FTTR Networking: How to Achieve True Gigabit in Every Room?

FTTR Networking: How to Achieve True Gigabit in Every Room?

Source: ZTE Documentation
Author: ZTE Documentation
Do you have many smart devices at home and want your smart home to operate perfectly? Is your internet speed limiting your need for fast downloads and uploads? Have you upgraded to gigabit broadband but can’t enjoy it due to outdated devices?
FTTR: I Am Truly Yours, I Am Your Solution, Your Only Solution!
FTTR comes with a networking solution that offers whole-house coverage, high-speed stability, and supports 10G networks.From now on, you can enjoy stable gigabit internet in every corner of your home, and watching 8K videos will be effortless, while upgrading to 10G networks will be a breeze.
01
Why Is FTTR So Outstanding?
FTTR (Fiber to The Room) technology refers to the use of optical fibers instead of network cables, laying fibers to each room, and deploying optical networking terminals to connect to the home gateway, combined with dual-band Wi-Fi, ensuring network coverage throughout the house.
Currently, most households use the FTTH networking solution. FTTH (Fiber to The HOME) technology refers to the installation of an Optical Network Unit (ONU) at the user’s entry point.
Understanding the Comparison Between FTTH and FTTR

A typical FTTH network consists of four types of devices: optical fiber, optical network unit, router, and network cable.

  • Optical Fiber: Connects upward to the OLT and provides interfaces to connect user optical network devices downward.

  • Optical Network Unit: Converts optical signals to electrical signals according to relevant protocols and interfaces, connecting to routers and wired networks downward.

  • Router: Reads addresses in data packets and decides the transmission path, acting as a network management device. Routers can connect multiple network devices.
  • Network Cable: Connects network devices. Common network cables include twisted pair and coaxial cables. Coaxial cables are easy to connect but difficult to maintain, while twisted pair cables are easier to maintain but more expensive.

    • FTTH Network Diagram:

    FTTR Networking: How to Achieve True Gigabit in Every Room?

    The FTTR network consists of five types of devices: main optical modem, secondary optical modem, splitter, optical fiber, and optical fiber panel, where the main and secondary optical modems are integrated devices with Wi-Fi6 routing capabilities.

    • Main Optical Modem: Connects upward to the OLT via XG (S)-PON or 10G EPON, receiving gigabit/10-gigabit optical fiber into the home, and provides interfaces to connect to optical routers downward.

    • Secondary Optical Modem: Connects to the main optical modem via indoor optical fiber, providing internet service to terminals downward.

    • Splitter: Achieves coupling, branching, and distribution of optical signals.

    • Optical Fiber: Transmits optical signals over long distances. When setting up FTTR, it is required that the home broadband uses category 5e or category 6 cables, and if using category 5 cables, 8 wire cores must be utilized.

    • Optical Fiber Panel: Completes the access and port output of dual-core optical fibers, meeting the requirements for optical fiber bending radius, providing safe protection for the fiber cores.

    FTTR Network Diagram:

    FTTR Networking: How to Achieve True Gigabit in Every Room?

    02
    FTTR: Stable, High-Speed, Aesthetic, Full Coverage

    If you are currently living alone or have fewer terminal devices at home, you might say that FTTR networking is not necessary for you.

    So does FTTR networking have advantages compared to other mainstream networking methods for larger spaces?

    We will compare AC+AP networking, Mesh networking, and FTTR networking from five dimensions.

    AC+AP Networking

    AC (Wireless Access Point Controller) is a wireless controller, which connects and manages all wireless APs in the wireless network.

    AP (Wireless Access Point) is a wireless access point, which connects the wireless network to clients.

    Enterprises often use AC+AP networking, and with the development of Wi-Fi technology, AC+AP networking can also be used to achieve home network coverage.AC+AP Networking Diagram:

    FTTR Networking: How to Achieve True Gigabit in Every Room?

    Mesh Networking

    Uses routers that support Mesh to extend the signal to areas where there is a demand for use.

    Mesh networking is commonly used in medium-sized homes and houses that do not have reserved network cables.Mesh Networking Diagram:

    FTTR Networking: How to Achieve True Gigabit in Every Room?
    Networking Scheme
    Network Stability
    Coverage Capability
    Other Features
    AC+AP Networking
    Greatly affected by electrical appliances, network is unstable.
    Panel APs usually have low power and small coverage.
    Supports user access management, supports cloud management.
    Mesh Networking
    Greatly affected by spatial interference, network is unstable.
    Greatly affected by walls, interference, etc., coverage capability is average.
    Too many nodes can affect broadband capacity.
    FTTR Networking
    Not easily affected by the environment, good network stability.
    Freely deploy secondary optical modems for whole-house Wi-Fi6 coverage.
    		 Supports 10G networks.
    FTTR networking utilizes the characteristics of large bandwidth of optical fiber transmission, no signal attenuation, and strong anti-interference capability to break through the speed bottleneck of traditional network cables, achieving stable “true gigabit” in every room and corner, and future upgrades to 10G networks will not require changing the wiring.

    FTTR Networking: How to Achieve True Gigabit in Every Room?

    Editor: Schrödinger’s Schrödinger

    FTTR Networking: How to Achieve True Gigabit in Every Room?

    Related posts

    1. Developing AI Agents with LlamaIndex: Chapter 3 Notes
    2. Build a Multifunctional E-Paper Display with Raspberry Pi Zero: Paper-pi
    3. Highlights of the Galaxy Kirin Embedded Operating System V10 SP1
    4. Essential Guide: How to Choose the Right Embedded Motherboard
    5. Custom PROFINET to EtherCAT Solutions with Siemens PLC Control
    6. DIY Quadrotor Drone: A Step-by-Step Guide
    7. Creating a Mini 220V Emergency Generator: A Practical DIY Guide
    8. Remote Firmware Updates for ESP32 Using Arduino IDE and BLE
    9. Assessment Requirements for Vehicle Inspection Agencies
    10. Creating an Indoor Thermometer with Arduino in Xi’an Snow
    11. Differences Between Plywood Guitars, Solid Wood Guitars, and All-Solid Guitars
    12. 15 Essential Programming Skills for Becoming an Excellent Programmer
    13. The Ultimate Guide to Internet of Vehicles (IoV)
    14. Identification and Testing of Common Electronic Components
    15. The Importance and Applications of Chips Beyond Computers and Smartphones
    16. Real-Time Monitoring System for Photovoltaic Power Stations Based on ZigBee Technology
    17. Research on Fuzzy Logic Intelligent Irrigation System Based on IoT Technology
    18. Good Programming Habits for Embedded Software

    Leave a Comment