What You Need To Know About 5G and WiFi 6

5G and WiFi 6 have arrived to offer unparalleled speed and plenty of bandwidth improving the interconnectedness of modern communications exponentially.

Digitalization has advanced at an impressive speed due to the great advancements recently being made in connectivity. It was not a decade ago when the 1G that had served us since the 80’s was swapped out for the 4G of the last decade and took the world’s economy to new heights at the same time. Now the 5G and WiFi 6 technologies are all set to provide new features that will further business efficiency and greatly improve the digital experience.

With wireless technology continuing to evolve, it is important to have a clear understanding of what 5G and WiFi 6 are and how they can be applied to improving business connectivity.??

5G promises advanced features that were unheard of in previous iterations of mobile tech. For example, ultra-quick connectivity is now possible thanks to the lower latency. You can expect efficiency, reliability and ultra-high performance from the new 5G systems. 5G is set to make a massive array of machines, devices and IOT possible due to its impressive speed and power.??

5G was born in the age of Cloud Computing and has its main spectrum in the C-Band offering channels up to 100 MHz wide. The regular radio station bands range between 3.5 Ghz and 3.7 GHz. So, you can think of 5G as a radio access network (RAN).??

The underlying technologies in use in 5G tech include orthogonal frequency-division multiplexing (OFDM), which is a method of modulating digital signals across multiple channels so as to reduce interference. 5G also uses a very fast but very short range bandwidth tech, like Sub-6 GHz and mm-Wave.??

Expanded spectrum usage?

Long before the advent of 5G, there was the analog echo in 1G in the 80’s. Then there came the 2G digital whisper in the 90’s followed by the 3G mobile data in the 2000’s and 4G’s mobile broadband since 2010.?Each of these generations of wireless technology has brought with it a new age of digital renovations.??

5G operates much like 4G has before, but it delivers a greater flexibility and scalability due to its capacity to use a full range of resources as high as 300 GHz. 5G’s low latency also allows for the support of multiple Gigabytes of information transfer in a second. This is done through Sub-6 GHz or 24 GHz and up.??

5G use cases?

Faster connectivity allows mobile devices to provide far better user experience in a wide variety of applications, including the creation and consumption of content, in other words, content can be created and accessed faster.??

5G shows great promise to offer as much as 20 GBPS, effectively improving mobile applications in a wider range of industries. From food delivery service to live video streaming and e-commerce the potential of 5G is limitless.??

5G is to be the cornerstone of future mission-critical communications in healthcare and security. 5G will be essential to the operations of autonomous vehicles and monitoring critical infrastructures. 5G also supports the IoT devices as well as the sensors and equipment needed for aviation, military, manufacturing, vehicle security and healthcare.??

5G offers high-performance, efficiency, reliability and support for a wide-range of applications. In addition to connecting IoT devices, 5G also allows businesses to set up and operate their own private wireless networks. For this reason, 5G is rapidly becoming the key player in international economic growth for manufacturers, app developers, content creators, consumers and operators. 5G will soon be the power that provides communications on all levels from smart cars, to cloud computing and AI.??

WiFi 6 and WiFi 6E?

The Federal Communications Commission, the FCC, has opened a new spectrum band WiFi 6E. While they are the same thing in terms of technology, WiFi 6 and WiFi 6E are not in the same spectrum. WiFi 6E is the WiFi located within the 6 GHz band and this improves and extends the capacity and efficiency of WiFi 6.??

WiFi 6E provides faster data processing and very low latency with as many as 7 channels and 160 MHz required for high-bandwidth apps. It also solves many of the issues with transmission problems when using programs higher than just a few multiple gigabytes of speed.??

With both the US and Canada allowing for the operations of WiFi on the 6 GHz band, industries great and small will be able to benefit from its impressive benefits. This will allow for great advancements in the fields of transportation, agriculture, manufacturing and healthcare. But, in the same way as the older 5 GHz band had its limitations, there will be some important limitations in the 6 GHz band as well.??

5G and WiFi 6 are two important technologies that will play an important role in the future and complement each other. They offer low latency and greatly improved data rates, performance and capacity.??

WiFi 6 can provide as much as four times higher capacity and 75 percent less latency than previous WiFi iterations. Furthermore, wireless bands operating within the 6 GHz work especially well with WiFi 6E which can offer multiple-GBPS data rate, greater capacity and greater usage spectrums. These are also very cost-effective technologies and can be applied to the up-and-coming Virtual Reality (VR) and Augmented Reality (AR) sectors.??

All in all, businesses and industries of all types will benefit from the increased capacity and performance of 5G and WiFi 6 technology. From agricultural and manufacturing, to healthcare and media, 5G and WiFi 6 will offer a new generation in connectivity to industries and consumers alike.