Today’s 5G comes in two types: one that builds on existing 4G networks and one that uses new, high-frequency spectrum. The 4G-based 5G works well for everyday activities like streaming, video calls and social media, is widely available and affordable and works on most phones. The high-frequency version is faster and better for heavy use—like multiple ultra-HD streams, gaming, AR/VR and smart buildings—but is still evolving, is not yet everywhere and needs a 5G-compatible device. It’s best for busy places like stadiums, airports or large offices where the investment aligns with the value to the venue.

Tenants, guests, employees and shoppers need reliable, always-on connectivity. Depending on one carrier creates dead zones, reduces redundancy and increases risk for critical communications, especially in thick-walled and waterfront properties, old buildings, stairwells and basements.

Delaying usually increases costs and disrupts operations. Early design ensures coverage, compliance and efficient operations from day one—saving on average of 20% when implemented before the walls are constructed.

That’s a common misconception. While DAS is well known for stadiums and large campuses, it’s increasingly deployed in office buildings, hospitals, hotels, manufacturing facilities, airports and high-rise residential properties. Any environment where cell service struggles—due to building materials, density, or critical communications needs—can benefit from DAS. Today, DAS is as much about reliable day-to-day connectivity, safety and business operations as it is about serving massive crowds.

Wi-Fi and cellular solve different problems and are complementary. Think of a DAS like your major highway, far reaching and travels with you. Wi-Fi is like a private road off the highway—focused on a specific area and limited to those boundaries and speed limits. Wi-Fi delivers high-capacity, localized connectivity and is good for data on known devices, but it can’t replace cellular for things like voice calls, mobile payments, public safety and security, critical business applications or indoor to outdoor use cases. Cellular DAS or Private Networks provides higher reliability, better mobility and stronger security. Most buildings need both Wi-Fi and cellular working together.

Not necessarily. A strong outdoor signal doesn’t guarantee reliable indoor coverage. Building materials like concrete, steel, low-E glass and even modern insulation can significantly block or weaken cellular signals once you are inside a building. That’s why many properties show “full bars” outside but experience dropped calls, slow data or dead zones inside—especially in elevators, stairwells, basements and interior rooms.