Fibramérica

MPO/MTP Adaptor

MPO/MTP Adapter ensures reliable high-density fiber connections with precise alignment and minimal loss.

  • Description
  • Features
  • Technical Specifications
Description

The MPO/MTP Adapter is a passive optical component designed to align and connect MPO or MTP multi-fiber connectors. Ideal for high-density environments, it supports rapid deployment and efficient management of fiber optic connections in data centers, telecom networks, and enterprise systems.

Its high-precision alignment ensures optimal signal integrity with low insertion loss, and its compact design allows easy integration into cassettes, patch panels, and enclosures. Available for both single-mode and multimode systems, this adapter supports 12, 24, or 48 fiber configurations, depending on connector type.

Made with durable thermoplastic housing, the adapter provides excellent mechanical performance over hundreds of mating cycles. It includes optional alignment pins and features a secure push-pull latching mechanism to ensure a stable connection.

Compliant with IEC 61754-7 and TIA/EIA 604-5 standards, the MPO/MTP Adapter is a reliable and standards-based solution for modern fiber optic infrastructure.

Features
  • Compatible with MPO and MTP connectors

  • High-density design for compact installations

  • Low insertion loss and high repeatability

  • Available for single-mode and multimode applications

  • Supports up to 48 fibers (depending on connector)

  • Thermoplastic housing with precision alignment

  • Compliant with IEC and TIA/EIA standards

Technical Specifications
SpecificationDetails
ModelMPO-MTP-ADP
Connector TypeMPO / MTP
Supported Fiber12 / 24 / 48 fibers
ApplicationSingle-mode / Multimode
Insertion Loss≤0.2 dB
Durability≥500 mating cycles
Housing MaterialThermoplastic
MountingPanel or cassette
ComplianceIEC 61754-7, TIA/EIA 604-5

MPO adapter, MTP adapter, multi-fiber connector, high-density fiber, fiber optic adapter, MPO-MTP-ADP

Every Fibramérica connection is a commitment to excellence and the future of telecommunications