11/7/2022 0 Comments Cities xl city tourFixed broadband: high-capacity data services to residential or commercial premises.Public Wi-Fi: access in public spaces, especially where there are congregations of people in shopping and entertainment areas, transportation hubs, and parks.Video monitoring: the observation of public spaces for safety purposes and transportation corridors for the management of traffic flow.In support of the various services, cities deploy a number of applications that rely on broadband connectivity: Meanwhile, cities are expected to increase service delivery efficiency. Digital inclusion initiatives seek to address both availability of internet connectivity and often more importantly, adoption and use of internet services throughout the community. Economic development services provide support for, and encourage growth of, the business community-in addition to increased economic engagement by each respective residential community. The scope has increased in recent times to include the provision of ‘soft’ services that enhance the general well-being of communities. These traditionally relate to cities’ role in the provision of ‘hard’ services such as utilities and public safety. The new wireless networks can be deployed using residential or commercial rooftops, light standards, water tanks, street fixtures (e.g., light posts, traffic signals), and other vertically-oriented assets that provide line of sight to targeted facilities and residential areas.Ĭity governments and other local agencies have several mandates that are usually codified at the subnational (county, region, or state) or national level. Due to low power consumption and small form factor of these new radios (often the size of a dessert plate or smaller), they no longer need to be limited to designated wireless facilities and towers. To quickly establish such networks, sufficient network density is needed. Such wireless technologies can extend the reach of fiber deeper into neighborhoods and adjacent areas to make available gigabit speeds where previously not available in addition to other smart city services. Deployment of mmWave technologies can be less expensive, in large part due to the minimal construction in comparison to other network technologies. The speed and efficiency with which wireless networks can be established creates an ideal environment to provide immediate service in any given market. Wireless mmWave technologies can help accelerate deployment of the needed connectivity. Rapid deployment is critical in creating a substantially dense network to address the smart city connectivity requirements of a population area. While this document focuses initially on mmWave networks technology and deployment considerations, we expect the scope to widen to include a variety of technologies that rely on network densification. We provide an introduction to the technology and explore different deployment scenarios. The mmWave sections are intended to educate infrastructure providers and cities so that they can take an informed approach to technology selection. In this playbook, we cover smart city service requirements, an overview of mmWave technology, mmWave spectrum and deployment regulation and best practices recommendations. The End-2-End Architecture workstream creates disaggregated end-to-end network architectures for diverse use cases in urban deployments.In both cases, our goal is to identify practical approaches to solutions rather than document the status quo. The Best Practices workstream focuses on aspects of site identification, planning permission and permission to deploy.The Integrated Hardware Asset workstream addresses aspects of equipment design, approval, and installation.The members of the TIP Smart City Connectivity sub-group are collaborating to address several of the major friction points in the deployment of communications equipment on street assets. Collaborating in TIP, we aim to streamline and accelerate network deployments. It’s the result of a collaboration between TIP Members -operators, infrastructure providers, system integrators, and equipment vendors-to provide guidance to key audiences (especially municipalities) about the deployment of communication services at the street level. This playbook is an output of the Smart City Connectivity sub-group within the Telecom Infra Project (TIP) mmWave Networks Project Group.
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