GTI TD-LTE Carrier Aggregation White Paper_v5.1 22 nd / 6 / 2016
This white paper provides a technical overview of carrier aggregation, including the following aspects: 1. Analyse the frequency bands allocation of different operators and the CA requirements of the operators based on the spectrum assignment. 2. Introduce the technical principle, advantages and application scenario of CA 3. Share the current status of standardization and industry. 4. Release the requirements of the operators and summarize the earliest roadmap expecting by the operators.
5G Technology and Testing Workshop 29 th / 4 / 2016
April 15th, 2016 Beijing, China
CMI “hi-H Program” progress 16 th / 3 / 2016
The Hand-in-Hand Program (hereafter referred to as \"hi-H Program”) was initiated by China Mobile International Limited (CMI) and launched in Shanghai on 14th July 2015.
GTI TD-LTE Carrier Aggregation White Paper_v5.0 9 th / 10 / 2015
This white paper provides a technical overview of carrier aggregation, including the following aspects: 1. Analyse the frequency bands allocation of different operators and the CA requirements of the operators based on the spectrum assignment. 2. Introduce the technical principle, advantages and application scenario of CA 3. Share the current status of standardization and industry. 4. Release the requirements of the operators and summarize the earliest roadmap expecting by the operators.
GTI TDD-FDD Convergence White Paper_v2.0 9 th / 10 / 2015
This white paper provides an overview of the current global status of LTE TDD/FDD convergence, a technical overview of convergence between TDD and FDD networks, network operator case studies, and insight into the future requirements and timing of operators considering TDD/FDD convergence.
GTI Future Spectrum White Paper V5.4 9 th / 10 / 2015
This white paper summarizes the advantage of TDD technology and the spectrum requirement resulting from the development of IMT and extensive growth in data traffic. It aims to facilitate the TDD technology globalization and unpaired spectrum utilization, including convergence of FDD/TDD, and to drive the unpaired spectrum allocation in future. The potential candidate frequency bands, including both lower and above 6GHz bands, are also presented.
