This specification provides evaluation criteria for basic functions and 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 white paper proposes an industry proximity network lifecycle capability system based on Digital Twin technology and develops the industry proximity network Digital Twin Network Lifecycle Management (DT-NLM). It aims to provide reference and guidance for the industry when designing related projects and proposing solutions.
Based on current 5G network security status and requirements from telecom operators, this white paper provides an overview of the goals and the architecture of 5G endogenous security, its capabilities and key requirements. Conclusions are made to telecom operators and equipment vendors on effective collaboration to promote the development and adoption of 5G endogenous security.
This white paper analyzes differentiated cyber security risks and security solutions in the context of such 5G application scenarios as manufacturing, energy, and ports, aiming to guide vertical industries on how to build and deploy appropriate cyber security capabilities, while also improving the security level of 5G applications.
This white paper shows that MEC is most typically employed for smart factory, smart grid, smart driving, healthcare, entertainment, and digital media scenarios, and these industries represent the largest potential future markets for MEC.
This specification targets enhanced Mobile Broadband (eMBB) scenario for 5G Sub-6GHz Chipset, Module and Device products testing. It not only stipulates the 5G device function and performance test in lab for NSA Mode (Option 3/3a/3x) and SA (Option 2), but also provides evaluation criteria for basic functions and performance in the 5G test.