Multiplexers and OADM
Our Multiplexers and OADM deliver reliable wavelength management, combining, splitting,
and adding/dropping signals efficiently for your fiber optic network needs.
MTP®/MPO Jumpers
MTP® / MPO Jumpers typically feature a small - form - factor design that can accommodate multiple optical fibers in a single connector. Common configurations include 12 - fiber and 24 - fiber variants, allowing for a large amount of data to be transmitted simultaneously through a single jumper. They are engineered to have low insertion loss and return loss. This means that they can transmit optical signals with minimal attenuation and reflection, ensuring high - quality data transmission over long distances.)
MTP®/MPO Harnesses
MTP®/MPO harness is a pre - fabricated solution that provides a convenient and organized way to manage multiple optical fiber connections. These harnesses are designed to simplify the installation, cabling, and maintenance of optical communication systems by reducing the complexity of individual fiber connections.
MTP®/MPO Trunks
MTP®/MPO trunks are high - capacity optical fiber assemblies that consist of multiple MTP® or MPO connectors and a bundled group of optical fibers. They are designed to handle a large number of optical fiber connections in a single, organized unit. Similar to MTP®/MPO harnesses but often with a greater number of fibers and a more robust construction in some cases, trunks serve as a crucial part of high - density optical cabling systems.
MTP®/MPO Breakouts
MTP®/MPO breakouts are optical fiber assemblies that are used to split a multi - fiber MTP® or MPO connection into multiple individual fiber connections. They serve as an interface between high - density multi - fiber links and single - fiber or smaller - group fiber applications. In essence, a breakout takes a bundle of fibers terminated in an MTP®/MPO connector at one end and distributes them into separate fibers or smaller fiber groups at the other end.
MTP®/MPO Loopback
Containing the fiber loop inside, MPO loopback can realize the optical path in the same one connector, and transmit the optical signal from the transmitter to the receiver, to reach the optical signal receiving and transmitting circuit. In the signal loop formed by MPO loopback, various potential abnormalities can be located, so as to achieve the effective test and evaluation of the single component or interface duing the optical fiber network.