Top towards Next Generation “5G” Mobile Services

Over the past decade, wireless services and technologies have got dramatically evolved while shaping our economy and society. We’ve moved from analog to digital, from voice only services to wifi broadband, from 2G to 4-G, and beyond. The Commission provides consistently fostered policies promoting wifi deployment and innovation. We have noticed an extraordinary growth in demand for wifi services. We’ve made additional range available, but also pursued a flexible use regulatory strategy that allows companies to use spectrum resources to meet their needs and to develop and deploy innovative technologies without Commission acceptance (of course, with necessary competitive safeguards).

Technological innovation both supports and extends the boundaries of flexible make use of policies, allowing more and more uses plus users to coexist. This is accurate of so-called “5G technologies”, allowing higher-spectrum bands for mobility than previously thought possible. These higher-frequency bands are currently allocated for a variety of uses, including fixed, mobile, plus satellite. It is because of the success of flexible use policies that assisted the United States become a leader in LTE that we intend to build our 5G policies on the bedrock of flexible use. 5G may mean not just better broadband, but also services plus applications fundamentally different from those that are possible today, including services not yet even imagined, and possibly entire new industries.

My goal is to foster an environment in which the widest possible variety of brand new technologies can grow and flourish. The Commission took the first step in the fall of 2014 when it used a Notice of Inquiry asking about expanded wireless use of higher-frequency groups. We expect to follow up on the Notice of Inquiry and issue a Notice of Proposed Rulemaking (NPRM) on the usage of higher-frequency bands for mobile along with other uses this year.

The NPRM will focus on developing a flexible regulatory framework that will enable maximum use of higher-frequency bands by a wide variety of providers, whether the service they provide is mobile, fixed, or satellite. I anticipate that we will discover a range of regulatory strategies depending on the details of each proposed higher-frequency band, which includes licensed, unlicensed, and hybrid contributed models.

In addition , as an implementation of current flexible rules, I foresee lower-frequency bands playing a role in 5G. For example , the timing of the motivation auction makes the 600 MHz music group a prime candidate for application of a wide-area 5G coverage level. In much the same way that 700 MHz paved the way for America’s leading deployment of 4G, so could 600 MHz accelerate U. S. deployment of 5G.

To establish an environment to push innovations and investments in 5G technologies, we will continue to work with relevant stakeholders and coordinate closely along with NTIA and other federal agencies. We are going to consider ways in which new technology enables brand new opportunities, such as two-way spectrum writing to increase capability of government and commercial users alike. In addition , we will encourage and support other agencies’ attempts to fund research on 5G and will encourage building cybersecurity protections for new 5G networks from the start.

We will also take an active role on 5G problems internationally, monitor standardization processes, plus encourage globally harmonized spectrum designed for 5G to the extent possible.

At the upcoming 2015 World Radiocommunication Conference (WRC), we will continue to support harmonized international spectrum allocations for mobile high speed and will encourage the adoption of the plan for identifying spectrum for cellular technologies in higher-frequency bands using the aim of reaching decisions regarding range for mobile use at the following WRC, which is expected to be kept in 2019. Studying all of the range above 6 GHz would be unfocused and would be resource intensive while identifying too few bands for study risks the possibility that none becomes practical. Accordingly, we need to identify enough groups likely to yield a successful outcome.

The range bands proposed by the United States to become studied for consideration at WRC-19 include 27. 5-29. 5 Gigahertz, 37-40. 5 GHz, 47. 2-50. 2 GHz, 50. 4-52. 6 GHz, and 59. 3-71 Gigahertz. We will consider these bands, or even a subset of the bands, in additional detail in an upcoming NPRM, using the goal of maximum use of higher-frequency bands in the United States by a wide variety of companies. We are committed to working with both household and international partners on identifying spectrum and on conducting the necessary technical sharing and compatibility studies.

We are in the early stages on the path towards 5G. I encourage stakeholders in the cellular broadband industry, incumbent fixed service providers, satellite providers, and others to take a fresh look at how things are done, to be open to the extraordinary opportunities this next generation technology may present, and to continue to work individually plus collectively to help unlock the incredible benefits of 5G, providing new opportunities and improving the lives of Americans and people around the world.


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