Fiber optic cabling. Fiber optic cabling.
The foundation of any high-speed network. Install conduits or even dark fiber during initial construction so you’re ready for 5G, 6G, and beyond.
CELL SITE PERMITTING
Build smarter: Why wireless infrastructure belongs in every new neighborhood plan.
When you build a new community, you’re not just laying down roads and foundations, you’re creating the framework for how people will live, work, and connect. And in a world powered by smart homes, streaming, and real-time communication, strong wireless infrastructure is as essential as water or power.
By thinking ahead and integrating connectivity from day one, developers can deliver neighborhoods that are modern, marketable, and ready for the future, today.
The growing demand for seamless connectivity.
The global wireless infrastructure market is booming, projected to grow from $280.39 billion in 2025 to $545.78 billion by 2032.¹ That explosive growth is fueled by the rise of smart homes, remote work, and advanced wireless standards like 5G and 6G.
So, what does this mean for communities and developers?
Homebuyers and residents expect fast, reliable mobile service.
Retrofitting for coverage after construction is expensive and disruptive.
Smart homes, remote work, and emergency services all rely on strong wireless signals.
And with the shift toward 5G and 6G, wireless networks are becoming more decentralized. No longer will all the processing be done in a massive core data center in the city. Instead, it’ll happen at the edge—closer to the people using it. That means neighborhoods need to be ready to host the infrastructure that supports it.
The cost of waiting.
The cost of installing wireless infrastructure during construction is relatively low compared to the increasing cost of real estate. Adding fiber conduits, power supply lines, and small cell-ready infrastructure during the early stages of development helps avoid expensive retrofits later.
Think of it this way: you wouldn’t build homes without plumbing or electrical conduits. Wireless infrastructure should be treated the same.
What does wireless infrastructure look like?
Understanding what equipment may be installed helps you plan smarter. Here are the key components:
Power and redundancy. Power and redundancy.
Wireless nodes and edge servers need power—sometimes lots of it. Plan for electrical capacity, backup power, and secure space for future network equipment.
Small cells. Small cells.
These are compact cell sites placed on light poles, buildings, or in common areas to boost coverage and capacity. Ideal for dense or growing neighborhoods.
Distributed Antenna Systems (DAS). Distributed Antenna Systems (DAS).
Great for covering large developments. A DAS connects multiple antennas to a central base station, spreading signal evenly across the site—inside and out.
Macro cell sites. Macro cell sites.
Traditional towers or rooftop installations that provide coverage across large areas. You may not need one on your property, but being prepared to connect to one nearby can be critical.
The payoff: Smart, connected, and competitive.
Planning for wireless now isn’t just a tech decision, it’s a strategic business move. Communities that offer strong connectivity:
Attract more residents.
Boost local economy.
Enable smart home features.
Provide better emergency response.
Expect lower long-term costs.
The communities you’re developing today will serve families for decades. By embedding wireless infrastructure into your design from day one, you ensure your neighborhood is not just built to last—but built to thrive in a smart, connected future.
1. Fortune Business Insights. 2024. Wireless Infrastructure Market Size, Share & Trends Analysis Report, 2024–2032. Last modified May. https://www.fortunebusinessinsights.com/wireless-infrastructure-market-102741.