Effectiveness of Microducts as Alternative to Deploying Optical Cables to Support Smart Infrastructure

Edi Yusuf Wirawan, R. Jayadi, Gapurendro Ardhyogi
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Abstract

As one of the components smart city, ICT Infrastructure must be effective and efficient and currently fiber-optic network is the best for that. Problems arise when fiber optic installations in urban areas become chaotic and disorganized, resulting in a negative effect on the aesthetics of the city, on the use of utility lines and especially on future maintenance. Currently, subducts are the famous method to lay fiber optics and become a standard in Indonesia. Many providers or ISPs deploy their fiber optics, and it makes the utility lines complete. Therefore, many cities in the developed world have switched to microducts technology. This technology provides efficiency, especially in terms of implementation, both cost and physical dimensions. In this study, we prove that microducts are more effective than solutions subduct. Comparing the physical, capacity, cost and installation between microduct and subduct, we also gather information from some network providers and ISP about the effectiveness of microduct. And it has been proven that microducts are very effective and efficient and can be classified as a solution for smart infrastructure
微型管道作为部署光缆以支持智能基础设施的替代方案的有效性
作为智慧城市的组成部分之一,信息通信技术基础设施必须是有效和高效的,目前光纤网络是最好的。当城市地区的光纤装置变得混乱无序时,就会出现问题,从而对城市的美观、对公用线路的使用、特别是对今后的维护产生负面影响。目前,潜管是一种著名的光纤铺设方法,并已成为印尼的标准。许多供应商或互联网服务提供商部署他们的光纤,它使公用事业线路完整。因此,发达国家的许多城市已经转向微管技术。该技术提供了效率,特别是在实现、成本和物理尺寸方面。在本研究中,我们证明了微导管比溶液导管更有效。比较了微管道和潜管的物理、容量、成本和安装,并从一些网络提供商和ISP那里收集了关于微管道的有效性的信息。事实证明,微型管道是非常有效和高效的,可以归类为智能基础设施的解决方案
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