Every year, the world does not stand still, so 5G technology is actively developing. The main goal of implementing this technology is to provide new opportunities for business development and significantly increase its efficiency. If you are thinking about implementing 5G technology in your business or considering using a 5G booster in the UK or another country, this article is for you.
Industries, Where 5G Can Be Used Effectively
Why do we need 5G if there is 4G? According to test data from seven American operators, the average speed of 5G in general access is 100-250 Mbit/s at frequencies of 850 MHz and 2.5 GHz. But it can reach the mark of 1.5 Gbit/s using frequencies above 30 GHz.
In 4G, the speed is in the range of 15-50 Mbit/s. In addition to high speed, the advantage of 5G is also the ability to simultaneously connect up to a million IoT (Internet of Things) devices per square kilometer (instead of several thousand in 4G) and minimal connection delay in high ranges (<1 ms).
Why is it necessary to develop this technology, if the speed of 4G is sufficient for users? What additional business opportunities does this technology provide?
As the goals of most enterprises are to optimize costs and increase profits, the use of the Internet of Things (IoT), artificial intelligence, and 5G will help to significantly accelerate the achievement of targets, which will make it possible to automate processes, make equipment faster and more efficient.
Here are a few life situations where the introduction of new technologies can significantly improve production efficiency:
- if you are faced with the problem of a shortage in production, thanks to artificial intelligence, you can instantly detect it visually or by weight control;
- if there are links in production that pose a threat to human health, the use of remotely controlled robots can help;
- the use of IoT and sensors to monitor production will allow plant operators to optimize energy use by anticipating different production load scenarios and adapting the level of energy sources;
- downtime caused by production delays can be reduced or avoided by installing sensors in the equipment;
- thanks to sensors and robotics, it is possible to optimize the work of wholesale warehouses — monitor the balance on the shelves, automatically find and pack the product, and ship it without human intervention in the process.
The examples above show how you can increase workflow efficiency and optimize costs with 5G, which can become one of the key competitive advantages of manufacturing. For even greater efficiency, you can use 5G boosters for the best UK operators.
And these are examples from another field – education. Here, 5G technology provides opportunities to make the education system more diverse, interesting, and effective.
5G will provide broadband connectivity to support virtual and augmented reality applications, enabling distance learning and a richer learning experience. Students will be able to visit other countries, and planets or even take a tour of the human body thanks to virtual reality (VR).
The first maps of tourist cities for virtual travel have already been developed, which will become more realistic every year. So it will be possible, for example, during the study of Ancient Rome, to virtually walk through the Colosseum, decorated as it was almost 2000 years ago.
A high-quality connection means a better signal during presentations, lectures, and virtual classes in real-time and without any delays. Tutors who use YouTube to teach students will benefit from 5G technology as videos will load very quickly.
Online learning can also be useful for work. Thus, virtual presence at the scene of the incident will help in the training of firefighters, the military in improving battle tactics, and surgeons in conducting operations. The need to create such simulations should greatly expand the IT industry and the demand for VR developers and designers.
The high quality and low latency of 5G connections can be applied in the medical field to enable complex remote diagnosis and surgery.
If the equipment is installed in regional centers, then remote surgical intervention will increase the number of performed operations and will help to receive emergency surgical assistance if the patient cannot be transported. Also, the surgeon will be able to be in any part of the country and operate on the patient.
A large number of projects have already been implemented around the world to optimize land processing thanks to autonomous harvesters.
You can monitor the condition of fields and gardens online. Wireless sensors can analyze data on the state of the soil, its temperature, etc. They monitor air humidity, and soil moisture and can adjust the intensity of watering at a specific time.
Sensors determine the mineral composition, and saturation of the soil with fertilizers and identify the need for its nutrition. This approach greatly simplifies the life of farmers and increases the amount of harvest.
Ports have a high potential for development. New technologies combining cranes, and port loaders with a remote control center can come in handy.
Their remote management will reduce dependence on the physical presence of a person, optimize the work of personnel, and program the autonomous transportation of cargo through the port territory.
Interaction between machines using algorithms is effective, so that, for example, sensors on the loading crane signal the need for an autonomous loader to approach in time, which will reduce the time for unloading.
Also, the sensors installed in the containers will allow tracking of the location online and, through interaction with the cranes, avoid loading on the wrong ship or signaling loss in the port. They will allow reading the necessary information about its movement through the port.
In general, new technologies will make it possible to coordinate the movement of goods, increase the number of processed containers, and reduce the queue for service. Such infrastructure automation will lead to lower logistics costs.
Extraction of Minerals
Remotely operated equipment, video surveillance, and remote diagnostics have the potential to reduce operating costs and improve monitoring systems.
The mining industry can use high-speed wireless networks to replace human labor with machine labor. Even such dangerous ore mining operations can be carried out by remote machine operation.
The adoption of 5G technology can significantly change the process of conducting business operations. This process will take an hour, even if you need to develop that test solution for the skin industry. If you are interested in deploying a 5G network or using a 5G mobile signal booster for UK operators such as Tesco, Vodafone, EE, O2, or others, we recommend that you pay attention to Uctel.