This whitepaper provides the analysis of the factors of power consumption, such as the key components /the 5G feature and the service type/the test solution and the performance requirements of power consumption for 5G device. In the early stage, the analysis of power consumption for sub6G eMBB terminal and the vertical terminal is the main part, the start-up time of the research of power consumption for millimeter wave device depends on the industry maturity.
This specification targets enhanced Mobile Broadband (eMBB) scenario for 5G Device products testing. It provides evaluation criteria for UE OTA performance in the 5G test.
This report has been carried out in two directions respectively, the sub-6GHz RF components and the millimeter wave RF components. It analyses the industrial status, key technologies, design challenges, alternative process and research progress of core 5G RF components, such as power amplifier, filter, low noise amplifier and switch.
This whitepaper mainly focuses on the 5G S-Module and has been carried out in several sections in turn. Combined with the standardization status and the industry status of 5G S-Module, the whitepaper analyses the required basic functions, the hardware technical requirements, the electrical interface technical requirements, test & certification and the typical technical solutions for 5G S-Module.
This whitepaper identifies and explores the 5G multi-mode multi-band device requirements of wireless network operators and service providers deploying the latest generation of mobile broadband technology. The paper also highlights certain key 5G technological requirements related to multi-mode mobility and MIMO support required by GTI operators.
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.