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Smart City Park: 5G Backhaul for Public Wi-Fi 7 and IoT

Applications et cas

Points clés à retenir

Deploy public outdoor Wi-Fi, digital signage connectivity, and IoT backhaul in parks, plazas, and open civic spaces without trenching fiber across the site.

Arrière-plan

Cities are expanding digital services in parks, plazas, beaches, and transit-adjacent public spaces. These projects may include public Wi-Fi, digital information boards, environmental sensors, and security cameras. Traditional deployments often require trenching, permitting, and complex maintenance across dispersed locations. Municipal IT teams need an outdoor-ready platform that can use 5G backhaul, simplify installation, and centralize remote operations.

Exigences du client

No Fiber Trenching
Required
Public Wi-Fi and IoT backhaul should be deployed with minimal civil work and without digging through sidewalks, lawns, or paved areas.
High-Density Outdoor
Accéder
Each access point should support visitor connectivity in open public areas, with Wi-Fi 7 capacity for modern mobile devices.
Centralized and Secure
Gestion
City IT teams need to manage dispersed devices, support authenticated access, and receive timely alerts from one platform.

Solution

ODU12 units can be pole mounted across a park or plaza and powered through PoE. Each unit uses 5G backhaul and provides Wi-Fi 7 access for public outdoor connectivity, while 2.5G Ethernet can connect digital signage, camera gateways, or sensor equipment. Built-in portal authentication supports access methods such as SMS, WeChat, and username/password. Administrators can manage distributed ODU12 devices through InCloud Manager with remote monitoring, alerts, signal analysis, and AI-assisted diagnostics.

Avantages

Deploy in Days,
Not Months
5G backhaul and PoE deployment reduce the need for trenching and help connected public spaces launch faster.
One Outdoor Node for
Multiple Services
Each ODU12 site can support public Wi-Fi access, digital signage backhaul, and IoT device connectivity.
AI-Assisted Public
Network Operations
Natural-language queries, signal analysis, remote diagnostics, and centralized alerts help reduce the cost of maintaining distributed city infrastructure.

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