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IP|Connect™ - Advanced Control of iDen Push-to-Talk
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IP|Radio™ Print E-mail
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IP|Radio™
Advanced Capabilities
System Specifications
Hardware Specifications

System Specifications

16 Gateways per Remote: Each Remote PC can simultaneously display the activity from up to 16 gateways. Each gateway can support a different set of talkgroups, channels, or geographic regions. The audio from the selected gateway will be played in the Remote PC’s headset or speakers. Audio from other gateways can be scanned and played through the same headset or speakers.

64 Remotes per Gateway: Each gateway can support up to 64 Remote PCs. Any 25 of these remotes can be active at one time. When a field radio talks, up to 25 PC users can hear the audio. When a PC user talks, the field radios and the other 24 Remote PCs can hear the audio.

Modular Design: IP|Radio is designed for growing, changing needs. The systems administrator can customize the IPR configuration. Additional Remotes and Gateways can be added to the system without changing the application software. Each Gateway can have a unique list of Remotes and each Remote can have a unique list of Gateways.

TCP/IP Control Messages: Transmission Control Protocol/Internet Protocol is used for the control messages between the Gateways and Remotes. These control messages are used to key the radio, change groups or channels, provide status information, and coordinate operations between the Remotes (clients) and the Gateways.

UDP Voice Datagrams: User Datagram Protocol is used to transport the voice content between the Remotes and the Servers.

Client-Server Architecture: IP|Radio uses this industry standard approach in its software design. The Remotes run a client application while the Gateways run a server application. This approach limits the Remote PC resources required, thereby enhancing the product's multitasking capabilities. This approach also limits the amount of computer network traffic required between the fixed radio and Remote PC.



Newsflash

Catalyst Introduced Console, Presented Technical Track at IWCE

Thursday, February 28

Catalyst once again introduced a ground-breaking innovation at IWCE. Robin Grier, the President of Catalyst, was joined by Major Steven Williams of the Florida Highway Patrol to discuss “Disaster Recovery, Pushing the Envelope with Wireless IP.”

The Florida Highway Patrol has created a Mobile Command Vehicle that provides the full functionality of a primary dispatch center with three independent methods of network connectivity to other locations – a first. FHP officers can drive the vehicle to any location – inside or outside the state -- and begin dispatching in minutes if a hurricane, fire, or other disaster disrupts or even completely eliminates the local facility. Discover how the Florida Highway Patrol provides a flexible response to evolving communications needs across the state, allowing first responders to link any of 500 talk groups and conventional channels for federal, state, and local agencies in virtually any combination, instantly. Management issues including operational and contingency plans will be discussed.



For the complete presentation, please click here