INTRODUCTION TO THE PLAN

The Huaptec optical fiber repeater solution is a multi-service distribution system that supports multiple standards and multiple carriers, and can solve voice and data service problems step by step. An optical fiber repeater is a cost-effective signal coverage solution that leverages the low transmission loss and convenient cabling features of optical fibers to address coverage issues in areas where base station signals are difficult to reach.

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APPLICATION SCENARIOS

  • INTERIOR AND ARCHITECTURE

    INTERIOR AND ARCHITECTURE

    Airports, university campuses, underground parking lots, large office buildings and shopping malls

  • TRANSPORTATION FACILITIES

    TRANSPORTATION FACILITIES

    Subway, railway, expressway

  • VAST AREA

    VAST AREA

    remote rural areas and scenic spots

INTRODUCTION TO THE PLAN

Huaptec's wireless digital repeater is an extremely flexible solution suitable for various indoor and outdoor environments. As ubiquitous wireless network connectivity has become the norm today, to meet the demand for network signal coverage in various scenarios, Huapute's wireless digital repeater ranges from filling coverage blind spots to providing comprehensive mobile phone wireless network signal coverage over a large area.

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SCHEME ARCHITECTURE

The Huaptec wireless digital repeater is actually a co-frequency mobile communication signal relay amplification device, which features two independent internal amplification links: the uplink (or forward link) and the downlink (or reverse link). The downlink receives signals from the base transceiver station (BTS) through air coupling between the donor antenna and the base station, amplifies the signals, and transmits them to the coverage area. Meanwhile, the uplink receives signals from the mobile station (MS) via the server antenna. After amplification, the signals are sent back to the base station through the donor antenna, thereby achieving smooth and clear communication.

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INTRODUCTION TO CORE PRODUCTS

  • DL20T-EDW

    DL20T-EDW

    • MGC and AGC function
    • All Technologies can work simultaneously in all Bands
    • Independent uplink and downlink gain control
    • Each sub band is movable anywhere within respective band
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  • DS20T-2F7S

    DS20T-2F7S

    • Dedicated to single-operator signal amplification
    • Compatible with TDD 5G frequency bands
    • Designed for indoor deployment
    • Highly integrated design with minimal cabling requirements
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  • DS37T-EDW

    DS37T-EDW

    • MGC and AGC function
    • Independent uplink and downlink gain control and on/off for each sub band
    • Each sub band is movable anywhere within respective band
    • No Hurdles for Network Migration without changing any Hardware
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  • DS40T-DN78

    DS40T-DN78

    • MGC and AGC function
    • Independent uplink and downlink gain control and on/off for each sub band
    • Each sub band is movable anywhere within respective band
    • No Hurdles for Network Migration without changing any Hardware
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APPLICATION SCENARIOS

  • INDOOR SCENE

    INDOOR SCENE

    Hotels, residences, shops, basements, offices, factories, warehouses

  • OUTDOOR SCENE

    OUTDOOR SCENE

    Parks, stadiums, scenic spots, expressways, villages, forest parks, orchards, farms

  • TUNNEL, INDUSTRIAL MININGAREA SCENE

    TUNNEL, INDUSTRIAL MININGAREA SCENE

INTRODUCTION TO THE PLAN

Huaptec's two-way amplifier Tetra solution is a key component in ensuring reliable radio communication for public safety personnel and special staff, especially in buildings with poor signal penetration. Unlike public networks, Huapute's private network Tetra equipment has extreme requirements for high reliability, instant response and anti-interference capability.

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SCHEME ARCHITECTURE

The Huaptec bidirectional amplifier, a Tetra amplification device, is equipped with two independent internal amplification links: the uplink (or forward link) and the downlink (or reverse link). The downlink receives signals from the base transceiver station (BTS) through air coupling between the donor antenna and the base station, amplifies the signals, and transmits them to the coverage area. Meanwhile, the uplink receives signals from the mobile station (MS) via the server antenna. After amplification, the signals are sent back to the base station through the donor antenna, thereby achieving smooth and clear communication.

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APPLICATION SCENARIOS

  • INDOOR SCENE

    INDOOR SCENE

    hospitals, government buildings, schools

  • OUTDOOR SCENE

    OUTDOOR SCENE

    Public security, medical treatment, fire control and emergency response places

  • SECURITY COMMUNICATION SUPPORT FOR ENTERPRISES AND MINING AREAS

    SECURITY COMMUNICATION SUPPORT FOR ENTERPRISES AND MINING AREAS