In the current framework of continuous increase in data traffic and the need for immediate access to them, wireless communication technologies are taking on an increasingly important role within the modernization strategies of the IT business architecture. Combined with other key technologies for business development, such as IoT, Cloud, Artificial Intelligence, and Big Data, they are setting up an environment in which services, products, and data are consumed by an ecosystem of people, processes, and devices. They interact more and more agilely with each other.

Advantages Of Wi-Fi 6 And 5G Mobile Telephony

The rise of telecommuting during the pandemic highlighted the importance of having an effective and secure business IT network infrastructure. The growth of data exchange in the different fixed and mobile networks is continuous. In this environment, improvements in wireless technology drive it as a networking solution for companies with which to overcome the drawbacks of wired networks, allowing all types of mobile devices to collect information.

Both Wi-Fi 6 for companies and 5G technology expand the possibilities of wireless networks when it comes to optimizing the communication needs between people, processes, and machines. The new WiFi6 connectivity protocol improves efficiency, flexibility, and scalability. Provides more speed and capacity. But above all, its great value is that it allows you to send/receive data to and from several mobile devices simultaneously. In other words, this process is no longer done individually, causing processing queues.

The benefits of 5G for businesses primarily translate into shallow latency environments for critical application access and response. The transmission speed is estimated to be 10 to 100 times faster than 4G. Another key aspect is that their antennas are lower and more directional, which means they are more flexible. Its coverage capacity increases considerably, reaching, according to some studies, to serve a thousand devices per m².

Another advantage of 5G is that it increases the possibilities of dividing the network so that many virtual networks can be run on a single system. This allows a more significant number of complex applications to be launched from the same signal simultaneously, which is key to deploying IoT and distributed Edge Computing data centers.

Wireless Network Management

The business IT network infrastructure, whatever its nature, demands continuous monitoring to detect gaps and connection failures that impact the quality of services and business applications. You must monitor everything from Internet access speeds to device port capacities, the status of Wi-Fi and mobile telephony communication deployments, firewalls, corporate security policies, and legislative compliance.

In IT network management, the appearance of SDN Software Defined Network solutions has marked a before and after. These allow centralized control from a single interface. The Cisco Meraki cloud networking solution is among the most popular wireless communications. It is a business Wi-Fi cloud solution that allows comprehensive management of wireless networks, switching, security, and mobile device management centrally and from the cloud.

Managed Network Services To Ensure High-quality Communications

Today it is difficult for companies to have specialists in networks and communications with advanced knowledge to manage hybrid infrastructures and multi-cloud environments. The contracting of external IT management services is a solution that solves the lack of experts in networks and communications in companies and internal IT teams.

We propose to be your only IT interlocutor; we take care of everything, from managing Internet access with the corporate provider to managing the day-to-day network and recommending improvements to maximize the performance of IT resources.

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The SIM injector is PoE – capable so that no additional PoE switch must be attached when used. Together, the MAX HD1 Dome 5G and SIM injector are designed to simplify the setup and management of installations greatly. This extension can be placed up to 100 meters from the router and controlled via InControl2, which means that switching between different SIM cards and thus mobile phone connections can be handled flexibly and efficiently.

If several MAX HD1 Dome 5G devices are connected to a SpeedFusion-enabled router, the bandwidth is exceptionally high, according to Vitel. With the help of SpeedFusion, Peplink’s bandwidth bundling technology, it is possible to create a large VPN channel for a fast, reliable, location-independent Internet connection. The router is particularly suitable for mobile outdoor applications, for example mounted on a vehicle roof or a ship’s mast. Even on the go, the connection doesn’t break down, no matter how poor the network coverage is in some regions or on the high seas.

Uncomplicated commissioning with one cable The MAX HD1 Dome 5G can be mounted using an M35 bracket. Only an Ethernet cable is required for commissioning. The IP67-certified router, including shelves, is designed for harsh outdoor environments and is protected against splash water, dust, vibrations and adverse weather conditions. According to the IP rating, the router can even be underwater for up to 30 minutes. The cable is protected inside the router and should ideally be installed directly inside the pole or wall.

Reception via MIMO antennas 4×4 MIMO mobile antennas and a GPS antenna ensures that the signal quality and signal strength of the MAX HD1 Dome 5G remains as high as possible, regardless of the frequency range in which the signals are received. According to the manufacturer, the router is 11.5 centimetres tall, and the cross-section of the device is 22 centimetres long. Together with the Ethernet splitter, which weighs 500 grams, the total weight is 1.7 kilograms.

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What Is 5G, And How Is It Different From It’s Predecessor 4G

5G is the fifth generation of mobile communication technologies and standards, the successor to 4G, which uses LTE technology. This new generation brings numerous improvements, mainly download speed (how much data can I receive per second), latency (what delay exists between when I ask for information until it arrives) and the number of connected devices in the same area, among other benefits.

Returning to the theme of the futuristic images of 5G that we mentioned in the introduction, it can be seen that the multitude of interconnected points and lines that appear in these images are associated with the large number of devices that this new technology allows serving. So there is a technological and truthful background behind such attractive designs.

How Does 5G Affect Smart Cities

Once we have seen the benefits of 5G, we must understand and analyze which of them may be a potential opportunity for technological solutions to be implemented in the future. Focusing on the Internet of Things ecosystem, and specifically on Smart Cities, we will analyze which of these advantages are relevant in this environment.

First of all, high download speed, one of the most talked-about features, is not entirely relevant for Smart Cities and IoT in general. This is because the volume of data sent from the IoT devices to the cloud, and vice versa, are messages of reduced size and are also usually periodic, so they do not require a continuous flow of data as a streaming video transmission. Likewise, the low latency is not a remarkable feature either since, due to the periodicity of sending, it is not critical to receive data 1 millisecond or 1 second later.

However, the high connection capacity of devices per square kilometer that this communication technology supports does represent a great advance and will allow the deployment of endless IoT devices without worrying about reaching a capacity limit or conflicting. With the rest of the devices and technologies that may be working simultaneously with the 5G network.

In turn, the energy savings in the devices that this communication technology entails will allow them to extend their useful life since, among all the operations carried out by an IoT device (measuring data, processing them, etc.), it transmits the information ( or remain listening to receive it), is one of the tasks that consume the most energy since the radio transceiver must be turned on to do so. This reduction in energy consumption implies a prolongation of the battery life of the devices that will have consequences on the sustainability of this type of solution since, by increasing its useful life, the frequency of battery and device replacement is reduced.

The Importance Of The Type Of Network Used

In addition to the benefits mentioned, 5G has a greater impact on Smart Cities than on other IoT applications because IoT devices in a Smart City are mostly in the air. Free, monitoring and collecting information on different variables such as air quality, mobility, humidity, presence controls, etc.

Why is this detail important? Because the frequency in which 5G is going to operate is going to be in the 3.7 GHz band and, in a wave, the higher its frequency, the greater its attenuation when propagating and, consequently, the obstacles that arise will affect it to a greater extent. Find. This is a drawback emerging from using this technology for many applications. In indoor environments, the existence of architectural barriers such as walls, walls, ceilings, etc., in indoor environments, will cause an attenuation greater than that which could be generated in other ways technologies such as 4G.

However, in the case of Smart Cities, because the deployment of infrastructures is carried out for the most part in open spaces, this does not have to be an obstacle, and therefore the benefits that 5G brings are much greater. Then its drawbacks. The human being is insatiable. Every time we squeeze more and more of the technology that we have, we continually demand new and better functionalities: greater speed, better quality, better processing, longer battery life, etc.

We must begin to consider adopting 5G as the new communication technology for current devices and networks for all these reasons. Due to the undeniably connected future of our cities, it is an obligatory task to focus new infrastructures, fleets, devices and platforms on this technology. But make no mistake, this is not definitive technology. In a few years, it will fall short as has happened with previous technologies, and 6G will knock on our door with another new revolution.

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In this article we rehearse a summary of both positions, with useful and verifiable information. It is up to the reader to decide on this matter based on his or her own research, to which we hope to shed some light and vanish all fears regarding our future, with the present information.

Voices Against Saying: The More Power And Speed, The More Health Risks

“Governments are not in control of what is happening and we scientists are very concerned,” said Dr. Ceferino Maestu Unturbe, director of the laboratory of bio electromagnetism at the Center for Biomedical Technology at the Polytechnic University of Madrid, and one of the most relevant scientists studying the impact of artificial electromagnetic fields (EMF) on human health, in Spain.

According to this expert, if they implement 5G as it is now, there will not only be more and more electro-sensitive people, including children, but also childhood leukemia will increase in cases. Another effect would be the appearance of a third type of diabetes whose trigger would be electromagnetic pollution. “By exposing ourselves to this radiation, the functioning of the cells is altered,” specified Magda Havas, another voice against it, a professor of environmental sciences at the Canadian universities of Toronto and Trent. On the other hand, we have the following statements: “It is already impossible to say that radio frequencies do not generate cancer”, this is Professor David O. Carpenter, a physician co-author of the international report “Bioinitiative” and director of the Institute for Health and the Environment, a collaborating center of the World Health Organization (WHO).

A disturbing project was born in 2017. Known as the Mobi-Kids Study, it was carried out in 14 countries and presented to the European Commission. According to Annie Sasco, former director of epidemiology at the National Institute for Health and Medical Research of France, this work could lead to the IARC raising the classification of cell phone microwaves to 2A (probably carcinogenic), due to its neurotoxicity mechanism, since this scientific research links cancer risk for children, adolescents and young people from 7 to 24 years of age in the 14 countries studied to development of brain tumors due to the use of cell phones.

These studies exist, and although they sound too alarming, they come from real scientists and researchers. Now let’s see what the official voices say about the safety of 5G network infrastructure.

The Official Voice Says It: No Trace Of Risk In Speed

The radio signals used by mobile technology are nothing new in 2020. In fact, these electromagnetic waves have been extensively studied for decades. The frequencies used by mobile devices operate in accordance with national regulations or international guidelines for exposure to electromagnetic fields, covering all frequencies used worldwide, and are now considered for future use for 5G.

The final limits for radio frequency transmission devices, such as mobile devices and tablets, intended for public use cannot be changed below 6 GHz. The 2020 update provides additional guidelines for frequencies above 6 GHz. This update was already anticipated by the industry, and test methods are available to ensure regulatory compliance for 5G devices in the market. Public health agencies and expert groups consistently conclude that the guidelines protect all people (including children) against all known health risks.

Finally, a clear upgraded frame was set in March 2020, when ICNIRP stated that the 1998 ICNIRP GUIDELINES still provide protection against all known health effects of high-frequency radiation within the frequency range of 100 kHz – 300 GHz, which is the current 5G uses frequencies below 1 GHz, 1-6 GHz and above 6 GHz.

Is There Really Anything To Be Afraid Of 5G?

Our lives are used to struggle and turn into a battlefield at every level we get to upgrade ourselves, not only professionally, but in every aspect of our day-to-day routine.

Before we jump into our conclusion for this article, as a refreshing advice, let us give to you now a way for peace of mind, at the present time. Lies, dishonesty, robbery, they are not a prerogative of the concrete world. All this technology information is about is integrity of data transfer, so, for preventing hijacking you need reliable PC safety, to get it we should be talking about the best nordvpn review, and set priorities. Prioritizing is an efficient tool to prevent adversities, so we can experience and succeed out of those hard to learn episodes that compose the modern human’s overall reality. Reality is a coin whose two faces are equally important; you must weight both sides in order to decide. If you do not get involved, if you do not take control, someone else will.

Well, now it is our turn to crown this article with our sensible and calm reflection. Although the studies referred do exist, both for and against 5G, it does not seem credible that 5G is a deadly weapon capable of ending the world as soon as the switch of its activation is lifted worldwide. However, we have to raise a voice of sense that hopefully will encourage, calmly but seriously, the public to remain vigilant, because this would not be the only time that there is a lack of studies of safety with respect to a novelty in the world.

To the question, is there anything to fear from the 5G infrastructure? the answer to the date still is: there is not enough evidence to hold great fears up to this day, we do not see the devil in 5G yet. The truth, however, will know how to break through at the right time.

Also Read: How To Solve The “Build Vs. Buy” Dilemma While Adopting a Software Application?

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Differences Between 2.4 or 5 GHz Wi-Fi

Modern routers can offer 2.4 GHz or 5 GHz Wi-Fi Internet. Each option has its advantages and disadvantages. When using a mobile, tablet or any similar equipment, we can choose one or another option. Of course, as long as it is compatible.

If we talk about the general points, we can say that the 2.4 GHz band allows a greater distance from the router. That is, we can connect further without suffering so many problems. Now the speed is lower. In contrast, the 5 GHz band allows for much higher rates. It is ideal if we want to navigate faster and make the most of the connection we have contracted. Instead, it is much more sensitive to distance.

Therefore we can say that the 5 GHz band will be used when we connect near the router and want the maximum speed, while the 2.4 GHz band will be when we are located further away, there are walls or walls, and we need the best stability without matter both speed.

How To Know The Mobile Has 5 GHz Wi-Fi

More and more mobile devices have dual-band. This means that we can connect to the 2.4 GHz band and the 5 GHz band. It is the ideal way to make the most of the connection depending on the conditions in which we find ourselves. We have several ways to know if our mobile is dual-band. This is very interesting to be able to choose better which network to connect to. There will be times when we can only use 2.4 GHz because that access point or router does not have 5 GHz, while at other times we can choose between both.

Search Networks

A straightforward and visible way is to search for networks. The usual thing is that in the name of the system we put in it is 5 GHz or not, and even depending on the model, the device itself can notify us. It is not always available, but it is in many cases.

To do this, on Android, we have to go to Settings, enter Connections and go to Wi-Fi. This may vary depending on the version we have installed, but it is very similar in all cases. When we are in Wi-Fi, we will search for networks, and the list of all the ones we have available around us will appear.

Do we see any network that is 5 GHz? Usually, something like this of the type NombreWiFi_5G comes. This could give us a clue, although that name has also been modified. Sometimes our mobile shows us a small circular icon where 5G appears next to the network. In this way, we will have more guarantees that indeed that network is 5 GHz and therefore our device is dual-band.

5 GHz Tester App

An alternative to seeing if the mobile is compatible with 5 GHz is to install an application that tells us. It is about 5 GHz Tester. It is free for Android. To install it we have to go to the official store. As we always say, we recommend installing these types of tools ever from reliable sources to avoid problems that could compromise our security. The application is straightforward. Once we have it installed, we have to run it and start the test (Check). It will automatically tell us if the mobile is compatible or not with 5 GHz Wi-Fi networks.

That simple we can use the 5 GHz Tester application to know if our mobile is dual-band or not. We can choose which band to connect to whenever possible. In short, by following these simple steps, we will be able to know if we have the option of using the 2.4 GHz band or the 5 GHz band. As we have seen in summary, each of the two options has its positive and negative points. You will have to choose which one to use according to the conditions in which we find ourselves at any given time.

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5G Technology Features

First of all, the main thing is to know what 5G technology is, the new wireless communication that is going to revolutionize mobile networks. 5G is the fifth generation of wireless communications with which it is intended to improve connection speeds and end mobile congestion.

5G is a system that differs from its predecessors by using much higher radio frequencies. In this way, it allows us to transfer a greater amount of data in much less time.

The speed of 5G technology will be much faster, allowing you to download or share files in seconds. If we compare the speed of 4G technology with that of 5G, it can be seen very clearly. 4G offers us a speed of 200 Mbps with a latency of 100 milliseconds, while 5G will offer us a speed of 10,000 Mbps with a latency of 1-2 milliseconds.

Therefore, when this new generation of wireless communication is implemented, we will be able to enjoy access to the Internet instantly. So with the introduction of 5G technology, the mobile sector and mobile applications will undergo a great revolution.

Undoubtedly, in the world in which we live in which we are increasingly connected with a wide variety of mobile devices, we need a network that is capable of offering us speed and quality. With 5G Wifi technology, a great revolution will be promoted in all sectors, as it will allow people to connect with everything that surrounds them.

Over the next few months, and even years, we will receive much more information about 5G technology from mobile operators and manufacturers.

5G Technology Advantages And Disadvantages

The most notable advantage of the fifth wireless communications technology is the fast speed it offers you. Also, another advantage is that it provides us with much lower latency, so it allows access to the Internet or the cloud in just seconds.

On the other hand, 5G technology is capable of improving coverage, speed, and capacity thanks to the use of multiple nodes.

Another advantage is that this new technology allows the use of many more devices within the same geographical area. As well as with greater reliability, security and without interruptions in the same area. So in this way, it will be possible to decongest the network.

The main disadvantage of this wireless connection technology is that it is an evolving technology. It is expected that the world population will have full access to the 5G network around the year 2024. Some operators, such as Vodafone, already offer in 5G technology. Even so, we will have to wait to enjoy a full 5G network, since it is a complementary network to wireless communications.

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The abbreviation ANDSF stands for Access Network Discovery and Selection Function. It is a standard of the 3rd Generation Partnership Project (3GPP). It provides mobile telephony providers with procedures to outsource the data traffic of mobile devices such as smartphones to access networks with other wireless network technology such as Wi-Fi networks or WiMAX networks.

This outsourcing is referred to as traffic offloading or mobile traffic offloading and is intended to avoid overload situations, improve the network supply to end customers, and reduce infrastructure costs for providers. ANDSF provides the end devices with, among other things, the rules (policies) for changing networks and provides information about the available alternative wireless networks. Both terminal and network-initiated changes are supported. In addition to ANDSF, other technologies, processes, and standards are defined for traffic offloading, such as Hotspot 2.0 for automatic login and authentication in Wi-Fi networks.

Basics Of Traffic Offloading

The term traffic offloading describes the idea and the necessary procedures to outsource data traffic from 3G, 4G or 5G– based mobile networks to alternative access networks with wireless technology such as in Wi-Fi networks. The goal of traffic offloading is to relieve the pressure on mobile phone networks and to avoid traffic jams caused by too many end devices and excessive use.

Mobile phone providers have the advantage of improving their customers’ network coverage without having to invest in additional mobile phone infrastructure and radio frequency licenses. Depending on the method used, offloading can in principle is triggered by the end device, the network, or the provider.

The mobile phone providers are pursuing the strategy of automating traffic offloading. Ideally, it should take place unnoticed for the user without interaction or intervention, and disconnection. This gives the providers maximum control options for the distribution of traffic flows and traffic loads. To implement seamless traffic offloading, standards such as ANDSF (Access Network Discovery and Selection Function) or Hotspot 2.0, also called Passpoint, were developed by various organizations.

How Access Network Discovery And Selection Function Works And Components

ANDSF uses the client-server model for communication between the end device and the network. The ANDSF client, also called user equipment (UE), communicates with an ANDSF server via OMA-DM (Open Mobile Alliance Device Management). Typical end devices are, for example, smartphones with iOS or Android operating systems.

The S14 interface is used as the interface for communication. The IP- based interface supports both push and pulls mechanisms. With the pull method, the UE contacts the server and requests information and rules for the network change. The push method communicates the policies to the UE without a specific request from the end device.

ANDSF can be used to transmit a list of available Wi-Fi networks within range of the end device. Also, information such as supported access technologies, network frequencies, and network identifiers such as SSID can be transmitted. ANDSF knows an Inter-System Mobility Policy (ISMP) and an Inter-System Routing Policy (ISRP), which can be communicated to the UE depending on the type of device. ISMP contains rules for end devices that only support an active network connection. The rules relate to the offloading of all terminal traffic. ISRP is intended for end devices that can operate several active network connections at the same time. This makes it possible to distribute traffic to different access networks via ISRP.

Advantages Through The Use Of Access Network Discovery And Selection Function

Traffic offloading with Access Network Discovery and Selection Function offers numerous advantages for both mobile operators and users.

These Advantages Are:

• Intelligent, seamless offloading to Wi-Fi networks without user interaction and disconnection.
• The comprehensive set of rules for changing networks can be implemented.
• Different information options for the end devices – push, pull, time-based, location-based.
• Manufacturer-independent standard – support of different network and end device technology with different operating systems.
• Automatic selection of the optimal access network.
• Reduction of the energy consumption of mobile devices by using local Wi-Fi hotspots.
• Avoidance of congestion and congestion in the cellular networks.
• Improved network coverage for mobile phone users – better radio coverage of areas with high user density or in buildings.

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The virtualization of network functions ( NFV ) and software-defined networks ( SDN ) play a key role in the design of their offers and potential application scenarios) an important role. But even if extensive NFV implementations have been carried out, these usually only apply to a small part of the network operator’s data traffic. The NFV is undoubtedly still the most pragmatic and fastest way to introduce new services for companies and entire industries. Additional capacity for IoT applications can also be realized using NFV. Service providers are therefore well advised to continue to deal with NFV, as it increases connection speeds at the age of 5G.

Upcoming Challenges

It is widely believed that most companies are overwhelmed by the parallel orchestration of NFV and a traditional resource management network. Therefore, many operators revise their calculation of the return-on-investment of an NFV deployment and consequently reduce the scaling.

To date, several leading service providers have not yet fully implemented NFV and only route relatively small volumes of their data traffic via their virtual infrastructures. Nevertheless, they want to introduce new 5G services as quickly as possible as the technology becomes more and more important. At the same time, they are unsure whether NFV can help them achieve this goal. They underestimate that virtualization is the most efficient strategy and NFV brings a plus in scalability and agility that can benefit growth.

Accordingly, the Federal Ministry of Education and Research in its white paper “5G Characterization” states that software-defined networking (SDN) and network functions virtualization (NFV) are key features of 5G, through which the entire network has a programmable, flexible and universal infrastructure receives.

In multi-cloud environments, applications and workloads are distributed across different cloud environments and often switch between environments at short notice. Service assurance systems must, therefore, provide a correlated view of the performance of the applications and the networks used across the WAN ( SD-WAN and IP / MPLS ).

An almost real-time, highly granular view of application and network performance makes it possible to detect deteriorations in performance and take corrective action before users are affected. For this, the assurance system must work together with the SD-WAN controller and the orchestrator in a closed control loop to receive real-time information about the service chains within the uCPE (Universal Customer Premises Equipment) of the selected dynamic paths and to provide the controller and the orchestrator with performance information To make available. This enables a detailed analysis of the impact of network performance on application performance to proactively identify, isolate, and prevent service degradation.

In The Clouds

Cloud providers are cooperating with Carrier Service Providers (CSPs) to reduce the complexity at the digital edge – i.e. at the edge of the networks – that results from the switch to 5G. The so-called EdgeComputing bypasses the bottleneck of ever larger in the transmission data amounts of central processing units arises, eliminating a major cause of propagation delays. This is a basic requirement, especially for applications that rely on large amounts of data in real-time, such as connected cars.

Cloud providers also package and monetize public architecture to accommodate systems that require less latency and massive throughput. NFV architectures offer the necessary network flexibility for new service models and fast scaling. However, these advantages can only be realized if the NFV-based solutions are integrated via toolchain technologies for automation and orchestration.

The Solution Virtual And Intelligent

What service providers need is intelligent transparency for a distributed architecture. Software solutions are available for this purpose, which collect relevant data using virtualized probes consistently and across domains for all network layers and transmit them to analysis tools. It is recommended to use a network analysis platform for the central aggregation and correlation of the performance data of the network and applications, which has freely definable reporting functions and thus guarantees reporting. Advanced machine learning-based analysis functions also provide forecasts of service quality so that deteriorations can be recognized and contained in a good time.

Virtual probes with intelligent data technology and the corresponding tools record and analyze all important data points to provide usable knowledge in practice. “Intelligent” is of crucial importance in this case and stands for not transferring all information into the analysis flow without prioritizing, but ensuring that the data is as relevant as possible to the functionality. Because the processing of large amounts of irrelevant information is not only costly but also time-consuming, which precludes an immediate reaction to incidents.

Rapidly responding and precisely working data tools, which consolidate information according to the specific operational framework, form the basis for being able to react to service failures almost in real-time. 5G has other advantages as it increases the ability of a service provider to understand what is going on in the network and thereby gain insight into the performance characteristics of a particular service. For example, this could be an SD-WAN service for companies in the early phase of 5G provisioning or, shortly, a high-revenue consumer service such as UHD gaming.

To achieve these results, service providers must of course increasingly use virtualized infrastructure for software-defined solutions. 5G in particular needs virtualization to ensure not only performance but also the economy. And virtualization needs 5G because it offers the opportunity to demonstrate the advantages of a fully virtualized operating environment for the first time.

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The Arrival Of 5G

To distribute 5G it is necessary to buy a frequency band that is currently used for other media.
At this point, the agreement of Europe has been key when choosing the same frequency for 5G, this is the only way to guarantee the connection between countries.
The frequency bands chosen to distribute 5G are: the 700MHz band that is intended to be released and auctioned throughout 2019, the 1500 MHz band, the 2600 MHz band that will be used as a compliment since it is the one used for 4G, and the 3500MHz band that is divided into almost equal parts for Movistar, Vodafone, Mas Movil and Orange, with the latter taking the largest part With these data, it is expected that 5G will arrive in Spain in 2020, although several operators have already started the deployment and installation of the network and allow their clients to use the network at certain points in the territory.

Other operators have started testing in cities or specific points, for example, Movistar has launched 5G in Segovia and Talavera as a test, and Orange and MásMóvil are testing 5G and its infrastructures at its facilities.
In the same way that Vodafone has done, the rest of the companies are expected to start distributing 5G in the most populated areas to reach the majority of the population and subsequently expand the network to cover the entire territory.

The Advantages Of 5G

The implementation of the latest mobile technology represents important advantages over its predecessors. The main advantages of 5G are:
• Higher data transfer speed
• Greater bandwidth
• Reduce network consumption
• Improved latency
• More devices connected to the network at the same time without losing speed
All this results in a smoother, faster, and more efficient Internet connection. Furthermore, the main advantage of implementing 5G is that it makes the Internet of Things (IoT) possible.
5G allows devices to connect, taking the Internet to cars, household appliances, homes … to automate their operation and control them telematically, and they can also exchange information improving connectivity.

5G Compatible Mobile Terminals

5G is already a reality and in the coming years, it will be part of our daily life in almost any part of Spain and Europe. To enjoy the speed of 5G it is necessary to have a compatible mobile device, current mobiles do not receive the 5G signal.
The list of mobile phones with 5G is:
• Xiaomi Mi Mix 3 5G
• Huawei Mate X
• Samsung Galaxy S10 5G
• OnePlus 5G
• LG V50 ThinQ 5G
• Oppo Find x 5G
The price of these terminals with 5G is somewhat higher than current mobiles since they have a superior capacity to guarantee good user experience.
Many users wonder if the battery consumption will be greater with 5G, the answer is yes, although the use of 5G does not consume more battery, the terminals will have to switch between 4G and 5G networks, which means more expense. As 5G spreads, this problem will be solved.
Another disadvantage of the current situation is that the number of mobile gigabytes included in most rates is not enough, the user of 5G would consume them much faster. This indicates that the GB is going to be cheaper and the mobile rates will have unlimited gigabytes.

Differences Between 4G And 5G

The mobile technology immediately before 5G is 4G and 4G +, the entry of the new connection offers important differences compared to its predecessor
The move from 4G to 5G will mean changes in the way you connect to the Internet and interact with everyday elements, this change is one of the most advanced for the end-user, although the steps are taken so far also have been significant.
2G was the first mobile technology, it allowed sending SMS. 3G was the next step and offered the possibility of having an Internet connection outside the home or a WiFi network. With 4G, video content was added and the connection was improved.

Aslo Read: Internet Of Things(IoT) Will Working At Underwater

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