The underlying mobile network is an existing large-scale platform for bearing the IoT services. Getting the underlying transport network capability to be exposed to the IoT applications in a simple way while offering additional and commonly needed functions and guaranteeing a robust protection of the network from inefficient usage will provide differentiated competition for mobile operators' IoT platforms versus other over-the-top offerings.
As a massive-antenna technology in the 4G era, Massive MIMO has been widely regarded as an ever energizing technology since 4G rollout. It takes the unrivaled advantages of LTE TDD spectrum to achieve revolutionary breakthroughs in network performance for operators. This revolutionary technology is a great prelude to the future-oriented network.
GTI Summit 2018, with the theme of “5G+AI, Fuel the Innovation”, was successfully held on 27th Feb., 2018 in Barcelona, Spain during Mobile World Congress 2018. Delegates from governments, organizations, operators, vertical and partners attended this summit to discuss how 5G and AI will enable the future innovations to create the intelligent world.
With the success of previous 6 workshops, the 7th TDD Spectrum Workshop (TDD Spectrum and 5G Technology Workshop) was successfully held on the afternoon of Sep. 25 in Busan, Republic of Korea during ITU Telecom World 2017.
Thanks to all GTI Program coordinators and Project/Task leaders, the GTI technical work has been advancing and made achievements as planned. These are some of the latest updates based on conclusion from recent discussions.
This white paper addresses outstanding aspects which are seen fundamental to corresponding work carried out for PoC with inclusion of three subclasses.
- Key performance indexes need to be identified in PoC task
- Substantial features enabling the competence of 5G NR
- Verification configurations and cases of PoC