Deploying Two-Hour, Fire Rated Coaxial Cables for Dependable Connectivity

Deploying Two-Hour, Fire Rated Coaxial Cables for Dependable Connectivity

The first ever two-hour, fire rated coaxial cable for Distributed Antenna System (DAS) installations is now available by leading manufacturer, American Fire Wire. Public Safety DAS enables wireless connectivity within radiuses, however, they can fail to withstand emergency scenarios such as floods, fires, and earthquakes. This diminishes communication amongst first-responder teams without the proper deployment. […]

The Importance of Deploying Comprehensive ERRCS

The Importance of Deploying Comprehensive ERRCS

Efficient connectivity via Distributed Antenna System (DAS) signals enables emergency personnel to communicate effectively and overall — save lives. First responder radio systems are lifelines and therefore, all parties involved in the deployment process should prioritize it as such. As a property owner or manager, the top concern is ensuring the safety of all tenants, […]

Deploying Wireless Carrier Das to Enhance Emergency Responder Radio Coverage

Deploying Wireless Carrier Das to Enhance Emergency Responder Radio Coverage

Emergency Responder Radio Coverage Systems (ERRCS) is required to ensure first responders have sufficient radio coverage inside buildings at all times and most importantly, during life threatening events. However, during emergencies it can become extremely difficult for individuals (located inside buildings) to contact first responders, because unfortunately wireless carrier distributed antenna systems (DAS) are not […]

Facilitating the Pathway to Indoor 5G with DAS Systems

Facilitating the Pathway to Indoor 5G with DAS Systems

5G is positioned to disrupt nearly every industry the world over, yet the vast majority of businesses do not understand what it is. The introduction of 4G LTE radically reformed broadband networking on mobile devices. The immense changes brought forth to society and consumers at large were enabled by massive increases in network throughput. This […]

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