This white paper provides a GTI companies’ initial study for the spectrum sharing issue for the operators to serve the vertical industry markets with their existing spectrum. The study assesses the overall system level performance for coexistence scenarios where a local vertical industry uses e.g a URLLC factory network has to fulfill the desired latency and reliability requirements while being interfered by the overlaid operator macro network offering wide area coverage in the same frequency band.
This white paper describes the requirements and application scenarios of 5G networks in major industries, summarizes and analyzes common scenarios and requirements, and provides a set of basic capabilities required for 5G networks to meet industry requirements.
Phase II involves more vertical, such as Differential protection in electrical power distribution and motion control in factory automation. And more simulation assumptions are adopted, such as FDD, new frequency band (700MHz), new frame structure, etc.
This white paper indicates that as 5G technologies mature, an increasing number of vertical industries are becoming aware of the fact that industry-specific private 5G networks will aid their digitalization and industry upgrade, helping the enterprises meet the needs of a faster and more diverse market.
This white paper summarizes differentiated network requirements of industry customers, proposes three types of wireless enterprise network solutions, and describes and analyzes the network architecture, network performance (coverage, performance, reliability, and isolation), application scenarios, and industry conditions.
This whitepaper focuses on the potential security threats and challenges brought by the application of 5G technologies to Smart City, and the security capabilities required to address these threats.