24-Fiber MPO / MTP® Singlemode OS2 Fiber Optical Loopback
In response to the demand for optical testing of 40GbE and 100GbE applications, ARTIC has released the 8-fiber MPO / MTP® optical loopback. The device is available in single mode (yellow) or multimode versions (aqua) and incorporates a rigid, premium quality shell for fiber protection and durability. MTP® / MPO loopback is used to test network system in the signal comes back, through the echo signal, can detect the network link in the various potential abnormalities, the test is widely used, in order to ensure the normal network link provides an effective way of testing. Talk to us

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✔ Small, folding, compact housing design;
✔ Streamlined, Ruggedized housing design for excellent stability and reliability;
✔ Allows side-by-side mounting in dense board applications;
✔ Protects the ribbon fibers when engaged repeatedly;
✔ Offers the ability to simulate network distances within the device;
✔ Provides a Loopback with pin out that is factory ready to mate to components with appropriate routing;
✔ Provides quick customer identification of device parameters for evaluation;
✔ Hang hole included, easy to carry.
✔ Testing CXP/CFP transceiver ports;
✔ Product diagnostic/field testing;
✔ Device burn-in;
✔ Allows testing of optical network segment by segment;
✔ Laser optimised MM bend insensitive fiber.


An MPO Fiber Optical Loopback is a testing tool used in fiber optic networks to verify the functionality of network equipment, such as transceivers, switches, and routers. It creates a loopback signal by connecting the transmit and receive channels of an MPO connector, allowing technicians to test the performance and integrity of the network without requiring a full network setup.

✔ Network Testing: Used to test the functionality of transceivers, switches, and routers in data centers and telecommunication networks;
✔ Equipment Maintenance: Helps identify faults in network equipment and verify signal integrity;
✔ Quality Assurance: Ensures that fiber optic systems meet performance standards before deployment.