MTP, Mechanical Transfer Pull-off, is technology within fiber optic networks.  This technology holds a large number of fibers, up to 72.  MTP cassettes have a port in the back that holds a coupler that is used to connect to of an MTP cable.  The connector that is used contains 12 fibers.

After the cable is plugged in it will light up different connections, up to 12 of them.  The patch cables will then need to be plugged in.

Mechanical Transfer Pull-off technology is predicted to ultimately substitute the measures that are used for fiber optics as of now.

MTP (Mechanical Transfer Pull-Off) cassettes are one of the most recent technological advances in the field of fiber optics. The cassette consists of LC or SC couplers in the front, an MTP coupler in the back, and MTP to LC/SC fan out assembly inside of the cassette.

To operate this mechanism the MTP cable is plugged into the back, and then fans out through the inside of the cassette. Each cable is able to hold up to 12 different connections. After this is completed patch cables must be plugged in and the machine is then able to function. These cassettes are also designed to be able to RAC and WAC series fiber optic patch panels.

MTP (Mechanical Transfer Pull-off) solutions are setting the standard for fiber optic networks. These solutions include cassettes, harnesses, and patch panels. MTP connectors are able to encompass a maximum of seventy-two fibers, which is much higher than other connectors, therefore making it the cutting edge technology in fiber optic networks.

MTP connectors are able to plug into the back of cassettes and extend to up to twenty-four connections. A single MTP cable is able to light up a twelve singular connections. A vast number of datacenters and telecommunications companies are already putting this technology into practice and benefiting from its use.