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High-Quality Customized FA-MT Fiber Array Factory in China - Top Suppliers for 400G/800G Transceivers
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High-Quality Customized FA-MT Fiber Array Factory in China - Top Suppliers for 400G/800G Transceivers

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Discover our advanced DR4 and DR8 400G/800G transceivers, designed specifically for data centers and AI computing applications. Manufactured in China, our products meet the rigorous standards of GR-468-CORE, ensuring high reliability and performance. Optimize your network with our transceivers featuring high coupling efficiency and a protruding fiber surface that minimizes breakage, with protruding fiber lengths of 1~3mm. Our spherical 42.5De polishing enhances signal quality, while optional Isolator Array and Lens Array configurations offer flexibility to suit your needs. Trust our factory as your leading suppliers for cutting-edge transceiver technology.

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    Product Introduction

    Simply put, the FA-MT is a key component that combines the advantages of a fiber array (FA) and a MT ferrule. It acts as a bridge, connecting 40G to 800G high-speed optical modules and enabling parallel transmission. It is indispensable for both internal microconnections within optical modules and external port adapters. As a core connection component for 40G-800G high-speed optical modules, it helps upgrade data center bandwidth.

    How It Works

    It utilizes a V-groove baseplate to precisely secure 4 to 24 optical fibers. Combined with the miniaturized structure of the MT ferrule, it creates high-density optical transmission links, enhancing optical signal transmission efficiency.

    Core Advantages

    Precision and flexibility, solving module packaging challenges and ensuring high-density transmission paths with absolute stability.

    High Performance & Compatibility

    • Strong Performance: Fiber core pitch tolerance can be precisely controlled to within ±0.5μm. Single-mode insertion loss is less than 0.35dB, and return loss is as high as 60dB, ensuring stable and clear signal transmission.
    • Strong Adaptability: It can meet various core pitch requirements from 127μm to 1500μm, eliminating the need for repeated adjustments for different specifications.
    • Simplified Process & Cost Savings: A 42.5° or 90° full-reflection design enables direct vertical steering of the optical path. It can also be directly coupled with VCSELs, PD arrays, or silicon photonic chips, significantly reducing the number of optical module packaging steps and improving efficiency.

    Application Scenarios

    Covering data centers, high-speed communication cores, and other fields. In practical applications, FA-MT is seamlessly compatible with mainstream form factors such as QSFP, QSFP-DD, and OSFP, encompassing a wide range of applications.

    • External Connections: Supports external connections for 100G SFP4 optical modules, ensuring stable connection between the module and external devices.
    • Internal Interconnects: Meets the internal optical interconnect requirements of silicon photonic modules, ensuring smoother signal transmission within the module.
    • High Integration: Helps high-speed optical modules break through size and power consumption bottlenecks, providing key support for bandwidth upgrades in data centers and 5G infrastructure.

    Product Features: Stable and Reliable, with Superior Quality

    Full-Core Features

    High stability, high reliability, and high precision—these three core features ensure stable operation in high-speed optical communication scenarios, eliminating the need for frequent issues.

    Flexible and Practical Design

    Supports compact design and high integration, adapting to optical modules of various sizes without taking up excessive space.

    Compliant with Authoritative Standards: Strictly adheres to Telcordia GR-CORE-1209/1221/468 reliability standards, and professionally certified quality ensures peace of mind.

    Frequently Asked Questions (FAQ)

    What is an FA-MT and what is its primary function?
    The FA-MT is a key component that combines the advantages of a fiber array (FA) and an MT ferrule. It acts as a bridge connecting 40G to 800G high-speed optical modules, enabling parallel transmission. It is essential for both internal microconnections within optical modules and external port adapters.
    How does the FA-MT work to improve transmission efficiency?
    It utilizes a V-groove baseplate to precisely secure 4 to 24 optical fibers. Combined with the miniaturized structure of the MT ferrule, it creates high-density optical transmission links, which significantly enhances optical signal transmission efficiency.
    What are the core optical performance parameters of the FA-MT?
    The FA-MT offers high precision and strong performance. The fiber core pitch tolerance is controlled within ±0.5μm, single-mode insertion loss is less than 0.35dB, and return loss is as high as 60dB, ensuring stable and clear signal transmission.
    How does the FA-MT simplify the packaging process and reduce costs?
    It features a 42.5° or 90° full-reflection design that allows direct vertical steering of the optical path. Additionally, it can be directly coupled with VCSELs, PD arrays, or silicon photonic chips, which significantly reduces the number of optical module packaging steps and improves manufacturing efficiency.
    Which optical module form factors is the FA-MT compatible with?
    The FA-MT is compatible with mainstream form factors such as QSFP, QSFP-DD, and OSFP. It supports external connections for 100G SFP4 optical modules and meets the internal optical interconnect requirements of silicon photonic modules.
    What reliability standards does the FA-MT meet?
    The FA-MT strictly adheres to the authoritative Telcordia GR-CORE-1209, GR-CORE-1221, and GR-CORE-468 reliability standards, ensuring high stability, reliability, and precision in demanding optical communication scenarios.