The proposed converged core is defined as a purpose-built component across layers and domains. For the goal of delivering a cost-effective solution with a simplified deployment model, it is primarily designed for PMR network and PTToC/MCS in-depth convergence instead of implementing separate entity, standalone gateway and complex interfaces.
The converged network that supports PMR network + Private LTE network + Commercial LTE network (MCS/PTToC) standards-based convergence, enables agnostic access and automatic shifts without users' attention by providing advanced seamless mobility features across networks without geographical interruption for voice calls and with voice continuity against dropped syllables and words.
As a next-gen ready cloud-based platform, the Open Universal Communication Platform (OUCP) is designed to resolve the increasing challenges of integration and interworking of more complex and disparate systems, including landline, video streaming and conferencing, rich media and legacy systems, also interconnecting 3rd part standards-based MCS systems with well-defined and open protocol flows.
The next-gen Computer-Aided Dispatch (CAD) system facilitate a smooth evolution path by providing customers with a range of types of role-based consoles leveraging OUCP, along with comprehensive capabilities, including unified dispatching, fully interoperability, seamless access and efficient controlling of MC Communications across PMR/LTE networks and different disparate systems.
The rugged and converged device that combines reliable PMR (PDT, DMR or TETRA) trunking and DMO communications with LTE connectivity, is capable of SDK-based traffic tunneling, enabling more instant communications and enhanced seamless mobilities. 4G body-worn cameras are designed for the operational needs of the police officer, firefighting and ambulance users and never miss capturing evidence. It is also an MC Communications device that supports push-to-X services.
The proposed converged core is defined as a purpose-built component across layers and domains. For the goal of delivering a cost-effective solution with a simplified deployment model, it is primarily designed for PMR network and PTToC/MCS in-depth convergence instead of implementing separate entity, standalone gateway and complex interfaces.
The converged network that supports PMR network + Private LTE network + Commercial LTE network (MCS/PTToC) standards-based convergence, enables agnostic access and automatic shifts without users' attention by providing advanced seamless mobility features across networks without geographical interruption for voice calls and with voice continuity against dropped syllables and words.
As a next-gen ready cloud-based platform, the Open Universal Communication Platform (OUCP) is designed to resolve the increasing challenges of integration and interworking of more complex and disparate systems, including landline, video streaming and conferencing, rich media and legacy systems, also interconnecting 3rd part standards-based MCS systems with well-defined and open protocol flows.
The next-gen Computer-Aided Dispatch (CAD) system facilitate a smooth evolution path by providing customers with a range of types of role-based consoles leveraging OUCP, along with comprehensive capabilities, including unified dispatching, fully interoperability, seamless access and efficient controlling of MC Communications across PMR/LTE networks and different disparate systems.
The rugged and converged device that combines reliable PMR (PDT, DMR or TETRA) trunking and DMO communications with LTE connectivity, is capable of SDK-based traffic tunneling, enabling more instant communications and enhanced seamless mobilities. 4G body-worn cameras are designed for the operational needs of the police officer, firefighting and ambulance users and never miss capturing evidence. It is also an MC Communications device that supports push-to-X services.
Omida Presentation: Next-gen Mission Critical Communications and the decisive factors that set and shape the direction and overall landscape of these technologies.
It is used in global public safety and other industries which already have TETRA solution for critical voice communication, but require broadband service. It is an efficient solution to expand multimedia services, such as video, image and massive data communication.
It is a hybrid of narrowband DMR Trunking system and broadband (4G/ LTE) network via Hytalk Pro. By connecting DMR Trunking system to public LTE network, the LTE network expands the network coverage area of DMR trunking, so as to realize a wider coverage of DMR trunking. LTE network is also used to supplement users' needs for broadband data and mobile video services.
Hytera HyTalk series make full use of the coverage and technical advantages of public network to supplement the coverage blind area of narrowband trunk communication network, realizes unlimited distance and geographical communication, and builds multimedia data and mobile video capabilities to enhance visualization and dispatching efficiency to meet the needs of users in various industries.
