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●Pipeline wiring: Using underground pipelines to lay optical fibers can be installed by construction companies and is suitable for large-scale deployment.
●Overhead fiber optic cabling: In buildings or urban environments, optical fibers are connected through overhead lines.
●Each home or office uses independent fiber optic connections and installs ONT/ONU at the user's network access point (such as living room, study, etc.).
●The fiber optic access box is connected to the ONU through fiber optic jumpers.
●After the fiber optic cabling is completed, install OLT, fiber optic distributor, and ONU/ONT.
●Test and debug network connections to ensure fiber optic transmission quality and signal strength.
The bandwidth of FTTH networks is usually symmetrical, and users can choose services with different bandwidth levels according to their needs. For example:
●100 Mbps, 500 Mbps, or 1 Gbps.
●Internet speed can be dynamically adjusted and managed according to user needs.
●Configure QoS (Quality of Service) policies to ensure bandwidth allocation between video, voice, and data services.
●Bandwidth management: Limit the bandwidth of certain applications to ensure priority processing of important services such as video conferencing and high-definition video.
●Real time monitoring of the health status of FTTH network through network management platform, viewing the working status of OLT and ONU, and analyzing traffic usage.
●Provide remote diagnostic function to promptly detect network issues and troubleshoot them.
●Regularly inspect fiber optic access networks and equipment to ensure no physical damage or looseness.
●Provide 24/7 customer and technical support services.
