FTTX network planning method based on passive optical network

Abstract

The invention discloses a FTTX network planning method based on passive optical network, comprising the following steps: A determining the planning area subscriber density: the subscriber density of the planning area being equal to the subscriber long-term development target of the planning area; B determining the economy radius of the planning area; C dividing the coverage area: obtaining the coverage area by performing the gridding treatment of the prior planning area; D setting the light line terminal node: selecting the gridding center of the light line terminal coverage area as the FTTX network light line terminal node position based on the passive optical network; E determining the economic radius of the optical splitting zone: the radius of the optical splitting zone being equal tothe economic radius; F dividing the optical splitting zone: performing the gridding treatment of the prior planning area; G setting the optical splitting point: selecting the gridding center of the optical splitting zone as the FTTX network light line terminal node position based on the passive optical network. The method is easily realized and operated and suitable for planning and building the optical fiber broadband access network of telecom operator, therefore the broadband speed increasing object of the consumer is realized.

Description

technical field [0001] The invention relates to the technical field of telecommunication optical fiber broadband access network planning and design, and more specifically relates to a passive optical network (PON)-based FTTX network planning method, which can be widely used in the planning and construction of telecom operators' optical fiber broadband access networks. Background technique [0002] With the deepening of mobile communication's role in substituting fixed-line narrowband voice, broadband services have gradually become the profit growth point and strategic investment focus of fixed-line operators. In 2007, the number of broadband access users in my country exceeded 50 million, and it is still growing rapidly. Emerging services such as IP TV, video on demand, online games, and multimedia interaction are testing the existing bandwidth, and the copper-based ADSL access method encounters a development bottleneck. Many domestic operators have started the large-scale ...

AI Technical Summary

Problems solved by technology

But DSL technology also has its disadvantages: they have limited coverage (only provide high-speed data transmission over short distances), and are generally asymmetric (usually high downstream bandwidth)

But its dedicated line network structure is not good for reducing network costs. When the demand grows rapidly and users are dense, the space requirement and cost will increase rapidly

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