New Possibilities in the 5G World

Most of the conversations and articles about 5G typically center around the possibilities of it replacing broadband Internet, or how we can combat the bandwidth limitations of the current LTE services. If you’re looking for some new content, check out the webcast Ericsson’s North America CEO, Niklas Heuveldop, did with the Washington Post recently. He’s joined by Carolyn Lee, who is from The Manufacturing Institute – this is the education and workforce partner of the National Association of Manufacturers, the nation’s largest industrial trade association. Together, they talk about the benefits to manufacturing processes, gaming using virtual cloud consoles (rather than buying new hardware every year), and artificial intelligence. You can also check out the transcript here. 

5G smartphones are increasingly available in the US, though for many the speed isn’t much faster than 4G connections. Only 75 cities have deployed the fastest 5G networks on the millimeter-wave bands. About 300 million people in the United States have access to low-band 5G, which has slower speeds, according to Ericsson’s figures. Heuveldop says, “The next 12 to 18 months is really when it’s going to take off. The build-out is underway…and full 5G deployment will be done by 2025.” Just this month, Verizon has expanded its fixed wireless home internet connections on 5G networks to at least parts of 57 US cities as an alternative to wired connections. You basically get a transceiver unit that establishes an over-the-air broadband link with speeds of up to 1Gbps.

How the Military is Using 5G

In honor of our Independence Day this year, we want to focus on how 5G cellular technology and the military are working together to provide us a more autonomous world. 

Defense One posted an article a few weeks ago that highlights the Navy’s “5G Living Lab.” With the backing of companies like QualComm and Verizon, Marine Corps Lt. Col. Brandon Newell (director of the Navy’s SoCal Tech Bridge) was able to begin experimentation with 5G. The tests he and his team have been working on look at the benefits of using 5G cellular connectivity across a base. It could unlock new uses for self-driving vehicles, provide greater energy efficiency on base, and even better teaming between drones and ground robots. They quickly discovered a stronger cellular connection enables a lot more than video conferencing and reliable internet (go figure!). 

Newell spoke to Defense One as part of a special interview ahead of the 6th annual Defense One Tech Summit, taking place from June 21 to 25.  Here’s some of the quotes they received from him:

“We were able to learn what that self-driving unmanned future looked like, but also the key enablers to it,” he said.

“What you are seeing is that sensor suites with artificial intelligence and machine learning aggregate the data at the software level, at the user interface level,” he said. “You can actually expand to multiple threat vectors. So we’re showing ground perimeter, [and] drones. We’re showing maritime counter-intrusion. We were able to show how a single police officer can have that kind of local and regional look at the threat.”  

Check out more on this at Defense One!