2024-04-03
Fiber optic patch cord, simply put, is like a "bridge" connecting various devices and fiber optic cabling equipment. It has a thick protective layer to ensure the safety of transmission. We commonly use it for the connection between optical transceivers and terminal boxes, allowing data to flow unimpeded in fields such as optical fiber communication systems, optical fiber access networks, optical fiber data transmission, and local area networks.
So, what is MPO fiber optic patch cord? MPO fiber optic patch cord is actually a special member of the fiber optic patch cord family. It has higher integration and more powerful performance, and can meet more complex transmission requirements.
So, what types of MPO fiber optic patch cords are there? We will introduce you to the relevant knowledge of MPO optical fiber jumpers in detail.
MPO (Multi-fiber Push-On) connector, which is one of the MT series connectors. A major feature of the MT series connector is its ferrule design. There are two guide holes with a diameter of 0.7mm on the end face of the ferrule to achieve stable connection through precise guide pins (also called PIN pins). After fine processing with optical fiber cables, we can produce various forms of MPO jumpers.
The design of MPO jumper is very flexible, it can have a variety of choices from 2 to 12 cores, and even up to 24 cores. In practical applications, the 12-core MPO connector has become the most common choice due to its moderate number of cores and performance. It is worth mentioning that the compact design of the MPO connector makes the MPO jumper very small in size while having a large number of cores, which undoubtedly brings great convenience to wiring work.
MPO optical fiber jumpers play a key role in LAN cabling between different buildings in an enterprise. It can efficiently connect optical links in active optical equipment and ensure stable transmission of optical signals. MPO optical fiber jumpers are widely used in building dense wiring systems and support various network types such as optical fiber communication systems, cable TV networks, and telecommunications networks. Whether it is local area networks (LANs), wide area networks (WANs) or FTTx and other application scenarios, MPO fiber optic patch cords can provide efficient and stable fiber optic connections to meet various complex wiring needs.
1. Before docking the MPO jumper, please try to avoid opening the dust cap, especially for the adapter interface that has been connected to the adapter panel but has not been docked. Try to keep the dust cap intact.
2. In addition to normal docking, please ensure that the ground end face of the connector does not contact or scratch with any object to keep it clean and intact.
3. If you find signs of dirt on the end face, please use special cleaning tools or dust-free paper soaked in absolute ethanol to clean. Avoid using paper towels, cotton wool, ordinary cotton swabs and other items to avoid damaging the end face.
4. When docking connectors, please confirm the direction of the positioning key and then insert smoothly along the axial direction of the adapter or socket panel to avoid repeated insertion and removal without being able to view the end face.
5. When inserting the MPO connector into the adapter, please hold the connector tail sleeve part, and when pulling out, hold the connector shell part to ensure the stability of the operation.
6. When bending cables, please ensure that the bending radius is at least 20 times the outer diameter of the cable to avoid cable damage caused by excessive bending.
7. When bundling cables, please adjust the tightness appropriately to avoid serious deformation of the cable sheath to ensure the integrity and performance of the cables.
8. When piercing cables or threading pipes, please push and pull at the same time to avoid dragging or pushing the cables vigorously to prevent scratches that may cause the cables to break or break.
Nowadays, the application of MPO optical fiber jumpers plays a decisive role in R&D and practical projects. It has penetrated into our daily lives and greatly promoted the popularization and development of optical networks.
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