The constant changes in technology environments are a challenge for those who follow this field, whether a beginner or an experienced one - the only certainty is that things change, evolve.
Among these new features, we chose the 5G technology and Edge Computing, real and tangible trends (and that can now be applied!) to explore in our article.
In this post, we will explore each of these elements to better understand how they can relate to the modern development and production environment. Shall we go?
Understand 5G
The fifth generation of mobile telephony, the so-called 5G, is the next stage in the technological evolution in telecommunications. With speeds up to 100 times faster than the current one, 4G, and with much lower latencies, the new network promises unprecedented communication between devices and people.
This will mean a major breakthrough for critical applications, such as remote industrial operations, connected cars, and high-performance virtual reality. The launch of 5G and the implementation of the systems necessary for its operation are already taking place in some parts of the world, including Brazil.
In the media, we have even been able to see complaints from the population about the malfunctioning of 5G - most of the time unfairly, since the transmission networks equipped with this technology depend on short distances to work properly. You will understand the reason for this in the next topic, about Edge Computing, to follow.
Understand Edge Computing
Like 5G, Edge Computing is becoming increasingly important, as it allows data to be processed locally and quickly.
We can call Edge Computing the computer system architectures in which data is processed and stored close to the source, that is, at the “edge” of the network (the meaning in Portuguese for “edge”). Because data transmission is performed between devices at the edge and not with a centralized data center, response time becomes faster.
In this way, Edge Computing can improve the scalability of networks, allowing them to grow as needed to sustain new users or devices. Typical applications of this model include real-time remote monitoring (embedded computing), traffic analysis (smart grids), and industrial control (IoT).
Learn about the relationship between 5G and Edge Computing
In summary, we can say that 5G technology is one of the main responsible for the emergence of the concept of Edge Computing. This is because the fifth generation of mobile telephony aims to significantly reduce latencies between connections (the time it takes for data to be transmitted from the source to the final destination).
Having low latency is important in critical applications, for example: in remote industrial operations and traffic control, because the shorter this time, the better the system will perform.
As a result, processing the data at the “edge of the network” has become a very serious and viable alternative for these types of applications.
See what we can expect from these news in communication
5G and Edge Computing offer a great opportunity for those who follow the field of technological development, as they allow the creation of innovative solutions that can transform the way people live, work and play.
In addition, these technologies enable greater productivity for companies in the workplace and more savings in resources: the organizations that implement them tend to optimize energy consumption, mitigate recurring problems and improve the quality of life of their employees. In other words, they are technologies capable of generating more value for the business.
Smart and connected networks
5G networks, allowing for a higher density of connected devices, make it possible to create intelligent and interconnected urban networks. As a result, it is possible to better monitor and manage traffic, public lighting, public safety systems, etc.
Optimization of products involving the Internet of Things (IoT)
With 5G technology, real-time connectivity is possible for millions of IoT (Internet of Things) devices, allowing innovative applications in the areas of health, agriculture, manufacturing, etc.
Every aspect of any type or size of business can be observed, analyzed and corrected, often in the palm of the hand of a management professional.
Augmented and Virtual Reality (AR and VR)
The very high data transfer rates offered by 5G make possible experiences enriched in alternative realities for entertainment, training, etc.
Imagining that any college class or public hearing can be held at home, using virtual reality devices for attendance, is something that is increasingly closer to reality.
Connected and Autonomous Vehicles (CAD)
The real-time communications offered by 5G networks allow the creation of CAD systems to monitor traffic and reduce accidents. Contrary to common sense, these autonomous systems are already capable of providing greater safety on the roads than manually driven vehicles.
Ubiquitous remote control
5G technology allows machines (and complete systems) to be operated remotely, making preventive maintenance, process management, and updates possible. In the future, we will have fully remotely operated plants and production plants.
Conclusion
We can understand that 5G and Edge Computing are technologies that promise to offer great opportunities for innovation not only for businesses, but also for people interested in the area of technology and its most diverse applications that permeate our daily lives.
For this to happen, it is important to have constant research and studies.
For this reason, there is nothing better than having a Science and Technology Institute like Venturus, focused on R&D+I. Talk to our experts to understand how we can help your business.
