What does 5G mean for Edge Computing?

What does 5G mean for Edge Computing

Gone are the days when we used to flabbergast how much new innovation gets stuffed into remote networks as they are advancing. Perhaps the most energizing things in the development of 5G is the foundation of the computing power at the edge of a network, which is fundamentally modifying the manner in which payloads of data is transferred between an end user’s mobile phone and the cloud network.

In this article, we’ll dig deep in the concept of Edge computing and its relationship with 5G since it is one of the advanced technologies that is going to influence 5G networks in the upcoming turn of events.

What does Edge computing do? 

Edge computing is a computational paradigm that allows computation at or near the source of data so as to improve response time and bandwidth. It empowers new applications to work smoothly. It enables applications which require lower network latency for constant tasks, like virtual and augmented reality for occasions, video and speech examination, IoT devices, self-driving cars, wireless monitoring for video security, and others.

For augmented reality applications, edge computing will be required at scale. Consider an extensive office building with a number of IoT video cameras. The cameras simply transfer raw video signals of everything happening around to a cloud server. Now on the cloud server, video outputs are put through a motion-detection app to ensure that only those videos consisting of some kind of motion are shared with server’s database. The high volume largely consumes bandwidth and puts a huge burden on building’s internet. Additionally, there is also heavy strain on the cloud’s server to sieve significant number of video clips from all the cameras.

Now just imagine implementation of edge computing in this scenario. Each camera now uses its own internal computation to run motion-detection feature and then sends to the cloud’s server. In this way, bandwidth usage will be reduced. Furthermore, the cloud server would also be less overloaded as it would only be storing important data. This is what edge computing is!

Think about this: By 2022, 82 percent of all Internet traffic (both business and buyer) will be video, as per Cisco’s Global Mobile Data Traffic Forecast Update 2017-2022. Of that, 80% of video traffic comprises of only a modest amount of all the video titles available.

Edge computing – is it the real deal? 

Since video content is so unevenly distributed around the Internet, it’s needed to put the correct files at the Edge so users can rapidly recover them on their devices – at the opportune time.

For example, smart cities alone will call upon various applications that are better empowered with Edge computing, for example, fire and smoke recognition for experts on call or moderating communication among vehicles and individuals. Other examples include motion-detection, video and speech investigation, sound interpretation and records. Edge registering empowered 5G organizations can bring medical services, security, and assembling to far off areas for activities that need constant capacities, like Telemedicine, video reconnaissance – or monitoring of factory equipment remotely.

Edge computing – how does it work? 

5G organizations exploit cloud-based ideas, for example, containerization and micro services through strategies like software defined networking (SDN) and Network Function Virtualization (NFV).

As an organization develops, it turns out to be more dispersed over space, in any case if comparative sorts of capacities were assembled; you could use the power of scale to accomplish all the more remarkable things. For example, envision you had 10,000 home PCs each with its own CPU, illustrations card, audio card, and RAM. On the off chance that you gathered the entire RAM, you’d have a great deal of RAM fit for doing a lot more things.


If the networks become more distributed, edge computing ensures that preparing power moves close to the outskirts “or edge” of a network away from the center, permitting network traffic to be taken care of all the more exactly and productively – relying upon the neighborhood needs of the client. One extraordinary accomplishment is distributing the right computational resources and number of networks explicit to a specific use – that is the thing that network slicing could do. What’s more, it’s accomplished when you coordinate edge computing power into the network.

Edge computing – a must-have for 5G 

Without edge computing – 5G is merely a fastest wireless technology. But with edge computing, it can do wonders. 5G is designed to carry significant amount of data sharing app; with high speed, low latency, low bandwidth and high reliability. Edge computing plays a vital role here.

Additionally, it can also use creative AI and machine learning algorithms advances to improve the management of data across networks. Indeed, edge networks themselves can be planned as self-sufficient and smart enough to sense and decide based on the context and application, applying network resources progressively.

Edge computing – future prospects 

Just as each nerve is diverse depending what work it serves, from bicep twists, to absorption through the gut lining, to vein narrowing, so too is each Edge Computing design going to be particular to the sort of capacity or use-case it is addressing. In short: Edge computing is unpredictable hence one size does not fit all.

Eventually, a reference architecture for edge computing empowered 5G frameworks is being formed that will have wide ramifications for how remote networks work in future.

In the near future, these progressions may prompt completely new Internet structures that can incorporate alternatives for data driven networks or network hybrids. For example, an network superimpose may sit on top of, and consider, the interoperability of existing models for Wi-Fi, Bluetooth, cell, TCP/IP or Ethernet, or much more diverse alternatives that stack various capacities.

Envision a world of significantly close connection where the Internet of Things is imparted continuously, sending numerous exabytes of data to the “nerves” of edge computing, and the data is  moving to center networks, all to be prepared by complex calculations that transform the data into actionable knowledge.

So, this is the world we’re going into! A world of 5G – that is going to upscale the edge computing in many organizations as well. Let’s wait and watch the unbelievable marvel of future.

This article submitted by Bianca Patrick.

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Hi, I'm Harshvardhan Mishra. Tech enthusiast and IT professional with a B.Tech in IT, PG Diploma in IoT from CDAC, and 6 years of industry experience. Founder of HVM Smart Solutions, blending technology for real-world solutions. As a passionate technical author, I simplify complex concepts for diverse audiences. Let's connect and explore the tech world together! If you want to help support me on my journey, consider sharing my articles, or Buy me a Coffee! Thank you for reading my blog! Happy learning! Linkedin

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