The WAN is evolving to incorporate wireless networking as the market and technology change, creating a fresh new view on what reliable networking is.
The standards bodies have delivered the final building block of the 5G standalone network specification. 5G will enable amazing new applications. It’s time to get on the pathway to 5G!
With the International Society for Technology in Education (ISTE) 2018 event coming up June 24-27, let’s explore five ways that schools are using wireless WAN to improve the education experience.
As IoT develops, many companies are trying to come up with a game plan for how to incorporate it into their future business scope. IoT World offers chances to get answers and to gather a better understanding.
At the recent 5G North America and Big Communications Event in Austin, Texas, I had a few key takeaways, all of which were underlined by one simple fact: 5G’s potential impact is seemingly limitless.
Networking advancements have given police departments opportunities such as body cameras, on-board cameras, in-vehicle computer data terminals with Internet access, traffic-monitoring radar units, and more.
Many enterprises are diving even deeper into their cloud management tools to further optimize network-related expenditures, cost-effectively scale up their networks, and reduce IT man-hours.
LTE is becoming a vital technology for the WAN infrastructure. Today, it's essential to have always-on Internet connectivity — causing a fundamental change in the way we design enterprise networks.
The next chapter in one of the longest “will they or won’t they” debates in the telecom industry took a big step forward on April 29. T-Mobile and Sprint announced their plans to merge. In her article covering the news, Sue Marek of SDxCentral called the combined firm a “5G Powerhouse.” Looking at their respective spectrum holdings, I tend to agree.