The Importance of 5G Core Networks Powering Digitalization

Introduction;

5G core networks Powering Digitalization will be necessary to power the next generation of technologies,

Including virtual and augmented reality, self-driving cars, and smart cities.

However, the transition from 4G to 5G isn’t going to be simple or easy; in fact,

It’s going to be the most difficult mobile technology transition ever attempted by wireless companies, requiring them to increase their cell sites exponentially while maintaining the same capacity and coverage that they currently offer at 4G.

What is 5G?

5G is the fifth generation of mobile networks.

The goal for 5G is to be able to deliver ultra-high speeds with low latency and high capacity.

5g core networks powering digitalization will help us create a more connected and sustainable world by providing the foundation for digitizing industries such as manufacturing, agriculture, and healthcare.

5g core networks powering digitalization can be made possible with a network that has highly dense coverage in both urban and rural areas,

while meeting user demands for high data rates in a variety of usage scenarios including smart cities, gaming, virtual reality/augmented reality (VR/AR),

video streaming, autonomous cars, and drones. All these future technologies require 5g core networks powering digitalization to make them happen.

Why do we need it?

We need 5g core networks to power digitalization because it will boost speeds for the internet, enable new technologies such as self-driving cars, and free up the spectrum for innovations like 5g.

The increase in speed allows people to be more productive at work or home.

The self-driving cars being developed will be safer than human-operated vehicles because they do not have a human error factor.

Lastly, the freed-up spectrum will allow innovation in other areas without needing to use current bandwidth.

5g is going to make a huge difference in our lives.

It will free up the spectrum for other innovative projects that would otherwise go unused.

It will also drastically increase speeds on the internet allowing people to be more productive on the go.

Self-driving cars are much safer than traditional driver-driven ones and this technology can only exist if 5g has been deployed into society first.

Lastly, 5g provides fast enough connections that AI devices can talk to one another without any delays which can make a big impact on productivity when using them side by side with humans.

What are the obstacles?

5g core networks powering digitalization is the next step in global connectivity.

5g networks will provide faster speeds and higher bandwidth, but several obstacles need to be overcome before they can live up to their full potential.

1) The standards for 5g have not been set yet- different countries have different standards and this creates interoperability problems.

2) A lot of infrastructure needs to be put into place- which isn’t cheap or quick- before people can take advantage of 5g networks.

3) Wi-Fi is typically more prevalent than cellular networks, so it needs to be improved if 5g is going to become widespread.

4) 5g networks require a denser wireless environment than previous technologies. With 4G technology, each base station only needs to cover 10 square kilometers with wireless coverage. For 5G, each base station must cover an area 100 times larger – about one kilometer squared.

5) Deployment of equipment such as antennas and power lines has also become more complicated because some equipment could interfere with signals from 5g equipment on the same frequencies.

6) Lastly, concerns about electromagnetic fields (EMFs), especially in schools and hospitals, have caused some concern among citizens who want 5g tech deployed responsibly and without causing harm to their health or the environment

When will we have it?

5g technology is expected to be introduced in 2020. The 5th generation of cellular technology is set to provide speeds up to 20 gigabytes per second and will also have the ability for self-driving cars and drones.

5g networks are even expected to power virtual reality, augmented reality, robotic systems, and IoT devices.
5g networks are expected to be rolled out by 2020.

The fifth generation of cellular technology provides speeds up to 20 gigabytes per second with the ability for self-driving cars, drones, virtual reality, augmented reality, and many other things.

How will it change our lives?

5g technology is expected to provide higher data speeds, lower latency, and a greater number of connected devices. These benefits will be key in powering the world’s digital transformation.

In addition to these tangible benefits, 5g core networks powering digitalization will also have a profound impact on our lives in less quantifiable ways.

With more and more data is transmitted using 5g networks, it’s expected that there will be an increased need for cybersecurity measures.

Conclusion;

5g core networks powering digitalization will have a huge impact on the future of IoT, mobility, and streaming video. It is important to know the benefits and challenges before jumping into 5g deployment.

The benefits are numerous and can be realized without risking your current network infrastructure. You may have the resources to start working on 5g today, but you will be ahead in years when it becomes more prevalent.