As more and more people get connected globally, it puts pressure on the communication industry to aim for better networks. And the answer is the 5G mobile network which will soon replace its predecessor 4G LTE services. 

Here you will find all information regarding 5G technology: What is 5G? Why is it so important, and how will it change the prospects of communication? And loads more!

What is 5G?

5G is the 5^th generation mobile network that comes after 1G, 2G, 3G, and 4G, with an aim to change communication around the World. This network helps to virtually connect people, machines and devices at a much faster speed. It means faster downloads, less lagging and super-fast connectivity.

The 5G mobile network will deliver faster Gbps data speeds, more reliability, huge network capacities and a smooth user experience for all users. With the help of its higher performance streak and more efficiency, it will connect users and industries through a common platform.

Technology Before 5G

So, what kind of technology came before 5G?

The first generation or 1G mobile network was all about voice calls. People could connect with friends or family across the globe carrying around a gadget that they can use anywhere.

The second-generation or 2G network started messaging service which is in usage till now. Then came 3G, which led to fast and smooth downloads and widespread internet connectivity.

And then, with the introduction of 4G technology, connectivity became faster and easier with full speeds. Most of the online services in different sectors thrive on 4G speed.

So, when we talk about 5G technology, we can imagine the next-generation level of services with ultra-fast speeds and out-of-world user experience.

How Fast is 5G Mobile Network?

5G mobile network can deliver at speeds of 20 Gbps. With 5G, you can download a full 800K movie 500 times faster than a 4G mobile network. With this, you get a rough idea of how fast 5G internet can be.

This mobile network is not only about being fast. It also involves providing a broader network range and peak data rates. 5G will bring in more network capacity than 4G by using new spectrum waves.

It will allow users to enjoy consistent data rates even when they are on the go and moving around. Stable and faster speeds are the benchmarks of the 5G mobile network connectivity.

How will be 5G helpful to us?

5G will enable the entire World to instantaneously connect with the help of high-speed data through billions of devices.

It will have a positive impact on these areas:

• Communication between machines: 5G will revolutionize the way massive devices communicate and connect. And all this without any human intervention. Every sector will benefit from this including, agriculture, health, manufacturing, utility services etc.
• Improved mobile broadband:  With 5G speed, mobile broadband connectivity will be super-fast and more stable. 
• Critical communications: It will allow real-time control of different devices in crucial sectors such as robotics, autonomous driving, communication through vehicles and safety networks etc.
• Birth of new technology: With better connectivity, more people will have access to new and improved technology. For example, augmented reality and VR will become an everyday accessory to people.

When was 5G launched?

The launch of the 5G mobile network was in 2019, and it is available in more than 60 countries. It may replace the 4G network by 2025 in most of the World.

What devices are compatible with 5G?

Mobiles, laptops or tablets that have 5G enabled hardware will be compatible 

with users. Most of the major tech brands have rolled out devices that are 5G enabled. These devices will be a common feature in the market as more people get access to the 5G network in the coming days.…

The upcoming future of the broadband is fiber optic internet. In the recent days it utilizes the technology of fiber optic for reaching the fastest speeds which is as fast as ten thousand Mbps. Having a broadband became compulsory to the present modern world that we are living in. This internet is siding away the rivals from its place. Fiber optic internet is a form of fiber optic communications. When you send a light beam through the glass cables of fiber optic, you can be capable to transport the data through it which is actually a process that is fascinating.

How Fiber Optic Internet Operates

The cables of fiber are made up of little optical fibers. These fibers made seems to be thin and are less than a tenth as a human hair thickness. Although they are thin, they might have many things going on inside them. Every optical fiber consists of two parts one is core other is cladding.

• The core is actually made with glass and it is the fiber innermost part where the light usually through it.
• Another one is cladding which is plastic or glass with thicker layer. It is wrapped around the core.

These both of the parts work as one for making a phenomenon known as total internal reflection. This total internal reflection is the way how the light is capable to move through the fibers without escaping from them. This happens when the light hits the glass at shallow angle which is lower than forty-two degrees and reflects back again like the reflection that happens against a mirror. The part cladding keeps the light inside the core as the plastic or glass is created with a different lower refractive index or optical density. Two of these terms clearly shows how the part of the glass bends and slows down the passing light.

The light is transmitted down to the fiber in LED or Laser pulses which travel in a fast way. These created pulses carry the data which is binary, this is the system of coding we find on the internet. The code of binary is created of bits which are just zeroes or ones. These code bits send the message in the eight-part patterns which are organized known as bytes. It is simple to translate this binary code bits into the pulses of light. One pulse means it is one and no pulse means it is zero. These optic pulses of light can travel for about sixty miles even before they experience any kind of degradation. For transporting the information across miles of thousands these light pulses go through the optical amplifiers that keeps boosting their signal such that no information is lost or stolen.

Once the light pulses reach their destination, an optical network terminal will convert these pulses into Ethernet which is electrical. This is the way how light is going to turn into something you can utilize for connecting your devices to the internet. This kind of conversion only occurs at the last mile end which is not at all a mile but known as a term for the fiber last stretch which connects you to the Internet backbone.

The internet backbone is what it makes it possible for the individual around the globe for connecting through the web. This is mostly created of fiber optic cables. This fiber optic internet might seem to the customers like a brand type of new technology. Yet it is around many internet early days in the world. These fiber optic cables were present under the ocean for connecting it the Europe and US in the year 1988. These were the first lines of submarine to be laid and at present they are extended in a crisscross way in the entirety of the floor of the ocean.

The core of the internet is the backbone. The minute you connect to a site no matter the destination or the device, several steps are being taken to bring you at that point and each one of them is connected through the backbone of the internet.…