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MTP(M)-LC Breakout Cable Assembly, 12F, Breakout, Multimode 62.5/125um

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MTP(M)-LC Breakout Cable Assembly, 12F, Breakout, Multimode 62.5/125um, Orange

Sophenol manufactures MTP to SC, ST, FC, LC single mode or multimode fan-out/breakout cable assemblies. There are many configurations for such assemblies as below:

MTP connectors are available with:

  • 4/8/12/24 Fibers Single Mode APC Ferrule
  • 4/8/12/24 Fibers Multimode Ferrule

MTP polishing types are:

  • Flat PC polishing (for single mode and multimode connectors)
  • 8 degree APC polishing (for single mode connectors with green housing)

MTP connector gender:

  • Male (with pins)
  • Female (without pins)

Cable types options:

  • Bare Ribbon fiber optic cable
  • Jacketed ribbon cable
  • 3mm mini round loose tube jacketed fiber optic cable
  • 2-144 multi fibers jacketed trunk cable

Jacket types options:

  • OFNR rated jacket
  • OFNP (Plenum) rated jacket
  • LSZH (Low Smoke Zero Halogens)

Break-out cable options individual diameters:

  • 250μm
  • 900μm
  • 2.0mm
  • 3.0mm

Features:

  • High density – ruggedized fan out allows for direct connection between backbone and active equipment eliminating rack space usage
  • Rapid deployment – factory terminated modular system saves installation time and labor cost
  • Reliability – 100% tested, combination of high quality components and manufacturing quality control guarantees product to the highest standards

Applications:

  • Data center
  • Telecommunication networks
  • Broadband network
  • LAN, WAN, SAN

What is the difference between MTP and MPO connectors?

Both MPO & MTP connectors comply with IEC-61754-7 and EIA/TIA-604-5 (FOCIS 5).This means that an MTP connector is, by definition, an MPO connector. They are interchangeable. MTP is a registered trademark of US Conec Ltd.
US Conec designed very tightly tolerance stainless steel guide pins with an elliptical tip which provide the fine alignment required to ensure that the fiber arrays on mating connectors are in the proper position to provide the best insertion loss.