Multi-fiber Push-On (MPO) cables are advanced fiber-optic cables constructed for high-density connectivity in servers, telecommunications networks, and other high-speed applications. MPO cables have a cutting-edge architecture that enables the simultaneous transmission of multiple fibers, increasing data transmission capacity and speeding up infrastructure implementation.
MPO connectors on MPO cables have rectangular ferrules that align and join several fibers in a single row or several rows. Although there are different configurations, the most popular ones are 12 and 24 fibers. High-density connectivity with these connectors enables effective use of constrained space and streamlines cable management.
MPO cables provide various polarity options to guarantee correct connectivity in complex network configurations. The arrangement of fibers inside connections to create the proper transmission channel is called polarity. Numerous polarity types, including Type a, Type B, and Type C, make interacting with various network topologies and deployment scenarios possible. This article will cover the characteristics of MPO trunk cable in detail.
Characteristics of MPO Trunk Cables
MPO cables are most widely used to enable the speedy categorization of data center infrastructure and high-speed telecommunication networks. MPO connectors have become more popular across the country due to their ability to connect multiple fibers with a single connector. It also increases the capacity of data transmission. Here are some basic characteristics of MPO trunk Cables.
Connector Design
The MPO connector provides a rectangular shape ferrule that allows the connection of multiple fibers in a single row. The commonly used configurations are 12 fibers and 24 fibers. The 12-fiber configuration allows the connection of 12 fibers in the same row, while the 24 fibers configuration allows the connection of 24 fibers in two rows of 12 fibers.
High Density of MPO Cable
The best thing about using MPO cables is that they are specifically designed for high-density applications where space development is necessary. Besides this, it also allows the multiple fibers to connect and disconnect from time to time, reducing complexity and saving time. Due to its high density, the demand for MPO trunk cable is increasing day by day.
Polarity Option
MPO trunk cables are designed in such a way that they offer different polarity options to ensure the proper connectivity of fibers in a complex setup. This polarity option explains the proper arrangement of fibers in connectors. The reason behind using this polarity option is to achieve the correct signal transmission. These polarity options include Type a, Type B, and Type C polarities.
Applications of MPO Trunk Cables
The use of these MPO truck cables is increasing day by day. These are widely used in telecommunications networks and data centers. It is also playing a central role in high-speed infrastructure. MPO trunk cables are suitable for connections that require high bandwidth, like 40G, 100G, and 400G Ethernet connections.
Plug And Play Capability
The installation and maintenance process of the MPO trunk Cable is simple due to its plug-and-play capability. This plug-and-play allows the easy connection and disconnection of fibers and quick deployment. For optimal performance of MPO cables, proper cleaning and maintenance are required.
Fiber Types
The best thing about using MPO trunk cables is that they can support different types of fiber optic cables, which include single-mode and multimode fibers. The single-mode fibers are basically suitable for longer distances, while the multimode fibers are suitable for shorter distances.
Conclusion
MPO trunk cables are widely used across the world because they allow the connection of several fibers in a single row. MPO cables are convenient due to their high-density fiber optic connectivity. Cables also increase the data transmission capacity. For the longer performance of MPO cables, it is necessary to keep them clean and maintained and also avoid damage to connector ends during installation.
