G657A1 Fiber Optical Patch Cord 24 Cores Red Low Insertion Loss

Fiber Optic Patch Cord KEXINT 24 Cores Red MTP OM4 FTTH With Fiber Type Of G657A1 Or Customized And Low Insertion Loss

MPO fiber optic patch cord, MPO (Multi-fiber Push On) connector is one of the MT series connectors. The ferrules of the MT series adopt two guide holes and guide pins (also called PIN) for precise connection. Various forms of MPO jumpers can be produced after processing MPO connectors and optical fiber cables. MPO jumpers can be designed with 2 to 12 cores, up to 24 cores. At present, the most commonly used MPO connector is 12 cores. The compact design of the MPO connector makes the MPO jumper more cores and small in size. MPO patch cords are widely used in the environment where high-density integrated optical fiber lines are required in the wiring process, FTTX and 40/100 GSFP, SFP+ and other transceiver modules or internal and external connection applications of equipment.

MPO / MTP patch cord are designed to high density multifibers solutions,fit for different installation environment and easy to install between the trunk line,data centers and buildings. Our trunk cables are 100% factory tested and can meet your special requirements.All the MTP/MPO connector compliance with GR-1435-Core, GR-326-CORE for patch cords, GR-1209-CORE and GR-1221-CORE Compliant.

KEXINT fiber parts,quilts and ferrules are made of new materials, with good interchangeability low insertion loss, good repeatability,strong tensile strength low return loss and stable transmission.Using new materials and high standard generation technology,the connector can be plugged and unplugged many times, and the insertion loss variable ≤0.3dB. Stretch-resistant soft sheath selected PVC material soft and smooth good toughness low carbon and environmental protection. It can effectively ensure that the center of the fiber is polished and offset the fiber is depressed the surface of the fiber is free of scratches or defects, and the technology of the radius of curvature of the ceramic end surface meets the standard requirements.