CITY OF
BELLEVUE
City of Bellevue deploys Zinwave distributed wireless platform for
seamless public safety and commercial services in city hall.
A Zinwave distributed antenna system amplifies the frequency bands most commonly used by public safety providers around the world –whether that’s frequencies in the 400MHz, 700MHz or 800MHz bands—ensuring that emergency communication is possible. But because a Zinwave DAS solution can access the full spectrum of common cellular and public safety radio frequencies from Day 1, the lower-band VHF and additional tactical frequencies can also be supported without the need for additional hardware.
Read the 2018 In‑Building Public Safety Survey Report
A Zinwave distributed antenna system amplifies the 700MHz to 800MHz frequency bands most commonly used by public safety providers and helps ensure that emergency communication is possible. But because a Zinwave DAS can access the full spectrum of common cellular and public safety radio frequencies from Day 1, it can access the 150MHz lower-band VHF frequencies and 400MHz tactical frequencies without the need for additional hardware.
It’s that capability to access the full spectrum of radio frequencies that makes a Zinwave DAS more than a public safety investment. Our in-building wireless platform also allows you to amplify the cellular signal of all popular cellular carriers. A Zinwave DAS can make your building’s occupants more than safe, it can make them happy.
LEARN MORE ABOUT OUR SOLUTIONCity of Bellevue deploys Zinwave distributed wireless platform for
seamless public safety and commercial services in city hall.
The hospital underwent an extensive redevelopment before 2010, which included
assurance of thorough TETRA emergency services coverage. Hospital management
also took the opportunity to incorporate all commercial frequencies in the new
in-building wireless network so it could offer optimized mobile coverage to patients and staff.
Can your building provide the connectivity first responders need? Read the suvey to learn more about communication obstacles first responders are facing today.