The Innovation Behind 5G Core Architecture


A large ship in the background

In telecommunications, the 5G is simply the latest evolution of high-speed wireless broadband cellular connections, which most mobile phone companies started to deploy worldwide in late 2021, and which is soon to be the most anticipated replacement to the aging 4G networks that offer connectivity to virtually all current mobile phones. It is projected that in five to ten years from now, most all current mobile phones will be able to access a high-speed wireless broadband network via their data cards. A typical GSM cell phone will have a radio that emits a radio signal. These signals can travel long distances over existing networks, or they can be used as prepaid wireless connections as well. In order to get a consistent connection no matter where you are located, you will need a wireless router and modem that has been equipped with the necessary software and hardware that allow you to establish a wireless connection even when you’re traveling, without having to be connected to an existing network.

Low Latency

A microwave oven

However, the question still remains: what is it about 5G technology that makes it so attractive? There are several key features of this new wireless technology that are worth exploring and understanding. One is its low latency; this is something that wireless service providers have been longing for and that is beginning to come into prominence now that the standards for the 5G technology are nearing completion. With a low latency network, your device should never have to take its sweet time in receiving and sending data.

Another key feature of the 5g technology is its convenience and ease of use. This low latency network gives users the ability to surf the internet using a device that is as small as a smartphone. Since the signals are so small, users can send large files and video clips in a blink of an eye. Since the signal is so strong, there is absolutely no interference from other wireless networks. That means that users will experience no dropouts or connection problems while they are using the internet.

Translate Into For Businesses

A person using a laptop computer sitting on top of a table

What does all of this translate into for businesses? With this technology, you will be able to take advantage of 5g mobile services on the go. Imagine being able to use your smartphone, tablet, laptop, or Blackberry while you are out on the road with your children or even out on vacation with your significant other. You will be able to keep in touch without missing a beat, no matter where you are. Since the network is so fast, that means you will be able to enjoy mobile web applications and online gaming at high speeds, something that will be impossible if you were using a dial up connection. For businesses in the healthcare industry, this means a faster and more reliable process of patient management which will lead to less patient stress and happier patients overall.

The last and perhaps most important feature of the new mobile technology is the integration of the chip with the mobile device. This brings us to the next phase of 5g network technology architecture. This is known as the Mixed Mode Service, and it is completely custom-built to work with the different devices and networks that people use today. The chip itself will still be based on the original chip that came with the system, but it will do so in a different way. This is done through what is called MMS (Mobile Multimedia Service), which allows for two way audio and video messaging between the network and the device.

Just as mentioned above, this is done through the use of the Zig Zag Method, a new method that Google has found to be very effective. Basically, the vehicle is programmed to move in a specific pattern, allowing Google to track where it goes and how long it stays there. In the future, these new applications could be used for self-driving vehicles, self-driving cars, autonomous vehicles, and more. They will allow for greater mobility and convenience for drivers, passengers, and others in general. We’ve already seen this in action with the release of the Android ecosystem. Now, it looks like the Bluetooth and Wi-Fi networks will be integrated into the new generation of mobile devices.

 Conclusion

The final major area of innovation surrounds the creation of the iot devices that will run on the reference chip. The reference silicon will act as a sort of virtual platform on which the software will be written. This means that devices that run on the reference silicon will only be able to access the features and functions of the device’s hardware and software as if they were running on a real Apple iPad. This is a fairly new feature and one that was actually introduced with the introduction of the Bluetooth Low Latency networking standard. As with most new standard features, however, it will not be long before every mobile manufacturer has made support for it available to its device line.

Subscribe to our monthly Newsletter
Subscribe to our monthly Newsletter