Techno-Regulation Analysis of Micro Operator in Industrial Area

Melati Sabila Putri, B. S. Nugroho, Helni Mutiarsih Jumhur
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Abstract

Indonesia has started the deployment of 5G networks to continue to develop in terms of telecommunications. However, accelerating the deployment of a 5G network will take a long time because the cost of deploying infrastructure is not cheap, and getting permits to build infrastructure in an area isn't easy. In 5G, it has a new business model, namely micro operators. Micro operators are 5G service deployments outside the deployment and Mobile Network Operators (MNO). Implementing micro operators can accelerate the deployment of 5G networks and connectivity distribution. With this approach, an analysis of the implementation of micro operators in Jababeka using the mmwave 28 GHz is carried out. From the results, there is an increase in the population. Scenario 1 shows a negative trend and scenario 3 show a positive trend. That means Indonesia can adopt scenario 3 to implement micro operator for the booster 5G network. In terms of regulation, Law Number 36 of 1999, Government Regulation Number 52 of 2000, Law Number 11 of 2020, and Government Regulation Number 46 of 2021 are the basis for discussing the proposed micro operator regulation based on existing rules in Indonesia.
工业园区微经营者的技术规制分析
印度尼西亚已经开始部署5G网络,以继续在电信方面发展。然而,加快5G网络的部署将需要很长时间,因为部署基础设施的成本并不便宜,而且在一个地区获得建设基础设施的许可并不容易。在5G中,它有一个新的商业模式,即微运营商。微运营商是5G业务部署和部署之外的移动网络运营商(MNO)。实施微运营商可以加速5G网络的部署和连接分配。利用这种方法,分析了微运营商在Jababeka中使用毫米波28 GHz的实现。从结果来看,人口在增加。场景1为负趋势,场景3为正趋势。这意味着印尼可以采用场景3来实施微运营商的5G助推网络。在监管方面,1999年第36号法律、2000年第52号政府法规、2020年第11号法律和2021年第46号政府法规是在印度尼西亚现有规则的基础上讨论拟议的微型运营商监管的基础。
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