Do you want to know how 5g will change the future? If your answer is yes then this blog provides you all information regarding this.
In terms of technology, the shift from 3G to 4G was extremely seamless. In fact, my phone still switches to 3G more frequently than I’d like. So, what exactly is the hype around 5G? Is it anything that will generate a stir—or anything that will leave us wanting more? Based on my observations, waves appear to be the solution. There are a large number of them.
Wireless technology at a speed of five gigabits per second has been discussed in a variety of ways. The one that appeals to me the most is this: upgrading from 4G to 5G is comparable to upgrading from a typewriter to a computer. It has the potential to transform, well, transform, a wide range of industries, including manufacturing, gaming, and entertainment, to mention a few. I’d venture to say that, rather than waiting for the development of super-fast, robust 5G technology, we’ll be able to say goodbye to the Internet of Things (IoT) entirely. There would just be too much data and too many connected “things” for current networks to handle.
The fact that the new 5G network will be able to accommodate billions of Internet of Things devices is not, however, the most exciting feature of 5G technology. Its ability to store and manage massive volumes of data at once promises to open up new possibilities in virtual reality, augmented reality, and, to be honest, levels of reality that have yet to be imagined. Thirteen US cities will be equipped with 5G technology as early as next year, and I foresee considerable improvements in the following categories in a short period of time:
AAV (Assistive Autonomous Vehicle) with Chauffeur (and Flying)
Is 5G the technology that pushes self-driving cars and drones into the mainstream? It is doable, in my opinion. As a matter of fact, some have nicknamed it the “oxygen” of self-driving autos. It will be able to link to other vehicles, people, buildings, and street lighting in ways that 4G cannot because of its speed and capacity to calculate in real-time. This research could lead to the development of better, smarter, safer vehicles that can instantly reroute, forecast arrival times, avoid accidents and keep our roads safe. To be fair, a lot of this is based on the idea of using the Internet of Things to make cities smarter and more connected. And, certainly, 5G will serve as the foundation for all of this, including ordinary drone flying patterns.
Remote Robotic Surgery is a sort of surgery that is carried out from afar.
Robotic surgery is not a new concept in and of itself. The DaVinci robot hasn’t done procedures in a hospital or medical office setting in some years, usually from a neighboring room within the same institution or office. 5G, on the other hand, allows surgeons to take their technology on the road with them, allowing them to perform treatments hundreds of miles apart. Because it is so trustworthy, surgeons may rest assured that there will be no unexpected complications or downtimes during their procedures. This has the potential to revolutionize healthcare for people living in the most remote parts of our country and the planet.
Factories that are more intelligent (and more efficient)
We have, without a doubt, been creating manufacturing for quite some time. I’ve written a lot about it, especially how the Internet of Things (IoT) is ushering in a new “industrial revolution.” Nonetheless, the world is our oyster when it comes to establishing new forms of manufacturing facilities, thanks to the arrival of 5G technology, which is 100 times faster than 4G and 10 times quicker than broadband. Qualcomm, Honeywell, GE, and Ericsson, for example, are working together on the “5G Innovators Initiative,” which is creating a new “blueprint” for the factory of the future. Again, rather than simply improving existing processes, 5G enables the creation of previously imagined things.
Augmented reality and immersive gaming are getting increasingly popular.
Outside of the commercial world, the gaming community, more than any other, I believe, is the most thrilled about the launch of 5G technology. Its speed will allow for the creation of really immersive, real-time gaming experiences that are devoid of the technical defects and lags that may detract from online games and eSports events. 5G is predicted to reduce latency to less than a millisecond, or virtually instantaneous, by 2020. As a result, the production of increasingly more—and better—augmented reality experiences will be possible, blurring the lines between real and artificial encounters even further. Pokemon, for example, will be able to move about and interact with their surroundings in real-time, rather than appearing in random areas around the world as they do today.
Controlling the Supply Chain
Given the importance of the Internet of Items (IoT) in the industrial sector, it’s logical to believe that 5G and its ability to connect and communicate a varied variety of linked things will improve the entire supply chain. This will result in even greater efficiencies, quality, and transparency for customers, all of which are goals of digital transformation.
In many ways, five-gigabit wireless internet is our way of catching up to the technology we’ve built—and allowing it to function as we planned. To put it another way, it has the potential to enable things we haven’t even imagined. It’s one thing to be able to make waves; it’s quite another to be able to build entirely new oceans. Swimming is something I am excited to do.
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