Much of the activity on 5G spectrum in the US to date has focused on millimeter (mmWave) spectrum, but it is not clear that mmWave spectrum will be suitable for mobile 5G network deployment in the near to mid-term future. High-band spectrum offers higher speeds and more capacity due to the amount of unused spectrum available at these frequencies, but mmWave is limited in geographic coverage needed for mobile deployments.

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All municipalities are challenged to implement a smart cities strategy. There is interest to ensure that the mobile infrastructure can provide excellent coverage and meet the ever increasing capacity demands. They also want to implement smart city applications to streamline their municipal operations, provide information data, and improve services for their citizen. 

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Major MNOs are in a very challenging position as mobile data demand continues to expand at breakneck pace. As smartphone usage becomes an inherent part of everyday life, MNOs are challenged to keep up with ever increasing demand for perfect coverage and adequate capacity. Markets in developed countries are very competitive for subscribers, have flat ARPUs, and yet must keep up with the escalating demand for capacity, which translates to more and more CapEx each year.

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Although much of the dialogue on 5G spectrum in the US has focused on millimeter (mmWave) spectrum, it is not clear whether the mmWave spectrum is suitable for mobile network deployment in the near to mid-term future.

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The world is in a race to deploy the next generation of wireless technology, known as “fifth generation” or “5G”, which promises ultra-high mobile internet speeds and greater capacity. The U.S. won the race to 4G, the current generation of mobile tech, but many fear the Chinese could beat us to 5G. To win this heat, the Federal Communications Commission must make available the spectrum (or airwaves) that 5G technologies need.

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