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Edge computing has experienced an enormous rise in the last couple of years. Based on early estimates, this market should grow to $111.3 billion by the year 2028. Basically, the market will likely double its value in the next several years, making any investment in the field a lucrative proposal.
Similarly, 5G networks are also seen as a fast-developing technology. Unlike previous 4G networks, the 5th generation can reach speeds of up to 20 Gbps while also allowing you to transfer large-size data.
5G and edge computing work well together, providing various benefits to commercial and private users. In this article, we’ll explain both concepts, after which we’ll talk about trends, benefits, and use cases.
What Are 5G Networks?
5G networks represent the last iteration of wireless communication. By connecting to existing infrastructure, you gain unparalleled internet speed, allowing you to transfer data almost in real-time. The tech was first introduced in 2019 and is vital for modern mobile users who use smartphones.
The creators of 5G networks have split service areas into smaller sublocations referred to as cells. As with any new tech generation, 5G is characterized by superior performance compared to its predecessors:
- With 5G, you can connect numerous devices into a single network without any loss of service quality.
- As mentioned, these networks can reach a download speed of up to 20 Gbps (presumed if there’s a single user in a network).
- These networks are also much more stable and reliable and have superior security.
Edge computing can’t fulfill its full potential without 5G technology. The 5G concept allows fast connection and enhanced productivity with wireless devices. Unlike its predecessors, you’ll get more download speed, higher bandwidth, and lower latency, all of which make them invaluable for IoT products.
The entire network is split into smaller cell areas, which is where the name “cellular” comes from. Interestingly enough, 5G infrastructure shares the same design as that used by edge computing. As a result, the two concepts can coexist, providing businesses with a chance to transfer information at a much faster rate.
What Is Edge Computing?
Edge computing is a type of distributed technology that processes data at a network’s periphery. Through edge computing, companies gain access to the cloud, which serves as an external data center. So, instead of having to build their own infrastructure, businesses will simply rely on external resources to manage their vital data.
Here are a few main benefits you gain by using edge computing and cloud technology:
- Fast access to a wide variety of content
- Less reliance on internal infrastructure
- Low-latency apps
- Faster decision-making for the company and its clients
Today, it’s almost unimaginable to have a small or medium business without the use of cloud computing. The concept is especially fantastic for smaller companies that don’t have enough money to build expensive infrastructure yet want to store data in a digital form.
The name “edge” stems from the closeness of computation sources to data sources. We need to mention that the phrase doesn’t necessarily refer to a specific infrastructure or tech but instead to the conceptual idea. With it, we make a spin on the traditional cloud computing concept.
Common Trends in 5G and Edge Computing
These two concepts provide enormous value for just about any business, but they shine for enterprise IT firms. By relying on a combination of edge computing and 5G, these companies can deliver their services to a much broader audience. Not only that, but you’ll also ensure high performance and low latency throughout the relationship.
The best thing about these two concepts is that they allow IT businesses to enrich apps through data optimization. Together, edge computing and 5G make large data transfer and storage possible within seconds. As such, IT companies use these concepts to deploy content delivery networks and servers worldwide.
In a nutshell, edge computing and 5G make life easier for these enterprises. They allow savvy entrepreneurs to dominate foreign markets without having any infrastructure or resources in the client’s country.
Leveraging 5G and Edge Computing
When you deliver cloud services through 5G networks, you provide higher-quality services and products to end users. Upon deployment of edge computing, companies have the luxury of making faster business decisions, as they’ll gain access to all this information with a click of a button.
Businesses use cloud computing for a wide variety of operations, from decision-making to customer service, content creation and updating, and more. These are just a few main advantages 5G and edge computing provide to IT companies:
- Almost real-time data access
- Lowest-possible latency
- Increased bandwidth
- Wider, faster advancement and adoption of tech
- Benefits derived from 5G SCP capabilities
- Creating open-source solutions that use high standards and rely on innovation
Common Use Cases for 5G and Edge Computing
Nowadays, many businesses and industries use the combination of edge computing and 5G to supercharge their daily operations. Here are a few of the most common use cases for the duo:
- IoT (Internet of Things)
- Manufacturing
- Healthcare
Internet of Things
Devices classified as IoT rely on stable, fast connections to interact with other devices and share information. Through 5G networks and edge computing, these products are able to process and transmit data with ease, allowing for real-time communication with other connected devices.
Manufacturing
Manufacturing has become heavily reliant on automation for faster production and cost-cutting. The IT solutions that come with edge computing and 5G simplify quality control and allow for real-time updates. You can use these systems to track the manufacturing process, inventory, and logistics.
Healthcare
Today, the majority of sophisticated medical equipment relies on 5G networks for data processing. Whether we’re talking about sensors, ambulance tech, diagnosis equipment, or wearables, they all benefit from edge computing.
Conclusion
The combination of edge computing and 5G is vital for modern software and hardware. It allows seamless transfer of data across wide surfaces, making it a prerequisite for modern medicine, manufacturing, IT, and other industries.
