The Smart City Connectivity Challenge Has an Antenna Problem
About the Authors
Beecham Research is a leading IoT analyst firm with over two decades of experience shaping industry understanding of connected technology markets.
Yokowo has been engineering precision antennas since 1922, supplying OEM automotive antennas to Toyota, Nissan, Subaru, Honda, and General Motors. Their IoT antenna portfolio brings the same automotive-grade rigour to smart city infrastructure.
© 2025 Beecham Research. All rights reserved.
Cities are deploying IoT at unprecedented scale — but most devices fail to reach their potential because antenna selection is treated as an afterthought.
14.4 billion IoT smart city connections are projected by 2030. Every one of them depends on an antenna.
Is Your IoT Deployment Built to Perform?
Whether you're deploying streetlights, EV chargers, public transport fleets, or surveillance infrastructure, the wrong antenna means dropped connections, degraded performance, and costly rework.
The difference between a smart city that works and one that doesn't often comes down to a component most engineers consider last.
What You'll Learn in This Report
Produced by Beecham Research in partnership with Yokowo, this guide gives IoT engineers, system integrators, and smart city planners a practical framework for antenna selection across every major urban use case.
Inside the report:
Why no single connectivity technology dominates smart city deployments, and what that means for antenna strategy
The five biggest antenna integration challenges in urban environments, and how to solve them
A breakdown of antenna types by use case: from embedded LPWA sensors to high-throughput 5G MIMO and precision GNSS
Real-world applications including connected bus fleets, CCTV backhaul, cashless payments, autonomous robots, and digital twins
How automotive-grade engineering standards translate into longer-lasting, more reliable IoT deployments
Who This Report Is For
This report is essential reading if you are:
An IoT device designer selecting antennas for smart city endpoints
A systems integrator managing mixed-connectivity urban deployments
A municipal technology decision-maker evaluating infrastructure vendors
A network engineer working on private 5G, LPWA, or GNSS implementations