5G has been one of the most hotly debated topics of the 21st century. While many detractors may tell you that 5G can cause cancer or Coronavirus, this is 100% fake news. 5G is arguably one of the greatest advancements of the 21st century and can change life for the better. Such technological progressions are becoming the new norm.
In fact, the pandemic has caused the demand for fast and convenient wireless technology to skyrocket exponentially. Between working remotely, video conferencing, and the ability to order literally anything online, having a fast and reliable network is of the utmost importance. The new 5G network will allow for cellular speeds of up to 100 times faster, even passing the capacities of physical fiber optics.
The 5G Network: Introduction and Testing
When it comes to introducing 5G to the American public and the world, essential testing procedures must be created and adjusted to meet the rising demand for consistent 5G performance. Those testing procedures require a wide-ranging amount of software, tools, protocols, and testing procedures that are needed to form the basis for 5G network testing. To learn more, head to somewhere like the Viavi Solutions website, which offers plenty of information about 5G network testing and why it’s so important.
Changing of the Networks: 4G to 5G
The changing of networks from 4G to 5G brings with it challenges. It provides a greater bandwidth capacity and improved data transmission rates, and it also has newer features that can dramatically change everyday life. It also allows for lower latency, about ten times lower than what a 4G network is capable of—and this is vital for things like virtual reality, which requires extremely low latency to run apps that require real-time behavior. 5G is also going to push the capabilities of mobile devices and technologies. Mobile devices with printed circuits will have to upgrade to manage both high-frequency RF signals and high-speed digital signals.
Challenges of 5G Network Testing
5G network performance will require some tough challenges to overcome regarding testing for things like mobile devices, System-On-Chip, integrated circuits, and network equipment. This also calls for frequency changes to the cellular network, requiring even further changes to radio access techniques and architectural changes. In fact, the incredibly high data rates that 5G boasts also mean the demand for bigger and better technology, like beamforming or multiple-input/multiple-output.
5G Networks: Bigger, Better, Faster
The demand for constant wireless access and convenience has truly terraformed the cellular landscape. 5G networking is one of the most valuable technological advancements of the 21st century and will change the way Americans can access the wireless network. However, it also brings up unprecedented challenges for the previously unfilled network testing niche. These challenges will require the further advancement of technologies that can handle the testing requirements of the 5G network. However, the benefits of 5G far outweigh the difficulties required in testing it, and it will quite literally change the way Americans live their everyday lives.