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Recently, AFL launched MicroCore 2.
0, which is its next generation of high-performance optical cables
.
This 2.
0-mm compliant sub-cable is designed for a high-capacity structure that saves space for fiber management
.
The cable is capable of supporting both direct termination and single-fiber configurations
.
The MicroCore cable can be used for front-end termination-to-fiber backbone network of fiber optic lines, fiber rack system terminals and building floor deployments, can integrate 12 to 144 fibers, and complies with RoHS/REACH and NFPA 262 plenum-rated standards
.
AFL says its cables are manufactured using the highest quality materials and are fully compliant with industry standards
.
Each cable can support rack or panel architectures, ensuring flexibility
in high-density applications.
At the same time, AFL's fiber optic cables support field repairs
under AFL-based Fuse-Connect solutions.
Recently, AFL launched MicroCore 2.
0, which is its next generation of high-performance optical cables
.
This 2.
0-mm compliant sub-cable is designed for a high-capacity structure that saves space for fiber management
.
The cable is capable of supporting both direct termination and single-fiber configurations
.
The MicroCore cable can be used for front-end termination-to-fiber backbone network of fiber optic lines, fiber rack system terminals and building floor deployments, can integrate 12 to 144 fibers, and complies with RoHS/REACH and NFPA 262 plenum-rated standards
.
AFL says its cables are manufactured using the highest quality materials and are fully compliant with industry standards
.
Each cable can support rack or panel architectures, ensuring flexibility
in high-density applications.
At the same time, AFL's fiber optic cables support field repairs
under AFL-based Fuse-Connect solutions.
