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The article showcases the power saving for each option and explains the associated performance cost.

The new transceiver solution has been designed to provide scalable power and performance for many satellite, military, land mobile, utility infrastructure, and cellular mission critical communications. As a testament of the maturity of the technology, a case study of deployment of a mission critical communications system in Telstra’s mobile network is discussed.This article discusses multiple options of the power and performance trade-offs offered by Analog Devices’ newest generation software-defined radio (SDR) transceiver, the ADRV9001. Mission critical communications at system parity with existing solutions, but to enrich them by allowing users to exchange multimedia content in addition to voice and enjoy access to mobile broadband.īesides group communications, this paper also proposes to consider exploiting the LTE-Broadcast capabilities for enhancing the delivery of public warnings.

This whitepaper discusses how the capabilities of LTE networks and especially how broadcasting functionality can be leveraged not only to provide The most typical example of critical communications use is in the so called “blue lights” agencies (police, ambulance fire brigade), however mission critical communications are also applicable to many other sectors of society and industries. Many situations arise where human life and other values for society are at risk and where timely and reliable communications between first responders is essential to avoid or at least mitigate damage: we refer to this type of exchange of information as critical communications.

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