
Classification of MPO Fiber Optic Patch Cords
According to the differences in applications supported by various optical fiber communications, the optical fiber types available for MPO fiber jumpers are: OM3, OM4 and OM5 (multi-mode), G657 (single-mode). According to the ISO/IEC 11801-1 standard and the TIA -568.0-E standard, MPO connectors are used in multi-core optical fiber connection systems for parallel transmission, such as 100GBASE-SR4. In duplex optical fiber communication systems, MPO fiber jumpers can be used as trunk optical fiber management, greatly simplifying the wiring network architecture.
Application of MPO Fiber Patch Cords
In the fiber structured cabling system of data centers, MPO fiber patch cords are widely used. For example, in the ToR (ToR) cabling mode, multiple optical fibers are usually required to interconnect the core switching equipment and the switching equipment in each network cabinet. Therefore, the use of multi-core MPO fiber connection series products is the most optimized fiber cabling product solution.
MPO Fiber Patch Cord Customization
The specifications of MPO fiber patch cords are related to the MPO connector specifications and fiber type. The IEC 11801-1 and TIA 568.0 standards describe the applications supported by fiber cabling. The supported applications include requirements such as fiber type and maximum cabling distance at a specified communication rate. The actual cabling method is more complex, which is reflected in more customized requirements.
KEXINT MPO products include MPO trunk cables/fiber jumpers, MPO modules, MPO to MPO fan-shaped jumpers and MPO to LC fan-shaped jumpers, providing a full range of multi-core fiber interconnection solutions.
Our Advantage
Among them, the advantages of KEXINT jumper products include: (1) small size, which can greatly improve the wiring density and save wiring space; (2) modular design, plug and play, which can save you a lot of installation time; (3) can support customization of various lengths, polarities, and core numbers to meet your customized needs; (4) using high-quality raw materials (SENKO, USCONEC), with excellent optical and mechanical properties, low insertion loss in high-speed network environments, among which, the fiber performance meets and exceeds the IEC 60793 standard, the component and system performance meets and exceeds the IEC 11801-1 standard, and can pass 100% of the 3D test.