Skip to main content

Qualcomm makes strides in 5G network development: Here’s what it means for you

Qualcomm wants to make 5G more accessible, more common, and faster. The company recently held its annual 5G Day event, where it made a few announcements related to the rollout of 5G, the continued development of 5G tech, and more.

Of course, you might be wondering whether any of this really matters to you and how it will benefit the average smartphone user. Here’s a quick rundown of Qualcomm’s new 5G-related announcements, and what they could mean for you.

Qualcomm wants to help build 5G infrastructure

Traditionally, Qualcomm has developed and manufactured chipsets and modems that can connect to 5G networks, but now it wants to play a bigger role in the actual infrastructure behind 5G. Specifically, the company is building Radio Access Network (RAN) chips, which are designed to be used in 5G base stations for your phone (or tablet, or computer) to connect.

It’s important to note that Qualcomm won’t necessarily be directly competing with the likes of Huawei and Ericsson. Instead, it will supply those companies with the 5G chips and related software to power their infrastructure. That marks a shift for cell infrastructure, which has traditionally been built all by one company. Making 5G networks a little more modular also means that they could be more easily updated and developed without carriers having to deploy all-new infrastructure, but it remains to be seen if that will actually happen.

But what does that mean for you? Well, Qualcomm has been a leader in the 5G world for some time, and it entering this particular business could help make real-world 5G networks faster and more reliable. Unlike other companies, Qualcomm has expertise in the end-user device chipsets, too, so it knows exactly how to make them interoperate for the best performance. Qualcomm’s chips, of course, support the super-fast mmWave (millimeter-wave) networks, and the widespread Sub-6 networks, so if they become widespread, you may get much better mmWave support.

There’s a new record for fastest 5G speeds

Qualcomm also announced that in partnership with Verizon and Ericsson, it achieved a peak 5G speed of a whopping 5.06Gbps. The speed was achieved with a bunch of fancy tech on a mmWave network and using what’s called carrier aggregation, which combines multiple channels to make for faster speeds.

According to Qualcomm, 5G will eventually reach speeds of 10Gbps, but that’s just talk right now — we’ll have to wait and see if that happens and if it’s accessible.

It’s important to be very clear about how Qualcomm achieved this huge peak speed — in a tightly controlled lab environment. In other words, carriers aren’t going to be able to flick a switch and turn on 5Gbps speeds anytime soon.

But that doesn’t mean that it won’t benefit you. As companies like Qualcomm continue to work on 5G development, and as the tech gets better and better it will eventually make its way to the real world. When it does, you likely won’t get 5Gbps, considering things like distance, obstacles, and the number of people using the same cell tower as you. But you should still get faster speeds than you did before, and hopefully, faster speeds than you’ll get on even the best 4G LTE networks.

Christian de Looper
Christian’s interest in technology began as a child in Australia, when he stumbled upon a computer at a garage sale that he…
Moto G Power 5G adds a flagship feature to a budget phone
Render of the Motorola Moto G Power 5G in a white color against a light purple background.

Motorola may be making a play for the flagship market with the Motorola Edge 40 Pro, but budget phones are what the American monolith is best known for. While it won't be making as many waves as the latest Samsung phone or Apple iPhone launch, the newest iteration of the Moto G is always something worth paying attention to, as Motorola is a true veteran of the space and knows what makes an excellent cheap device.

Best of all, this new Moto G comes at a time when budget phone enthusiasts have never had it so good. Previously premium features are filtering down into lower-priced devices, without altering that sweet low price or the features everyone loves. That's exactly what's happening with the new Motorola Moto G Power 5G, which includes a 50-megapixel main camera lens, a larger amount of storage, and a big screen with a 120Hz refresh rate. With the big 5,000mAh battery the G Power range is known for, this could be the $300 phone to grab if you love a budget bargain.
Super-smooth motion

Read more
Here’s how fast 5G on your Samsung Galaxy S23 really is
Samsung Galaxy S23 cameras against greenery

If you’ve been on the fence about picking up one of the latest Galaxy S23 phones, some new research from Ookla may help tip the scales in Samsung’s favor.

In a new speed test report, Ookla tcompared the 5G performance specs of the Galaxy S23 models to last year’s Galaxy S22 in several countries — with some surprising results across the board.
A worthwhile 5G upgrade

Read more
What is 5G UW? The real meaning behind the icon on your phone
Woman holding up smartphone with speed test results on Verizon 5G Ultra Wideband network.

You've probably noticed that there's been much more hype around 5G than for any of the wireless technologies that came before. Some of that is just marketing, of course; we are living in an increasingly connected era, and there are far more people toting smartphones now than there were in 2012 when 4G/LTE was just beginning to go mainstream. However, it's also not an exaggeration to say that with considerably faster speeds and the ability to handle many more devices, 5G is a much bigger step into the next stage of global connectivity. You've also probably noticed it yourself with a "5G UW" icon at the top of your phone.

As with most new technologies, 5G comes with some new challenges for both carriers and consumers. One of the most significant of these has been working out the best way to deploy 5G services across the much wider range of frequencies that it's capable of operating on. This wasn't nearly as significant a problem in the days of 3G and 4G/LTE services, which all operated in a much narrower range of radio spectrum.

Read more