GSMA RICH COMMUNICATION SUITE WHITE PAPER V1.0 PDF
February 2, 2021 | by admin
GSMA Rich Communication Suite White PaperV October GSMA Rich Communication Suite Initiative White Paper UNRESTRICTED Draft Document RCC – Rich Communication Suite Advanced Vfinal draft. Page 1 of Document of the GSMA – Pending PSMC approval .. PDF. Portable Document Format. PIDF. Presence Information Data Format .. for use with OMA Device Management, Approved Version , 24 October. innovative new services implemented through RCS APIs such as: mHealth, Home tablet client that meets GSMA RCS requirements for Rich Communication.
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Nevertheless, several use cases are anticipated to be active concurrently in the same operator network, thus requiring a high degree of flexibility and scalability of 5G networks. NGMN envisages a 5G eco-system that is truly whitr, free of fragmentation and open for innovations. On the end-user side, a key requirement for 5G will communicatikn that a consistent customer experience is achieved across time and service footprint.
In addition, it should show foundational shifts in cost and energy efficiency.
Therefore, the capabilities of the network need to be expanded to support much greater throughput, lower latency and higher connection density. After having laid the basis for 4G in its White Paper several years ago, NGMN now outlines in the White Paper its vision for 5G whjte value creation through new use cases and being enabled by sustainable business models.
In addition, operators will support vertical industries, and contribute to the mobilization of industries and industry processes. In NGMN has developed requirements for the next generation of suit broadband technologies which is commonly called 5G.
NGMN – 5G White Paper
Using 5G networks, third party service providers should be able to offer their services in a very short time-to-market manner and based on mutual service level agreements. The 5G use cases demand very diverse and sometimes extreme requirements.
It is an essential suote that 5G provides a future-proof technology platform allowing the evolution of existing business models in both retail and wholesale offerings. It empowers value creation enabled by sustainable business models.
5G White Paper
In addition to supporting the evolution of the established prominent mobile broadband use cases, 5G will support countless emerging use cases with a high variety of applications. To cope with a wide range of use cases and business models, 5G has to provide a high degree of flexibility and scalability by design.
Furthermore, it should open up opportunities to create completely new business models without having an impact on network architecture.
For operators, the capability to evolve and enable new business models should be supported in a cost efficient manner, without having architectural impact. A global initiative has delivered key wjite operator requirements intended to guide the development of future technology platforms and related standards, create new business opportunities and satisfy future end-user needs.
A global team of more than experts has contributed to the now finalised 5G White Paper by developing the consolidated operator requirements intended to support the standardisation and subsequent availability of 5G for and beyond. In addition, future services will be delivered across a fully heterogeneous environment and laper wide range of devices such as smartphones, wearables, and Machine Type Communication. The commercial introduction of 5G is expected to vary from operator to operator; however, NGMN encourages the ecosystem players to work towards availability of global and commercial solutions by In the meantime, LTE has become a truly global and mainstream mobile technology, and will continue to support the customer and market needs for many years to come.
This White Paper is going to serve as a guideline for 5G definition, architecture and design, taking particularly into account the demand of consumers, enterprises, vertical industries, and service providers in and beyond. On the radio access side, it will be essential to provide enhanced antenna technologies for massive MIMO at frequencies below 6GHz and to develop new antenna designs within practical form factors for large number of antenna elements at higher frequencies.
It is anticipated that a single solution to satisfy all the extreme requirements at the same time may lead to over-specification and high cost. There will also be new services enabled in the health and safety area with extreme requirements in terms of system reliability.
Particular focus during this process has been on the needs of mobile network operators. The primary role of the NGMN Alliance is to enable and drive the creation of commonly accepted and global standards with the objective to expand and evolve the mobile broadband experience to the benefit of all customers.