FAQ's
Not every radio integrates directly with a Radio over IP (RoIP) system. Most RoIP deployments require radios that support external audio, push-to-talk control, and signaling interfaces compatible with an IP gateway. Analog and many digital radios can be adapted, but...
FAQ's
A typical Radio over IP (RoIP) system requires a radio interface gateway or RoIP gateway that converts analog or digital radio audio into IP packets, an IP network (LAN, WAN, or VPN) to transport the traffic, and endpoints such as dispatch consoles, control stations,...
FAQ's
VoIP (Voice over IP) transports telephone conversations across IP networks between endpoints such as IP phones (hardware) or softphone clients (apps). RoIP (Radio over IP) extends two-way radio communications across IP infrastructure, connecting radios, repeaters, and...
FAQ's, IP Communications
Radio communications have undergone a significant transformation with the introduction of Radio over IP (RoIP) technology. For decades, long-distance communication relied on traditional radio frequencies such as UHF (Ultra High Frequency) and VHF (Very High...
IP Communications
We live in an age where incidents occur that are beyond your control, and you need to communicate fast to your people at a moments notice. Severe weather, power outages and even terroristic incidents are on the rise in every corner of the country. These critical...
DataComm
Air traffic controllers can now text flight clearance and rerouting instructions to multiple aircraft all in one push communication rather than one on one radio communications with each cockpit. This is a major leap forward in the FAA’s desire to embrace &...
