T & S MTP / MPO fiber loop is a device used for parallel connection tests and an aging test of optical communication equipment. Well-designed by engineers at T&S, our MTP/MPO loopback adapter can transmit the optical network signal from the transmitter to the receiver, thereby forming the optical signal receiving and transmitting loop. MTP / MPO fiber loop provides a fast and efficient way to test the transmission capacity and receiving sensitivity of optical network equipment. T & S MTP / MPO fiber loop has 8F, 12F, 16F, 24F, 32F channels with low loss and conventional loss, single-mode and multi-mode options. Our MTP/MPO loopback adapter is now widely used for optical communications products self-test, network diagnosis, and test, etc.

Features of MTP/MPO Loopback Adapter

Available in various polarity and fiber types

Meet TIA/EIA and IEC interpretability standards

RoHS compliant

Customized attenuation available

Available with or without Pull tabs

8F , 12F, and 24fF available

Specifications of MTP/MPO Loopback

MTP Loopback with Housing and Pull-tab

The MTP loopback adapter occupies both ends of fiber in a duplex connector or a multi-fiber connector. This MTP lookback with housing and pull-tab can provide an effective solution so as to test the emission ability of the network equipment and receive sensitivity. Especially in 40/100G network communication, our MTP loopback devices can achieve optical fiber network in pairs on a single element or interface and conduct effective tests and evaluation of the Internet through back signal positioning.

MTP/MPO Lookback Adapter Applications

MTP®/MPO Loopback Adapter is used widely in testing applications within parallel optical 40Gbps and 100Gbps networks. The MTP loopback adapters enable verification and test of transceivers with MTP®/MPO interface like 40Gbps BASED SR4 QSFP+. MTP loopback adapters are developed to connect transceivers and a receiver port of the MTP®/MPO transceiver interface. MTP®/MPO loopback adapters do a great help in speeding up IL test of optical networks section by connecting them to an MTP®/MPO trunk.