Wireless connectivity is a constantly changing technology that has come a very long way. Since it was first invented in the 1880s after the discovery of radio waves, it has seen very impressive advancements that continue to expand into the future. The wireless connections of today are essential parts of communication for business and the enjoyment of digital experiences.
By the year 2020, there were around 20.4 billion devices connected online to the internet. With research and development of things like 5G networks and Wi-Fi 6, innovation in the wireless industry is not going to be slowing down any time soon. The future of Wi-Fi technology is looking very bright.
With new advancements happening almost every day, many of us are wondering what the future of wireless connectivity is going to look like. Want a peek at that future? Continue reading for our quick look at the future of wireless connectivity and how it will impact our lives.
What is 5G Wireless Connectivity?
The fifth generation of mobile networks is often referred to as 5G Wi-Fi. This is the latest generation in wireless connection that offers ultra-quick connectivity and low latency. It is both efficient and reliable, solving many connectivity requirements for a variety of machines.
Faster connectivity for mobile devices can help enhance the user experience for a number of applications. This includes many forms of entertainment that are found online, both for content consumption and content creation.
5G has the potential to give up to 20gbps of speed, letting users engage with applications faster and save time interacting with media. You can click here to learn more about wi-fi technology and it’s applications.
Wi-Fi 6 and 6E
Wireless connections are on a spectrum of signals that travel through the air. We went from the 1G analog voice of the 1980s to the 3G mobile data in the 2000s, and eventually the 4G broadband in the 2010s. Each generation of wireless connections was named a different generation as technology changed.
Wi-Fi 6 and Wi-Fi 6E are new band entries on the spectrum. Both are the same type of technology, but both land on different parts of the spectrum according to the Federal Communications Commission. Wi-Fi 6 has extended efficiency and capabilities over previous iterations, which allows more data to be processed and solves other issues of data transfer between applications that utilize gigabytes of data.
Wi-Fi 6E has lower latency and faster rates of data transfer. This is very useful for applications such as virtual reality, augmented reality (AR), and cloud computing. Implementation of Wi-Fi 6E can be an essential asset for a wide range of industries, including healthcare, manufacturing, and agriculture.
The Future of Internet Connectivity
After reading through our quick look at the ongoing evolution of wireless connectivity, you’ll see how the future of wireless technology is looking very bright. Much of our everyday lives are connected to the internet in some way, which is why new developments are a great thing. Read more articles and find great information on our website!
