Why Indoor Coverage Is Failing
Most buildings today are built with materials that block mobile signals, including metal-reinforced concrete, Low-E glass, and foil-backed insulation. Even the best 5G networks can’t reach users inside without help. 5G signals are up to 100x worse than 4G at penetrating walls. With 80% of mobile calls happening indoors, poor coverage isn’t just inconvenient — it’s a risk to productivity, safety, and tenant satisfaction.
- Eliminate dead zones that disrupt business and safety
- Avoid productivity losses caused by poor mobile access
- Ensure reliable coverage for emergency response and compliance
How DAS Solves the Problem
Distributed Antenna Systems (DAS) capture outdoor mobile signals and redistribute them throughout indoor spaces using a network of antennas. Passive DAS suits smaller buildings, while active DAS – powered by fibre optics – supports large venues like hospitals, stadiums, and airports. These systems eliminate dead zones, ensure consistent coverage, and support smart building technologies like IoT sensors and mobile access control.
- Seamless mobile coverage across every floor and zone
- Scalable architecture for 5G, IoT, and automation systems
- Tailored solutions for small offices to large public venues
Why DAS Is Now Essential
DAS is more than a connectivity fix; it’s foundational infrastructure for modern buildings. It supports public safety compliance, boosts tenant retention, and prepares properties for future network demands. From mobile payments in retail to telemedicine in healthcare, DAS enables the digital experiences people expect. As 5G expands and data usage grows, DAS will be as essential as electricity or plumbing.
- Meet safety regulations and avoid costly compliance issues
- Increase property value and tenant retention with better connectivity
- Future-proof your building for 5G, smart tech, and evolving user needs
Let’s make sure your building isn’t left behind as 5G becomes the new standard. Book a site audit today and future-proof your connectivity.
