Auxora's MPO / MTP patchcords are simplex multi-fiber cable using the MPO / MTP connector in fiber counts of 4, 8, 12 or 24. The MPO/MTP patchcords offer Male and Female MPO / MTP connectors on each end and available in 4~24 fibers versions as well as multi-mode (62.5/125, 10G OM2/OM3/ OM4,Bend-insensitive fiber, etc.) and single-mode(G652D, G657A1 etc.) fiber types.
Auxora's MPO / MTP harness cable assemblies utilize fanout kit to connect trunk cable to generic fiber optic connectors such as LC, SC, FC, ST, MTRJ, etc, they are available in 8/12/24/48 fibers versions as well as multi-mode (62.5/125, 10G OM2 / OM3 / OM4, Bend-insensitive fiber, etc.) and single-mode (G652D, G657A1 etc.) fiber types.
Auxora's MPO / MTP hydra cable is designed to deploy inside plug &play cassette modules, it is made of 12-colored 0.9mm cable by utilizing a MPO / MTP connector on one end and 8/12/24 generic connectors (such as LC/SC/FC/ etc.) on the other end. They can be used together with our plug and play modules, MPO / MTP Adapter Plates ect, available in 8/12/24 multimode/single-mode fibers (OM1/OM2/OM3/OM4/G657A1/G652D).
Auxora's trunk cables include MPO -MPO and MPO hybrid types through a combination of 12~144 12-F MPO and /or generic connectors. Plug and Play Reels, pulling eyes are designed to quickly connect these cables into Plug &Play modules and adapter plates, thus ensuring high-density connections can be made efficiently in field applications.
Auxora's offers 19” 1U MPO/MTP rack with 3 slots and 4U MPO/MTP Rack with 16 slots for cabling deployment in data center, also we can provide MPO/MTP trunk cables connected to 14 individual MPO/MTP cassettes for pre-terminated solutions.
Auxora's offers 19” 1U MPO/MTP rack with 3 slots and 4U MPO/MTP Rack with 12 slots for cabling deployment in data center, also we can provide MPO/MTP trunk cables connected to 12 individual MPO/MTP cassettes for pre-terminated solutions.
Auxora's MPO / MTP Loopback Assemblies are designed for testing MPO parallel links and for device burn-in. By creating a loop of signal from transceiver to receiver within one MPO plug, it forms an optical link which can test optical network segment by segment, providing an effective way of testing the transmission capability and receiver sensitivity.
