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

Introducing our advanced DR4 and DR8 400G/800G Transceivers, designed specifically for data centers and AI computing applications. As a leading factory in China, we pride ourselves on providing high-quality transceivers that meet the GR-468-CORE standards. Our products feature high coupling efficiency and a protruding fiber surface with minimal breakage, ensuring reliable performance. With fiber protrusions ranging from 1 to 3mm and a precise spherical 42.5-degree polishing, our transceivers guarantee optimal signal transmission. Additionally, we offer optional isolator and lens arrays to meet diverse application needs. Choose us as your trusted suppliers for cutting-edge transceiver solutions in the industry

    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, effectively solving optical module packaging challenges and ensuring seamless performance upgrades.

    Key Performance & Compatibility

    High Precision & Performance

    Fiber core pitch tolerance is precisely controlled within ±0.5μm. Single-mode insertion loss is < 0.35dB, and return loss is as high as 60dB, ensuring stable signal transmission.

    Strong Adaptability

    Meets various core pitch requirements from 127μm to 1500μm, eliminating the need for repeated adjustments across different specifications.

    Simplified Process

    A 42.5° or 90° full-reflection design enables direct vertical steering of the optical path. Directly couples with VCSELs, PD arrays, or silicon photonic chips, reducing packaging steps.

    Applications & Standards

    Application Scenarios

    • Seamlessly compatible with mainstream form factors such as QSFP, QSFP-DD, and OSFP.
    • Supports external connections for 100G SFP4 optical modules, ensuring stable connections.
    • Meets the internal optical interconnect requirements of silicon photonic modules.
    • Helps optical modules break through size and power bottlenecks for data centers and 5G infrastructure.

    Product Features & Standards

    • Full-Core Features: High stability, high reliability, and high precision for demanding communication scenarios.
    • Flexible Design: Compact structure and high integration, adapting to various sizes without wasting space.
    • Authoritative Compliance: Strictly adheres to Telcordia GR-CORE-1209/1221/468 reliability standards.

    Frequently Asked Questions

    What is FA-MT and what is its primary function?
    FA-MT is a core connection component that combines the advantages of a fiber array (FA) and an MT ferrule. It acts as a transmission bridge connecting 40G to 800G high-speed optical modules, enabling high-density parallel optical connections.
    How does FA-MT achieve high-density optical transmission?
    It utilizes a precision V-groove baseplate to secure 4 to 24 optical fibers. Together with the miniaturized structure of the MT ferrule, it establishes high-density, high-efficiency optical transmission links.
    What are the performance metrics regarding loss and tolerance?
    The fiber core pitch tolerance is controlled within ±0.5μm. The single-mode insertion loss is less than 0.35dB, and the return loss is up to 60dB, ensuring stable and clear signal transmission.
    How does the 42.5° or 90° reflection design benefit packaging?
    The 42.5° or 90° full-reflection design enables direct vertical steering of the optical path. This allows direct coupling with VCSELs, PD arrays, or silicon photonic chips, reducing packaging steps and overall assembly costs.
    What standard form factors and reliability specifications does it support?
    It is compatible with QSFP, QSFP-DD, and OSFP form factors. Furthermore, it strictly complies with the Telcordia GR-CORE-1209, GR-CORE-1221, and GR-CORE-468 reliability standards.