Om3 Multimode Fiber Optic Cable
Om3 multimode fiber optic cable uses a high-precision ceramic ferrule with small concentricity error and bore diameter to provide additional insertion loss and return loss, avoiding degradation of transmission performance and damage to optical transceivers.Send InquiryChat Now
1.Om3 multimode fiber optic cable uses a high-precision ceramic ferrule with small concentricity error and bore diameter to provide additional insertion loss and return loss, avoiding degradation of transmission performance and damage to optical transceivers.
2. Using advanced grinding technology and grinding equipment to ensure that the optical fiber's center grinding offset, fiber recess and ceramic end face radius of curvature and other technical parameters are in line with the prescribed standards.
3. In order to ensure the long-term use of the connector, not only the joints are subjected to attenuation and back reflection tests, but also the precision interferometer is used to test the scratches or flaws on the joint surface, and the curvature of the FC, ST, SC, LC and MU joints is measured. Half warp, grinding offset, fiber sag and amount of protrusion to ensure joint quality.
4.100% optical full detection, each jumper is guaranteed to have good grinding quality and excellent performance indicators.
High Performance in IL & RL.
4,8,12 and 24 fiber connector terminations and assemblies.
Designed for low loss and standard loss SM and MM applications.
Economical solution for mass-termination of fiber.
Suitable for MPO/MTP application.
Ruggedized round cable, oval cable and bare ribbon options available.
Color coded housings available to differentiate fiber type, polish type and/or connector grade.
1pcs/antistatic bag, or special packing according to customer’s request.
-International Express: DHL, FedEx, UPS, TNT and so on.
-You also can choose your own nominated air or sea forwarder in Shanghai, please notify us in advance.
-Shipments are usually dispatched in 2-3 working days after receiving your payments.