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5G is finally here and all the major wireless carriers are rolling out their new networks and churning out devices for the nascent technology. Naturally, everyone is advertising the blazing-fast speeds and telling us that 5G is going to change everything.
It’s an exciting time for laptop owners as this might be the year that we see true all-day battery life. And with a multitude of folding devices launching, there’s a good chance we’ll see smartphones truly functioning as viable productivity machines, with a few wires and accessories, of course. And with Wi-Fi 6 and more powerful chips, you can expect laptops to be faster and more powerful than before.But what exactly is 5G and how is it going to impact you in 2019 and beyond? To answer that, let’s take a look at where 5G stands today and what it should look like in the years to come.
On the most basic level, 5G stands for the fifth-generation wireless cellular standard. This will operate alongside 4G LTE for the foreseeable future and 3G for at least the next three years as carriers begin shutting down that aging networking standard. These standards are created by an organization known as the 3rd Generation Partnership Project (3GPP) which is comprised of seven telecommunications standard development organizations.
The history of these standards dates back to the late 1970s, 1G got its start in Japan in 1979 and saw its first United States. launch in 1983, this was voice-only and only became known as 1G following the release of its successor. 2G arrived in Finland in 1991, arriving two years later in the U.S., and was the first digital standard, it introduced text messaging, picture messaging, MMS, and encryption. 3G became commercially available in Japan in 2001 and in the U.S. the following year, its primary benefit was the tremendous boost in data speeds over 2G. 4G got its start in Norway in 2009 and in the U.S. in 2010, again the speed gains were the most notable benefit with seamless streaming of music and video possible for the first time.
That brings us to the present with 5G, arriving again almost a decade after its predecessor and bringing with it another considerable leap in data transfer speeds, a dramatic reduction in latency and the capacity to connect vastly more devices. While South Korea was first to a commercial launch of 5G, it was just a little bit ahead of the launch in the U.S., making this the first time the U.S. has been part of the initial launch year for a new wireless standard.
There are three distinct frequencies on which 5G can operate (low, mid and high band spectrums), each of them offer distinct advantages and disadvantages.
This is the same area in which LTE operates in the U.S., below 1GHz frequencies. The advantage of low-band is that it can travel long distances and penetrate buildings. But with peak speeds at around 100 Mbps, low-band can’t offer anywhere near the speeds that mid- or high-band solutions promise. This is roughly what we are seeing from strong 4G LTE areas today, although it’s worth noting 4G isn’t limited to those speeds. So while low-band will still be relevant going forward to ensure coverage in rural areas, it won’t deliver the kind of speeds and latency advantages that most would expect from a “5G network.”
In many ways, mid-band seems like the ideal solution for nationwide 5G as it still offers a reasonable range while also delivering much of the speed that 5G promises. This has been a popular option for 5G propagation throughout the rest of the world, but in the U.S., available mid-band spectrum is extremely limited thanks to existing commitments. Sprint is the only carrier in the U.S. presently with sufficient mid-band spectrum to offer 5G services.

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