This whitepaper will be released in two phases. Phase1 will focus on two pre-commercial vertical scenarios (RMG in port which is a typical outdoor case and AGV in factory which is a typical indoor case) and pre-commercial product realization, frequency band, duplex mode, etc.; the output will be in two dimensions (Network capability is evaluated by given Inter-site Distance and number of station is calculated by given requirements). Phase2 will involve more vertical uses cases which operators and vendors have great interest in, such as AR/VR, gaming, and so on; and more simulation assumptions will be adopted, such as new frequency band, new frame structure, etc.
In this version, Clause 5 has been updated as per the industry progress; “Reconfigurable n77/79 L-PAMiF” has been added into Clause 220.127.116.11; Clause 18.104.22.168 has been added; Clause 8 has been updated as per the latest industry progress.
This specification provides evaluation criteria for UE OTA performance in the 5G test. Considering various test requirements, specific test cases and methods are designed, together with the basic requirements for each test category, number of test devices, and tailored agreements.
This specification targets enhanced Mobile Broadband (eMBB) scenario for 5G Sub-6GHz Chipset, Module and Device products testing. It stipulates the 5G device function and performance test in lab for NSA Mode (Option 3/3a/3x) and SA (Option 2).
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.
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.