MPO Adapter

Applicable for single-mode (1310/1550nm) and multimode (850/1300nm) optical systems.
Compatible with APC and PC connector types.
Low insertion loss: ≤0.8 dB (APC) and ≤0.7 dB (PC).
High return loss: >50 dB for all fiber and connector combinations.
Suitable for high-efficiency optical signal transmission in relevant applications.

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Product Description
Specification
Product Advantage

Product Description

1. Overview

This technical specification defines the performance requirements and related parameters of the MPO Adapter, applicable to its application and performance evaluation in optical communication systems.

Specification

2. Performance Indexes

2.1 Insertion Loss (F)

Fiber Type	Wavelength	Connector Type	Insertion Loss
Single - mode	1310/1550nm	APC	≤0.8 dB
Single - mode	1310/1550nm	PC	≤0.7 dB
Multimode	850/1300nm	APC	≤0.8 dB
Multimode	850/1300nm	PC	≤0.7 dB

2.2 Return Loss (RL)

For both single - mode (1310/1550nm) and multimode (850/1300nm) fibers, the return loss (RL) of the adapter (for both APC and PC connector types) shall be >50 dB.

2.3 Key Feature

The adapter is designed with low loss performance to meet the requirements of high - efficiency optical signal transmission.

3. Supplementary Notes

• This specification focuses on core technical performance parameters. For detailed information such as installation procedures, assembly requirements, and specific application scenarios, refer to the corresponding installation manual and application guidelines.

• All performance indexes are tested under standard optical communication test conditions.

Product Advantage

1

Broad compatibility with both single-mode (1310/1550nm) and multimode (850/1300nm) optical systems.
2

Seamless with APC and PC connector types for versatile application scenarios.
3

Ultra-low insertion loss (≤0.8 dB for APC, ≤0.7 dB for PC) ensuring efficient signal transmission.
4

Exceptionally high return loss (>50 dB) minimizing signal reflection and interference.
5

Reliable performance supporting stable optical communication in critical applications.
6

Compact and practical design facilitating easy integration into existing optical setups.