5G on Cloud Computing: The 5G technology revolution is about to begin. As soon as the innovation of wireless communication is applied in the most diverse countries, we will notice its impacts on operational efficiency, the reduction of costs of the companies, and the personal life of all those involved.
The promise is an expansion of connectivity and agility. It is also worth paying attention to the relationship between 5G and cloud computing, as it should advance companies’ strategies. This way, the IT infrastructure will present fewer problems and be flexible enough to meet all internal demands.
Want to find out how 5G relates to the cloud and what the impact of that relationship is? Then check out the topics below!
What Is 5G?
5G is the new wireless communication standard for mobile devices. It succeeds 2G, 3G, and 4G technologies, which have marked the last few years and allowed people to access and transfer data more efficiently, regardless of barriers of time and space.
2G came about with an essential purpose, but simple if we look back on it: enabling interaction via SMS. 3G, on the other hand, helped users to transfer audio and videos. 4G, in turn, was ideal for sending a large amount of data of different types and formats, which characterizes the complexity of current communication.
2020 is the expected year for the arrival of 5G in many places. This news is exciting for several reasons: one of them is that the new technology will bring a higher bandwidth than the previous one, allowing up to 20 Gbps of download and 10 Gbps of upload. The current download rate, referring to 4G, is only 1 Gbps.
Another reason for excitement is the decrease in latency — a term that expresses the delay of data when transferred from one point to another. Reducing this variable will enable faster connections and real-time responses, which fits very well with today’s needs.
How Does 5G Technology Impact Cloud Computing?
When we talk about the 5G standard, we refer to a network that allows cell phones to connect. There is an impact on cloud computing, which relies on connectivity to access virtualized resources. Therefore, this technology will boost the cloud and help companies achieve better results.
Today’s cloud is more complex, involving the abstraction of resources and functionalities, such as infrastructure, software, databases, networks, and monitoring capacity. It would help if you had a network that supports high transfer rates and allows lower latency.
However, there is still a significant challenge: current broadband coverage. Some areas with restricted access suffer from not enjoying the benefits of the cloud. In others, slowness and instability undermine strategies, making data inaccessible and generating failures in processes and communication.
Given this, 5G technology promises to take the internet to more distant locations, expanding this access a little more. This advantage should change the landscape, expand the use of the cloud, and help expand its revolution across the country.
However, it is vital to analyze more specifically how the new standard will optimize connections. We’ll do that next.
The new technology tends to increase the capacity to carry out transfers in real-time, which characterizes data consumption via streaming. Currently, it is a common demand of people to access videos, movies, and music, which generates a greater responsibility on the standard of communication, with more significant data flows happening.
The cloud allows users to access this content without installing anything on their devices. However, she is faced with unstable and slow connections, which do not help with fast information downloading. However, with 5G, the idea is to generate more speed for these operations to allow them to occur naturally, without prejudice to users.
With the faster flow of information, it is also possible to analyze them more efficiently. Data Science and Business Intelligence solutions can contribute to companies by extracting value from raw data and generating quick insights for decision-making.
5G technology will allow for lower latency in sending and faster communication between the source and the storage location, enabling real-time monitoring and actions.
Internet Of Things (IoT)
If 4G were powerful for extensive data flows, such as streaming, 5G would support many connected devices. The need for evolution is based on the fact that the number of smartphones communicating simultaneously has increased dramatically, and this requires a quick response from the network to avoid congestion.
Therefore, 5G with the cloud must play a vital role in the evolution of the Internet of Things. The cloud will allow sensors to communicate with central systems. At the same time, the fifth generation of mobile standards will improve the cloud itself, optimizing the relationship between the most diverse connected components and the network itself.
Artificial Intelligence (AI)
Artificial Intelligence relies heavily on a large amount of data. AI systems’ autonomy and decision-making power are directly proportional to how much information they are trained and fed. In that sense, you need speed and support with a scalable and robust infrastructure – and the cloud offers that.
The 5G network, on the other hand, expands the possibilities of the cloud for this purpose. This way, it will be possible to use Artificial Intelligence algorithms in real-time in different situations in the city’s most diverse areas.
Virtual Reality And Augmented Reality
Virtual reality and augmented reality also depend on the idea of ”in real-time,” which we discuss in this text. Therefore, they will be impacted by the cloud revolution with 5G, as it will be possible to perform even better simulations with more data being transferred per second. There will be more realism in scenarios and speed, with fewer interruptions due to lower latency.
As we’ve seen, any changes to 5G technology and other innovations can impact cloud computing and other solutions in the process. Thus, it is essential to monitor the changes brought about by these paradigms to optimize companies’ operational results and improve communication and agility in data transfers.