WRC-19: ASMG lunchtime seminar on mmWave spectrum for 5G

Thursday 31 Oct 2019 |

WRC-19: ASMG lunchtime seminar on mmWave spectrum for 5G image

“The Arab Spectrum Management Group has already positioned itself as a 5G leader. And its full support for the identification of mmWave spectrum at WRC-19 will help it build on that momentum.” (Mats Granryd, Director General, GSMA)

The GSMA on October 31 welcomed delegates from ASMG to a lunchtime seminar at WRC-19 to discuss Agenda Item 1.13 with a focus on mmWave spectrum for the future of 5G.

Speakers from Nokia, TMG and the GSMA, including Director General Mats Granryd, talked about how the right conditions for mmWave spectrum at WRC-19 can change how connectivity drives the Arab region forward.

At the seminar, the GSMA also presented findings from its recently published report on mmWave Use Cases, and the impact they will have on all aspects of society. The performance benefits of mmWaves, including ultra-high speeds and low latencies, will drive the revolutionary impact of the most advanced 5G services. Use cases such as expanded broadband access and advanced healthcare stand to profit greatly from access to mmWave spectrum.

The Middle East and North Africa is expected to deliver $15.4 billion in GDP from mmWave 5G by 2034. But economic impact, along with all the underlying use cases that make it possible, is only possible if mmWave spectrum is identified for IMT with reasonable conditions.

The mobile industry is asking for the IMT identification of:
• 26 GHz (24.25-27.5 GHz);
• 40 GHz (37-43.5 GHz);
• 50 GHz (45.5-52.6 GHz); and
• 66 GHz (66-71 GHz).

The presentation from the seminar is available here.

The GSMA’s full line-up of WRC-19 collateral can be found here.

WRC-19: ASMG lunchtime seminar on mmWave spectrum for 5G image

GSMA Presentation

WRC-19: ASMG lunchtime seminar on mmWave spectrum for 5G image

TMG Presentation

WRC-19: ASMG lunchtime seminar on mmWave spectrum for 5G image

GSA Presentation

WRC-19: ASMG lunchtime seminar on mmWave spectrum for 5G image

GSMA Conclusion