Samsung Networks and Etherstack are trialing the Mission Critical Push-to-X (MCPTX) solution in Australia. A first for the region, the trial includes the incorporation of Etherstack standards-based P25 Interworking Function.
The GCF and TCCA efforts to create a foundation for 3GPP MC-PTT conformance testing have borne fruit, and test laboratories can now begin issuing conformance marks. This progress is an essential driver for economy-of-scale and broad interoperability. But the impact may vary depending on national priorities.
In this live demonstration of DFR support, Aerodome highlights its integrations with remote Beyond Visual Line of Sight (BVLOS) robotic docks, Computer Aided Dispatch (CAD), and airspace monitoring systems that include ADSB and radar.
Dryad Networks focuses on early fire detection through distributed sensors mounted in forests. Clever design choices, including solar, supercapacitors, LoRaWAN, and up-link flexibility, make it a solid complement to infrared cameras and satellite systems for next-generation rapid wildland fire observation.
Because mesh radio deployments create dynamic self-forming networks, providing field users the ability to control and monitor the communications environment becomes essential. TrellisWare's demonstration illustrates the rich ATAK user interface enabled with ATAK's extensible plugin architecture.
While the first 5G deployments are aimed at tackling fixed wireless connectivity to residences, the long game is with the smartphone. To that end, Qualcomm just launched a set of essential radio frontend modules that enable faster 5G smartphone time-to-market. What does this mean for mission-critical communications?
Moving emergency services workers from trusted professional mobile radio systems to emerging mission-critical LTE networks requires a solution for out-of-range communications. Why is this problem top-of-mind for so many visitors to Critical Communications World and what might they find at the exhibition?
