This white paper analyzes the requirements of service processes and connections for 5G as well as 5G's value in the first-batch demonstration industries, including port, steel, and mining, based on China Mobile's and Huawei's exploration. Suggestions are also provided on how to improve the uplink bandwidth capabilities of current networks.
This present document proposes mechanical, electrical, software and performance requirements for Cellular-IoT universal module implementations. The assigned allocations are intended to enable the module supplier and host device integrator to design compatible circuits with aligned pad assignments as specified.
Targeting for the 5G industrialization, this White Paper is necessary to facilitate the development of 5G chipset/ device and the corresponding test instruments. This document targets enhanced Mobile Broadband (eMBB) scenario for Sub-6GHz 5G commercial products, which is conducted to be the technical references for the development of chipset/ device and the basis for the 5G commercial products specs.
This white paper stresses that mobile broadband is an infrastructure of national ICT, and its development requires the joint efforts of governments, operators, and related social resources to work hand in hand on networks, users, and digital services.
This white paper will provide the advantages of TDD spectrum, information of 2300MHz ecosystem, suggestions for facilitating the efficient utilization and fast deployment of LTE TDD globally and smooth evolution to 5G, as well as policy recommendations for regulators to facilitate high use of spectrum efficiency.
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.