Hybrid Adapters
USD $1 - $1 /Piece
Min.Order:1 Piece
FIBERYO SC-ST Adapter offers a solution for any hybrid applications where SC interconnect systems are incorporated into an ST configuration or vice versa. The adapter’s high recision sleeve enables reliable mating of the ST and SC ferrule diameters, ensuring low insertion and return loss*.
The SC-ST adapter is available with a square or rectangular flange, and metal or polymer housing.
The FIBERYO SC-FC Hybrid Adapters offer a solution for any hybrid applications where an FC generation of interconnect systems is incorporated into an SC system configuration or vice versa. The adapters’ high-precision sleeve enables reliable mating of the ferrule diameters, ensuring low insertion and return loss*. The SC-FC adapter is available with a square or rectangular flange, and metal housing. Key widths are available to accommodate narrow or wide connector keys.
The FIBERYO FC-ST Hybrid Adapters offer a solution for any hybrid applications where the FC generation of interconnect systems is incorporated into an ST system configuration or vice versa. The adapters’ high-precision sleeve enables reliable mating of the ferrule diameters, ensuring low insertion and return loss*. The FC-ST adapter is available with a square or rectangular flange, and metal or polymer housing.
The FIBERYO LC-MU Hybrid Adapter offers a solution for any hybrid applications where LC interconnect systems are incorporated into MU system configurations or vice versa. The adapter’s high-precision sleeve enables reliable ferrule mating of the LC and MU ferrule diameters, ensuring low insertion and return loss.*
The FIBERYO LC-SC Hybrid Adapters are specifically designed to incorporate the Small Form Factor LC into an SC configured environment by eliminating hybrid cable assemblies. A high-precision sleeve ensures the reliable mating of the SC and LC ferrules, resolving the problem of incompatibility due to difference in ferrule diameter. The result is a high performance hybrid adapter with low insertion and return loss. *