With an influx of devices that are part of the Internet of Things (IoT), a need for a more powerful level of wireless Internet is imminent. The critical piece of technology required to meet the demand created by these devices, and those yet to come, is the fifth generation (5G) of wireless technology.

In late January 2018, Axios.com reported that the Trump administration was mulling over a proposal to create a nationalized 5G network to address security concerns about China. This potential 5G network would either be made by the government, or by a coalition of U.S. based telecommunications companies. This kind of government involvement in a data network would be unprecedented and was shot down by the chair of the FCC, Ajit Pai, who argued that "any federal effort to construct a nationalized 5G network would be a costly and counterproductive distraction from the policies we need to help the United States win the 5G future." 

While it's unknown what role the government will take in shaping 5G, here are some important facts to know about its technical aspects. 

1) The Internet of Things

The phrase "Internet of Things" was first used in 1999, attributed to Procter & Gamble's Kevin Ashton. This term is used to describe a network of objects that have the capacity to assemble and share information electronically, and it includes the vast array of smart devices that access the Internet. 5G is a faster and smarter way for devices to connect to the Internet, so the devices must also be faster and smarter as well.

The IoT is poised to include updated and smarter appliances that will make use of 5G technology, including washers and dryers, cars, traffic cameras, and roads themselves. Analysts predict that over 20 billion items will join the IoT in the next decade, and 5G technology is anticipated to be the thread that connects this vast network of devices.

2) Increased Bandwidth Capacity

Analysts predict that 5G will address the need for connection capacity brought about by a world of smart devices. 5G is expected to have a bandwidth between 100 and 1,000 times greater than the current 4G network.

3) Super Speed

5G network speed is set to be faster than any the world has seen to date. The consensus estimate is that 5G will ultimately be able to transmit 10 or more gigabytes per second in its initial stages of use, and transfer rates could reach nearly 1,000 gigabytes per second in the future. Analysts posit that such speeds will revolutionize the global technology sector worldwide.

4) Unbreakable

The most striking prediction about 5G is that it will be unbreakable, that it will remain consistently reliable and above-average in its effectiveness. The 5G network is expected to have a latency of just one millisecond. This factor is one of the most significant because of its implications for the possibilities of use. A flawless interconnected system makes new devices and concepts possible in the future.

5) Release Is Imminent

The release of 5G technology is imminent. However, the date and location of 5G's rollout is highly speculative. Consumers in the United Kingdom, for example, don't expect to see the technology until 2020 at the earliest. The CEO of Nokia, Rajeev Suri, suggested that a rollout as early as 2020 would likely be only a trial release, and that the network would have many kinks yet to work through. Still, the release is touted to be unlike anything the world has ever experienced. Nokia is one of the top companies in the 5G space, having entered advanced testing phases on new 5G radio access products.

Various companies have different timetables when it comes to rolling out 5G to the general public. While it won't be available nationwide for a few more years, Verizon, Sprint, T-mobile, and AT&T have all begun deploying 5G in major metros as of 2019.

The release of this new, faster system is expected to be transformative in many ways, but one of the most promising is the effect 5G is likely to have on transportation. The future of vehicles manned by technology is no longer reserved for major motion pictures. Remote traffic management, real-time navigation, automatic braking systems, and preemptive collision detection and prevention are just a few of the possibilities that would rely on lightning fast connectivity like 5G.