| Summary: | 碩士 === 國立臺北科技大學 === 光電與通訊產業研發碩士專班 === 97 === This article discusses the concept of the communicational cabling design and how to improve Communication Bandwidth in order to meet the needs of the globalization and highly-flowed-knowledge in future’s society. Nowadays, the construction of Information and Communications Technologies broadband network system in the fiber backbone highly- bandwidth transmission network is quite mature. For example, the technological solution methods of the DWDM、GEPON、GPON etc. However, there are many practical difficulties for the construction of the communicational cabling network in the building of last mile of the Customer holds. We need to address and resolve this important issue.
According to the〝room internal and external telecommunication equipment project technical specification of the building〞(CLE – EL 3600-6) issued by the R.O.C. National Communications Commission on August 9, 2004. This regulation and direction provides a suggestion that can meet the current trend of the concept for the mix design of Information and Communications Technologies integrated building distribution on the cabling design. Based on this regulation and direction, we discusse the application of the optical network to the construction of the build technology inside the building and the possible design methods. This article also combines the related equipments and construction methods provided by such regulation and direction, which will to improve the bandwidth and to effectively resolve the dilemma faced by the last one kilometer construction.
Finally, this article uses The VillageⅠ and The VillageⅡ community network structure as a case study. It compares and analyzes the constructional design between CATV HFC network structure and GEPON FTTH network structure. It also explains why the integrated building distribution with the cabling design and communications of broadband deploy the research to build technology can cause the differences on the video quality and broadband transmission network.
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