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PMR-IoT
Hytera’s PMR-IoT focuses on guaranteeing the application of mission-critical services. Centered on transmission paths, the solution, compatible with multiple public networks, utilizes wireless communication algorithms and protocols to create highly reliable, safe, and less-delay channels based on the private networks PDT, DMR, TETRA, and LTE. These channels can sense the transmission of data from the physical contact to the data center end. The data center then digs and refines data value through a series of big data algorithms to provide customers with a full range of data-based end-to-end intelligent services.
Solutions
Smart fire protection
fire scene monitoring, fire-fighting facility supervision, remote fire alarm, and 24-hour real-time monitoring of fire protection water system
Irregular parking detection
no-parking road management, monitoring strategy management, traffic statistics and analysis, and intelligent information push
Smart municipality
over- and under-ground sensing, converged and unified platform, good scalability, and wide coverage
Smart prison
intelligent control platform, indoor positioning plus video linkage, police affairs information sharing, visual command and scheduling, intensive integration, and multiple subsystem convergence
Hytera Advantages
MAXIMUM UTILIZATION OF NETWORK RESOURCES
The northbound link makes possible the converged application of multiple public and private networks, such as cluster/conventional PDT, cluster/conventional DMR, TETRA, WiFi, LAN and 4G. While accommodating and utilizing as much network resources as possible, PMR-IoT enables the public network and private network to back up each other to realize full coverage and interconnection.
ULTIMATE INSTANTANEITY
PMR-IoT is able to do “both management and control”. With a perfect priority management system, it adjusts resource allocation in real time to reserve idle channels so as to prevent network congestion and ensure the time validity of important information.
PERFECT SAFETY
Three-layer encryption, deployed in nodes, links, and end to end, ensures the safety of wireless transmission. Also, the encryption algorithm, approved by the State Password Administration Committee Office, of northbound authorization frequencies provide another guarantee for the safety of PMR-IoT.
ULTRAHIGH RELIABILITY
In terms of time validity, reliability and stability, PMR-IoT can provide adaptive QoS based on the class of service to ensure reliable transmission of mission-critical services
Case Studies
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