)
Jacket Materials	LSZH/OFNR/PVC
Connector Type	LC/SC/FC/MU/DIN/SMA/MTRJ/MPO/E2000
Ferrule Materials	Ceramic
Testing Wavelengths	1310±30/1550±30nm	850±30/1300±30nm
Insertion Losss(dB) TIA/EIA-455-107	≤ 0.2dB (PC/UPC/APC)	≤ 0.2dB (PC/UPC)
Return Loss(dB) TIA/EIA-455-107	≥50dB(PC/UPC) ≥65dB(APC)	≥40dB(PC/UPC)
Exchangeability	≤ 0.2dB
Cable Assemblies	Pigtail/Simplex/Duplex/Fan-out Patchcord
Operating Temperature (° C)	-10~ + 70
Storage Temperature (° C)	-40 ~ +85
Package	1unit/bag
*All values specified are with connectors.

Product features

Wide Compatibility: With a variety of connector types available, including LC, SC, FC, MU, DIN, SMA, MTRJ, MPO, and E2000, the patch cord is suitable for a broad range of optical fiber equipment and interfaces. This versatility makes it adaptable to diverse networking setups.

Low Insertion Loss: The patch cord adheres to TIA/EIA-455-107 standards, ensuring low insertion loss for SM (≤ 0.2dB) and MM (≤ 0.2dB) fibers with various polish types (PC, UPC, APC). This contributes to the efficient and accurate transmission of optical signals.

Reliable Signal Transmission: The Full Inspection SC Patch Cord's use of premium Corning/YOFC fiber and CCTC ceramic ferrules ensures reliable and consistent signal transmission, minimizing data loss and network disruptions.

Various Cable Assemblies: The Full Inspection SC Patch Cord offers a wide selection of cable assemblies, including pigtail, simplex, duplex, and fan-out patch cords. This versatility enables tailored solutions for specific networking needs.