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Drop and Go eAMT connection

Drop and Go eAMT

Amphenol’s Drop and Go eAMT is a daisy-chain style pluggable topology designed for flexible outdoor FTTH networks. The solution enables up to 12 multi-port drop terminals along a single fiber path, with each terminal available in 2-, 4-, or 8-port configurations and equipped with pluggable M-Linc™ MHFOC input and output ports.

M-Linc™ 12-fiber pre-terminated jumpers connect the drop points together, providing a plug-and-play deployment with no splicing required. PON configurations support 1x2, 1x4, and 1x8 splitters, while P2P configurations support 2, 4, or 8 single-fiber drop ports. Fully pluggable terminals can also be swapped for additional capacity or reused elsewhere in the network.

    • Factory Terminated Assemblies – High-quality factory polishing for reliable optical performance.

    • UV-Stable Materials – Designed for long service life in direct sunlight and outdoor environments.

    • Fully Water-Sealed Connections – Provides reliable performance in harsh outdoor conditions.

    • Low-Profile In-Line Receptacles – Enable pluggable extensions to splice closures.

    • Tool-Free Threaded Couplings – Provide fast and secure connections without specialized tools.

    • 100% Factory Tested – Assemblies are tested to help ensure reliable field performance.

  • Installation Locations
    Pedestal / Aerial / Wall / Pole / Handhole or vault
    Product Series
    964 Series
    Drop Port Configurations
    2, 4, or 8 single-fiber drop ports
    Input / Output
    M-Linc™ MHFOC pluggable input and output
    Ingress Protection (Mated)
    IP68 — 2 meters / 7 days
    Mating Durability
    50 cycles
    Material
    UV Stable per GR-3120
    Operating Temperature
    -40°C to +70°C
    Storage Temperature
    -40°C to +70°C
    Salt Mist
    Tested to IEC 61300-2-26
    Vibration
    Tested to IEC 61300-2-1
    Shock
    Tested to IEC 61300-2-9

    • Rural Fiber to the Home (FTTH) connections
      Subdivision and cul-de-sac FTTH connections
      Lateral network spurs
      Outdoor fiber network connections

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