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Enterprise · Solutions

Huawei iFTTO Solution

Redefining Campus Network Value and Building a New Smart Campus Ecosystem

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Optical-AI Convergence: All-Optical Network Drives AI Adoption Across Campuses

Optical-AI Convergence: All-Optical Network Drives AI Adoption Across Campuses

As AI goes into campuses, intelligent applications are booming. Campuses are evolving from traditional physical spaces to digital intelligent spaces, requiring higher network bandwidth and lower latency, and posing new challenges to smart campus operations. In this context, campus networks are continuously evolving. The traditional multi-layer switching architecture is replaced with the FTTO (Fiber to the Office) architecture that uses optical fibers to replace copper cables, and uses passive components to replace active components, laying the foundation for simplified, green, and high-bandwidth networks. Now, as AI becomes popular on campuses, the FTTO solution is upgraded to iFTTO, which features all-optical unified connectivity, open IoT, multi-dimensional sensing, network self-driving, and open computing at the cloud, edge, and device. The new iFTTO solution builds a smart campus base that integrates computing and control.

Why Huawei iFTTO Solution?

  • Network Unified by Optical

    Network Unified by Optical

    50G PON, ultra-large bandwidth
    Fiber to the terminal, simplified architecture
    Multiple networks over one fiber, optimal costs

  • Ecosystem of Open IoT

    Ecosystem of Open IoT

    NearLink | Bluetooth | RFID
    No need for an additional IoT network, TCO 30% ↓
    Open computing power, facilitating IoT plug-in installation

  • X-Dimensional Sensing

    X-Dimensional Sensing

    Wi-Fi CSI | 3D optical | Radio frequency
    Multi-dimensional collaboration, with up to 99% accuracy
    Integrated sensing and communication, minimizing deployment costs

  • Towards Network Self-driving

    Towards Network Self-driving

    Intelligent O&M agent for all-optical campuses
    Natural language interaction + AI-assisted analysis
    Automatic rectification of 80% faults

  • Solutions

  • Education Campuses

    Education Campuses

    In education campus scenarios, one optical fiber is extended to terminals to implement gigabit ultra-broadband access. In addition, the passive network is energy-saving and reliable, and features a smaller footprint to ensure premium experience in teaching services.
    Service scenarios:classrooms, offices, libraries, and dormitories.

  • Education MANs

    Education MANs

    Built on passive all-optical network technology, Huawei iFTTO Network Solution for Basic Education replaces active devices with passive optical splitters and extends the optical fiber to classrooms and offices, significantly reducing the number of extra-low voltage (ELV) rooms.
    Service scenarios:district, county, and metropolitan education MANs.

  • Hospitals

    Hospitals

    Based on the P2MP two-layer architecture, the solution efficiently connects massive medical terminals and provides a multi-service converged all-optical network for hospitals, supporting high-speed transmission of medical image data and improving healthcare efficiency.
    Service scenarios:consulting rooms, wards, image reading rooms, and outpatient halls.

  • Hotels

    Hotels

    FTTR enables "one room, one fiber, and one terminal", improving guests' network experience. In addition, one optical network carries all services, reducing the network construction and subsequent management and O&M costs for hotels.
    Service scenarios:guest rooms, lobby, offices, and canteens.

  • Real Estates

    Real Estates

    Commercial complexes have entered an era where the existing assets and new developments coexist. To address the diverse requirements of scenarios such as shopping malls, office buildings, and public spaces, Huawei's iFTTO complex network solution lays a future-oriented all-optical network foundation for the digitalization of commercial complexes.
    Service scenarios:shopping centers, office buildings, public areas.

Products

  • Optical Access

    Optical Access

    Based on PON technology, passive all-optical network access solutions enable access by any media, tailored to enterprises, ISPs, and MSOs.

    SmartAX EA5800 Series

    OptiXaccess EA5801E

    OptiXaccess S1016-L

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  • Wired ONU

    Wired ONU

    The Wired ONU product series extends optical connectivity to every home, enterprise, and campus, bringing families closer and making enterprise operations far more efficient.

    OptiXstar P602P Series

    OptiXstar P802P Series

    OptiXstar P883E

    OptiXstar P885E

    OptiXstar M990

  • Optical AP

    Optical AP

    Optical AP series products extend optical connections to each school, hospital, hotel, and production line. High-quality optical Wi-Fi provides smooth network access for enterprises.

    OptiXstar W817C

    OptiXstar W826P

    OptiXstar W827E-10

    OptiXstar W827E-11

    OptiXstar W827E-30

  • iMaster NeoSight PON Device Management

    iMaster NeoSight PON Device Management

    It offers real-time node monitoring on the entire PON, as well as automatic ONU/ORE service configuration, significantly enhancing device deployment and service provisioning efficiency. Additionally, faults can be swiftly located and rectified, leading to improved O&M efficiency and reduced OPEX.

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