• Why private 5G networks have only been rolled out slowly so far
• Why AI is about to break through in 5G platforms
• Which factors are now accelerating the AI-on-5G expansion
• Which application scenarios are conceivable for AI/5G-based platforms

In 2019, the reasons for adopting 5G technology in enterprises seemed promising: high-speed connections connecting hundreds of end devices with better latency and a higher security standard compared to 4G LTE. Added to this was the prospect of additional revenue from new applications and services. With a view to 2022, network operators are now realizing in retrospect that the implementation was and is anything but easy.

Aside from pandemic-related restrictions and the associated remote working, enterprises have been slow to roll out private 5G networks due to the high cost and complexity of implementation. Compared to setting up a WLAN, where IT pros are well-versed in setting up the networks on company premises and warehouses, configuring and optimizing cellular networks takes much more work. The setup process has traditionally relied on a few companies and purpose-built devices.

Another reason why the introduction of the 5G standard in companies has been slow so far is that financial resources are reluctant to be made available, especially in the initial phase of a technology, even if it can be used to develop new applications and services that promise higher returns.

Accelerating Factors For AI On 5G

The good news is that network equipment manufacturers, software, and cloud service providers are now paying more attention. AI-on-5G (AI in 5G platforms) is poised for a significant breakthrough this year. One of the reasons for this is that companies have already received attractive offers for software-defined solutions that drastically reduce their costs and hybrid cloud-on-premises installations or innovative pay-as-you-go models.

This is confirmed by a PWC survey of global companies in 2021: Around 52 percent of companies have pushed ahead with their plans to implement AI due to the pandemic. Eighty-six percent indicated that AI would become the new mainstream technology in their company in the coming years.

Three essential factors, in particular, accelerate the deployment of AI-on-5G:

Flexible, More Efficient Equipment

AI-on-5G creates a software-defined ecosystem that can use off-the-shelf servers that do not require telecom-specific, bespoke hardware. These servers are a good fit because they are compatible with existing IT management and orchestration tools, and in addition, they can be used for other IT applications. The combination of AI and 5G technologies on standard hardware and software orchestration stacks will play a crucial role in developing numerous new applications and pave the way for further new business prospects for consumers and companies.

Inexpensive and efficient AI-on-5G platforms help companies address many of today’s challenges. With their flexibility and accessibility, they contribute to a democratization of the market, similar to the early days of PCs or Wi-Fi.

The companies can determine the configuration of the servers themselves. For example, they can add industrial automation software, intelligent video analytics, voice technology, face recognition, and a software-defined 3GPP-compliant 5G vRAN VNF.

Hybrid Deployment

Models Another critical factor is that the 5G network workload and AI/ML applications will be hosted on an on-premises server, in the cloud, or in a hybrid cloud solution. Additionally, organizations can maintain application and data sovereignty or neutrality by using corporate-owned devices, telco cloud, or hyperscale cloud services.

To ensure this level of flexibility, the 5G software-defined stack is ideally run as a container, allowing it to be treated like a native cloud application. So the 5G stack doesn’t need bespoke hardware or custom silicon-based accelerators.

Convergence of AI And OT Solutions Emerging

Edge AI applications are driving the growth of intelligent spaces, including smart factories. These factories use cameras and other sensors to inspect and predictively maintain machines. However, discovering a non-perfect operating condition is only the first step; after detecting the error, appropriate action must be taken to fix it. The process requires, on the one hand, a connection between the AI ​​and software-defined 5G applications running on the IT equipment and, on the other hand, the monitoring and control of the machines, which traditionally run on separate OT systems that comprise the assembly lines, robotic arms or managed placement machines.

The integration of IT and OT systems is crucial to implementing the concept of factory automation over a 5G network and realizing the benefits of 5G. This year is expected to see greater integration of AI and traditional OT management solutions that will simplify the adoption of edge AI in industrial environments.

The Promise Becomes a Reality.

The promise that 5G will unlock new possibilities for edge computing is more tangible today than ever. Key benefits of 5G include network slicing, which allows dedicated bandwidth to specific applications, ultra-low latency in non-wired environments, increased security, better isolation, and increased mobility and range.

AI-on-5G will unlock new AI use cases. These include Industry 4.0 applications such as plant automation, intelligent robots, in-line monitoring and inspection, automotive systems such as toll roads and vehicle telemetry systems, and intelligent spaces in retail, cities, and the supply chain. The ease of deployment and management of these software-defined systems is a crucial requirement for their adoption.

Also Read: The Fifth-Generation Technology – 5G Expands In The World

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What Is 6G?

Different generations of mobile connectivity have historically existed in wireless technology and telephony. When we talk about 6G, we refer to the sixth generation of technologies related to mobile connections. As has been frequent in the succession of the different ages, the next one will be faster and more efficient.

In short, 6G is nothing more than the evolution of the current 5G. Let’s not forget that the latter was a giant step forward concerning 4G connectivity. But how exactly are 5G and its successor different? In the next section, we answer that question.

What Is The Difference Between 6G and The Current 5G?

The main difference between both technologies is the improvement in aspects such as latency, data transmission speed and the supposed applications that they may have. Currently, demonstrations have been made on how 5G connectivity helps in fields as necessary as medicine. Thanks to high-speed networks, it is expected that even surgical operations can be carried out remotely.

But not everything is speed. 6G would also bring some new technologies to the field of telephony. For example, some specialists suggest that it will be able to use terahertz frequencies, and some companies have already managed to send data with this technology. Another possible difference is that 6G networks could decentralize connectivity, and it would go far beyond the wired network, allowing multiple devices to act as antennas. Therefore, the dependence on the operators would be reduced.

What Advantages Will 6G Connectivity Bring?

Many of the differences between 6G networks compared to 5G will translate into advantages for users. But they will also collaborate to improve communications in different professional and educational fields. Let’s look at the full potential that 6G networks will have shortly.

Latency Reduction

The advances that some countries are achieving, such as South Korea, propose a wireless technology with minimal latency. According to what they suggest from the Asian country, the first facilities prepared for 6G will be able to reduce this variable to a tenth, always taking 5G as a reference. In this way, the latency of 6G would become 0.1 milliseconds. What does that mean? Plain and simple that the connections between two points will be made almost in real-time.

Increase Download Speed

Another noticeable improvement of 6G networks is that the download and transmission speed, in general, will increase considerably. Samsung declared last year that with the new technologies implemented in telephony, peaks of up to 1000 Gbps could be reached. The consequences of having such a transmission rate are apparent. It will be possible to consume content faster and of higher quality and in formats that today are a utopia.

Artificial Intelligence And Virtual Reality-Powered

6G networks will also substantially impact fields such as artificial intelligence and virtual reality. In both, it is necessary to have a fast and reliable connection. And that is precisely what the next generation of connectivity promises. The proposals of certain companies go through promoting the use of holograms in high definition. As expected, this will have diverse applications in the real world.

What Interest Does 6G Mobile Technology Have Right Now?

Currently, the list of countries working to develop the new generation of mobile networks is long. For example, China has launched an experimental satellite capable of transmitting in 6G. Some of the proposed uses are monitoring crops, forest fires, or obtaining high-value environmental data. This country is one of the most substantial bets on 6G technology, having to its credit more than 35% of the patents related to the new generation of connectivity.

The United States is another country actively participating in the 6G race. In this case, the investments are being made by private companies. For example, the alliance between AT&T, Verizon, and T-Mobile, which are leading an initiative called the Next G Alliance . With it, they intend to organize and promote 6G research in North America. This alliance already started a program in 2020 to coordinate working groups to develop 6G technology. For comparison, 18% of all 6G patents are found in the United States.

When Will 6G Arrive?

Up to this point, we have already told you everything we know about the 6G networks. Now you know some of the advantages that, in theory, they will bring to society. We also highlight the progress they will represent if we compare them with the current connections through 5G. But you are probably wondering when 6G networks will arrive. Although many countries have spent years investigating how to deploy this new technology, the truth is that its implementation still has to wait. Forecasts vary depending on who makes them, but the future of telephony through 6G connectivity will likely be a reality around 2030. Time will tell.

Also Read: The Fifth-Generation Technology – 5G Expands In The World

The post What Will The Arrival of 6G Networks Bring in 2030? appeared first on TechReviewsCorner.

In other words, it will be possible for users to stay connected to any information link faster. The parts of urban furniture in large cities will be permanently connected thanks to the emergence of the “Internet of Things”. Putting it into operation is a real technological challenge.

What Is 5G?

This is the fifth generation of wireless communication standards and technologies, such as the Internet, using devices such as cell phones to enable networking anywhere, so there is no need to consider the term as something new. This is the evolution of the current 4G/LTE network.

It is important to note that not only mobile phones use these networks, but all kinds of devices. When it comes to connecting devices to the network, wireless technology wins. We have to wait to see how far 5G can take it.

How Will 5G Technology Influence The World?

It is estimated that the most notable technological advances come hand in hand with speed. 5G will allow browsing at speeds of up to ten gigabytes per second. That is, ten times faster than the primary fiber services. That fast, for example, you can download videos and complete files in a few seconds.

Thanks to technological advances, the number of connected devices will be higher. It is possible to manufacture industrial vehicles with a robotic system in this sense.

Meanwhile, bus stops and other devices available in homes, such as washing machines or alarms, will have the possibility of sharing information in real-time.

According To The WHO, 5G Technology Does Not Represent a Danger to Health.

The World Health Organization placed 5G technology in grade 2B, a category that mentions carcinogenic agents for humanity. That is when a cause-and-effect relationship is considered reliable, but chance, bias, or confounding cannot be excluded with reasonable confidence.

The category includes less harmful substances, such as coffee. Research has not shown that environmental exposure to radiofrequency (RF) fields increase the risk of cancer or other diseases,” the World Health Organization said.

However, some organizations warn of the potential dangers of cell phones to people’s health. For example, the NGO Ecologistas en Acción published a statement warning that the implementation of 5G has not evaluated its possible impacts on public health and the environment, despite many scientific calls for applying the precautionary principle.

Importance of Fifth Generation Technology

Companies rely on the telecommunications sector to access the Internet. Fifth Generation Technology offers many benefits, primarily through network fragmentation.

The data used for recreation and communication will use only part of the network, and most importantly, it will have a dedicated segment. To execute this infrastructure modernization, the telecommunications industry must focus on adopting 5G technology.

The current transformation of 5G networks is mainly based on the virtualization of Radio Access Networks (RAN). Also, it means that container and cloud development will become more critical.

The Radio Access Network (RAN) is a significant load on the network for telecommunications operators, as it performs extensive and complex processing. Therefore, it faces ever-increasing demands as more and more 5G and advanced computing use cases are offered to customers.

However, telecommunications companies and Internet Service Providers (ISPs) can simplify network operations and increase flexibility, accessibility, and performance by virtualizing network functions. This means more speed and flexibility for industries used by ISPs.

Main Advantages of The fifth-Generation Mobile Network

5G technology has multiple advantages that deserve to be studied and are essential to analyze to understand this technological novelty in depth. A detailed study of its characteristics is presented below.

Benefits of 5G in Education

The educational sector will significantly benefit from the implementation of 5G technology. This technology and the haptic Internet will lead to virtual and augmented reality development in the classroom.

The new connected networks will be faster and significantly reduce download times, which will help increase video content and mixed reality in the classroom.

In addition, the development of 5G will allow the so-called haptic internet or sensor system to transfer real sensations through touch. It will also reduce latency to a minimum, that is, the response time between the execution of the command and the response.

This will make it easier for virtual and augmented reality experiences to become an increasingly fundamental tool for teachers in the classroom. Both types of facts can engage learning and increase students’ interest in the content.

Furthermore, these technologies could enable new experiences for distance learning, for example, by allowing students to be virtually present in the classroom.

So this could encourage better assistance for those with limited mobility or who live in areas with poor communication. It will also facilitate exchanging services and knowledge between different educational centres. 5G opens up possibilities through tactile Internet and virtual reality that can blur the limitations imposed by physical location.

These advantages help facilitate the exchange of resources and knowledge between students or teaching teams, wherever they are. As a result, the future learning model will be an international, immediate, virtual and interactive environment that will allow students to learn in very different ways than today.

Optimal connectivity conditions will allow students to increase their personalized learning, divide them into different groups, and suggest different multimedia content. Now this means overloading the network and increasing its duty cycle.

Service response times and bandwidth consumption have been reduced with the improved connectivity promised by 5G networks. Connecting each student with an intelligent personalization system and suggesting different learning paths through their mobile device will become a reality.

In this way, the new learning methods of the future will be increasingly student-centred, allowing for personalized and on-demand skills development.

The cloud-based storage service provides access to files regardless of the device used.

The mobile technology provided by 5G will significantly improve access to any files stored in the cloud from any device, anywhere. As a result, students will be able to continue their work from any device, at any time, with instant feedback.

The implementation of 5G will increase the integration capabilities of the so-called Internet of Things (IoT). In turn, these IoT-based applications will be able to improve teaching, learning and the current way of working in schools.

IoT applications will help transform the role of teachers in the classroom. They will reduce the administrative burden and allow you to focus more on individual students.

Benefits of 5G in Health Care

5G technology will bring about changes in medical care. With advanced mobile broadband, a world of new possibilities opens up.

It will also play an essential role in health care. In the coming years, augmented reality, precision surgery and even telesurgery are expected to improve telemedicine, tele rehabilitation and physical therapy.

Hospitals can create vast sensor networks to monitor patients, and doctors can prescribe smart pills to track compliance.

In the same way, insurance companies can even monitor the processes carried out by users and specify what treatments are being carried out and if the procedures are adequate.

The Global Reach of 5G Technology. How Long Will Its Full Implementation In Latin America Take?

Globally, the use of fifth-generation telecommunications networks began in 2019. Some 65 countries around the world have already implemented 5G technology. Some of the countries that already have this technology are China, South Korea, Thailand, the United Kingdom, Spain, Italy, Sweden, the United States, Canada, Switzerland, Germany, the United Arab Emirates, Belgium, and Austria.

However, the situation in Latin America is not the same due to various factors, including economic factors and public and private policies. In Latin America, 5G deployment is still in its infancy, with operators focused on switching customers from 2G and 3G networks to 4G networks. Creating a 5G network is not easy.

According to the German market data expert Statista by 2025, the global average of access to mobile networks through 5G technology will reach 14%, while the figure in Latin America will reach 7%.

Whatever the final number in these terms, there will be players back and forth at the block level. The best places to achieve broader development are Brazil and Mexico. Both will reach a high percentage of 5G connections in the local telecommunications market, respectively. It should be noted that Chile has also considered the implementation of this technology advantageous and has joined.

Also Read: What Will Change When 5G Becomes The Standard?

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Generation Z has a very marked contrast. They were born in a time of great social and economic optimism, in which things seemed to be taking an encouraging course in all aspects. Still, they had to face the uncertainty and forced changes that the pandemic brought when they were beginning to be part of the productive segment of the nations and shape what their adulthood would be.

This scenario poses a new challenge to Human Resources departments: to create work environments that empathize and generate value for this new Generation, not only for the talent attraction area but also to retain them and build long-term professional relationships.

What Is Known About Generation Z So Far?

Although, in some cases, comparisons can be unpleasant, they are necessary because they allow starting from something already known to configure and understand new concepts or realities, which otherwise can be very complex for understanding.

So, defining Generation Z becomes more accessible when it is done through the comparison with millennials, of which there is already a clear understanding.

• They process information faster because they are used to constant updates, leading to a shorter attention span.

• They move fast. Despite having a lower concentration span than millennials, they can quickly switch between tasks and function well in multi-distraction environments.

• They tend to be less open to advertising and generally more indifferent to offers.

• They are more attached to their electronic devices. Therefore, they are hyper-connected and have a global character in thought, relationships and interactions. They do not know borders.

These aspects help to have a general vision of Generation Z. Still, it is also essential to understand how they perceive the labor market and their professional expectations to propose a compelling talent attraction and retention strategy. On this subject, the Human Resources company Adecco leaves some critical data:

• Millennials value stability (34%), while Gen Z emphasizes finding their dream job (32%).
• Generation Z places more importance on their connections and those of their parents when looking for a job, while millennials are more inclined to online job boards. Also, those born between 1996 and 2012 are 42% more likely to follow their parents’ influence.
• Unlike millennials, Gen Zers believe their college is excellently preparing them for a career.
• They need to feel appreciated by brands and companies and that these are true to their core values. Otherwise, they change quickly; they are used to moving at a fast pace.

Other data are also essential to highlight to understand this new group of workers a little better:

• Members of Generation Z are more likely to learn things on their own, so they always consider taking the most efficient route to achieve their goals. This includes dispensing with traditional higher education and preferring online studies or even being self-taught to quickly enter the labor market.
• Generation Z was born with the entrepreneurial gene much more dominant; therefore, they want more independent work environments where they can acquire the tools and skills to start their own business.
• Despite being born into a very social environment, Generation Z seeks differentiation in all walks of life, mainly through the brands they do business with, future employers, etc.
• They want their profession to be related to their passions and hobbies.

The Most Desired Jobs By Generation Z

With this information, the panorama reveals a little about the jobs, or the type of employment, that members of Generation Z are looking for the most.

To begin with, they must be jobs that allow them to have a positive balance between personal and work. The focus of the Job should be on productivity rather than the number of hours worked. The career plan and leadership are also determining factors when accepting a position. They look for companies where there are leaders or mentors more than bosses.

They have a strong tendency toward collaboration, which is why they value those companies that generate a positive impact on the world, that have volunteers, and where they, through their functions, can also be an agent of change.

Technological startups and companies with new models of business or organization are usually highly sought-after environments by members of Generation Z since they are characterized being places where talents can unleash creativity and which are also very dynamic, agile and flexible, which combines with the restless personality, the non-conformist spirit and the desire to innovate of the majority of those born after 1996.

On the other hand, jobs under pressure, or that require prolonged periods of concentration, or even those where written communication skills are necessary for the preparation of complex texts or reports, tend to be the least desired jobs by members of Generation Z. In fact, according to a study carried out by Job Today, the greatest fear of this Generation is suffering from work stress, they even consider it as an obstacle that can get in the way of their professional life.

Three Tips To Attract Talent From Generation Z

Capturing their attention, retaining it and being interesting enough to generate an action are the main challenges that Human Resources departments face when attracting Gen Z talent.

Get Attention

So, to decipher the first obstacle, it is necessary to be present where they are to capture their attention. Members of Generation Z spend 63% more time on social networks than the rest of the people. Therefore, job offers in traditional channels such as job boards do not seem to be the best option to attract the attention of this audience.

An example of the above is the TikTok video platform, which companies use to attract Generation Z talent through a pilot program called “TikTok Resume”, which people use to search for and apply for a job. Through short videos, this is the perfect opportunity to show and discover true talents and establish a more authentic version of themselves.

Hold Attention

Now the second point is to hold your attention; It has already been established that members of Generation Z tend to be very dynamic, impatient and have very short attention spans. Therefore, making selection processes simplified is key to maintaining interest. Creating intuitive and straightforward job application processes with clear steps and short waiting times will help the person not lose interest in the company.

Be Attractive And Interesting

Lastly, be interesting enough to generate natural attraction. This line can be blurred a bit with benefits that can help retain Gen Z talent, but the truth is that this stage is about making an excellent first impression.

To achieve this, the first thing is to have excellent employer branding. Members of Generation Z will find out about the company. Still, going directly to the source, they will look for the same collaborators and employees to provide them with information that can contrast with the company’s reputation. They will go to their media and investigate until they obtain information that allows them to validate that they manage an organization that is consistent with their values ​​and beliefs.

On the other hand, factors such as labour diversity, technology, attractive offices to work in, having social responsibility activities, and flexibility in processes and structures are some of the elements that make a job offer attractive for a member of the Generation. Z.

Don’t Let Them Go! Keys To Retaining Centennials

Once the first phase of attracting the talent of Generation Z has been overcome comes the second stage, how to avoid falling into a constant rotation crisis, that is, how to retain them, especially when it has already been established that it is a generation marked by movement constant.

Few members of this Generation indeed come to a company to stay there for life, as was seen in the well-known “baby boomers”. However, some incentives can make centennials stay longer in companies.

Flexibility Above All

Dynamism and the ability to adapt are two elements that cannot be lacking in a company that wishes to retain talent from Generation Z. To achieve this, it is necessary to implement an agile and flexible organization. Some of the characteristics that define this type of culture are:

• Additional days off for achievement of objectives.

• Flexibility between teleworking and the hybrid model.

• With flexible hours, employees can decide when they start and end their day, as long as they meet the objectives.

• Personalized according to the interests and needs of each employee.

A Place To Belong

The company should not be just a place to work. And it must also be a space that provides them with well-being and, why not, happiness. Members of Generation Z prioritize life balance and put their satisfaction above professional success.

Providing a place to belong can ensure that personal wellness, connection and social needs are met, and therefore the decision to move to another job is not made lightly.

A Career Plan

If something is a priority for Generation Z, it is to have a job aligned with their purposes and where they feel that they are doing something that generates a positive impact. Therefore, offering a career plan with a clear education and training route to improve the skills that most interest them and that, in addition, is aligned with their life and professional purpose is a great way to retain them.

No Surprises!

Impatience is one of the characteristics that define the members of Generation Z. In this sense, it is essential to create processes that leave no room for uncertainty. Short projects with clear objectives, where the roles, responsibilities, functions and delivery dates are well defined, will allow them to have adequate management of expectations, which does not generate stress or pressure. This does not mean that there is no room for creativity. On the contrary, it is essential to allow them to bring innovative ideas and experiment.

Together with the millennials, the members of Generation Z will occupy 75% of the workforce on a global scale. This means that global production is in the hands of digital natives and early adopters of technology. Therefore, companies must have a 100% digital mentality to fit in with these new talents.

Human Resources departments are facing a generation that is not afraid of risks. They expect that their employers are also companies willing to take risks and go beyond traditional standards. The challenge is to think outside the box to create an organizational tenure and an employer brand that is disruptive and aligned with what this new workforce demands.

Also Read: Eight Ideas To Improve The Productivity of Your SME

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We live in a time and world that is increasingly dominated by technology. Day-to-day life without access to any aspect of the electronic devices and the worldwide link is in principle neither imaginable nor feasible. And development is progressing rapidly. Artificial intelligence and machine learning have been important topics in the recent past, but also big data and cybersecurity are rarely missing in the technology news. In mobile communications standards, 5G is the topic of the hour and is hotly debated. Initially falsely and unnecessarily labeled as harmful by skeptics, the tension about the future, standardized implementation is now high.

The network is gradually expanding, and large telecommunications companies can offer their customers ever-better network coverage. These are the first steps towards a new standard that will shortly replace the fastest connection LTE or 4G. Many modern devices such as smartphones or tablets are already able to use 5G, which lays the foundation for end consumers. It will take some time, however, before the 5G standard is implemented across the board.

In theory, users surf the 4G network at up to 1000 megabits per second, which can only be achieved in the best case and is not feasible in practice. Fifty megabits per second is a much more realistic speed with 4G and is sufficient in everyday use. The third generation of the mobile radio standard (3G) has existed since 2000, and the further development of HSDPA + has also been available since 2006. The maximum speed, in theory, was 42 megabits per second.

The leap from the third to the fourth generation was accordingly noticeable but not exorbitantly high. The upcoming development towards 5G, on the other hand, should mean enormous growth and thus be significantly faster. Up to 10 gigabits per second should be possible, even if so far, these are only estimates since the ultimate speed has yet to be shown. Nonetheless, there will be a major upheaval that can open up entirely new possibilities for our digital world. Find out what these are and how life will change when 5G becomes the actual standard here.

5G And Mobile Devices

Anyone in a large crowd, such as at major events, will notice that the services of the mobile phone providers can quickly become overloaded. Calls or the use of high-speed Internet are then a real problem, simply because many devices dial into the same network. With the fifth generation, that will be a thing of the past, as the focus is on an enormously robust and high-bandwidth connection that should enable a wirelessly connected society. That means data transfer in real-time and with low latency. Therefore, smartphones will be able to maintain a fast and reliable connection to all Internet-based services, which means that even very demanding apps will no longer be a problem.

This will have a significant impact, especially in the entertainment sector. The high-resolution live broadcast of events in real-time can be made available to a broad masses and thus offer completely new options in entertainment. Gaming will also evolve accordingly. In complex games, hundreds of players can compete against each other smoothly and across platforms. This development can already be observed, but it will become much more sophisticated and complex.
Due to the trend towards cloud-based processing of data, the importance of your hardware is also fading into the background. Thanks to the strong connection to the cloud, energy-intensive processes can be outsourced entirely, and the broad masses of high-performance devices have even more options. Accordingly, offers of unlimited data volume will be found more frequently in the future, as it is simply easier for providers to deliver precisely that to customers.

Also Read: How Will 5G Revolutionize The Cloud & Big Data?

Economy, Storage, Mobility, and Security

The economy will also benefit from the faster network, especially on a global scale. Increased productivity and effectiveness are keywords that will lead to new products and services. Faster data exchange and a secure and solid connection have become more and more critical for companies, especially in the last few months, and teleworking could thus become the perfect standard. For manufacturing companies, 5G opens up a whole new way of dealing with automated processes that can be carried out more reliably than ever before.

In warehousing, robots could do a large part of the work controlled in real-time from the other end of the world. Another advantage is that there is no need for cables, which are still the norm in sorting machines, conveyor belts, and internal communication. The changes in this area are so substantial that the concept of warehousing and department stores could fundamentally change.

The impact of 5G on security will also play an important role. On the one hand, it is about public safety, in which the high bandwidth and high speed can deliver high-resolution video material, for example. Situations can be better recognized and assessed, and the routes of first aiders can be chosen more safely and, for example, adapted to the current traffic. On the other hand, security must also be guaranteed when it comes to mobility. Autonomous driving only works without problems if there is a high-speed connection between the vehicle and the server, which can react in real-time if necessary.

Some exciting areas and topics could experience a real revolution through 5G. High bandwidth and barely noticeable latency will influence our working and private lives. Then it is possible to speak of a linked physical and digital world, the possibilities and potential of which are huge. However, when that is ultimately the case remains to be seen.

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The Smartphone Market Is Growing.

How quickly times change. It wasn’t that long ago that the Samsung Galaxy Note caused a sensation due to its size alone. The smartphone released in October 2011 came with a 5.3-inch display. The screen was considered gigantic. Nowadays, most users would probably reject the smartphone – just because of the display size. It is puny by today’s standards. The average smartphone panel has a diagonal of 6.5 inches. Several models even scratch the 7-inch mark.

It is important to you to be able to operate your device with one hand without any problems. But there are also those users who value precisely this in addition to performance, features, and battery life: a small display that goes hand in hand with a compact smartphone format. The good news: The manufacturers are also taking into account the demands of these users and are bringing comparatively small smartphones onto the market that are in no way inferior to the giants in terms of performance and features. The handy format of the first iPhone (2007) surpasses the small smartphones.

What Is Essential When It Comes To An Excellent Compact Smartphone?

If you are looking for a small smartphone that you can use easily with one hand, you will mostly orient yourself to the size of the display. But the screen size only tells half the story. The external dimensions of a cell phone determine whether you can command it with one hand. Above all, the width is decisive. The current smartphones are, on average, 7.5 centimeters wide. That sounds quite acceptable on paper. But practice shows that the devices are too wide for most hands to be controlled with one hand. So compact smartphones have to be narrower. And they shouldn’t be slippery. Otherwise, your thumb won’t reach the top of the display.

Don’t worry. You don’t have to go out and compare smartphone dimensions. We have done that for you and present you with an overview of the best compact smartphones. Our small cell phones shine with first-class performance and luxurious features. This is how you can quickly find your small smartphone.

These Are The Best Compact Smartphones.

When selecting the best compact smartphones, we looked at the dimensions. Width is the first decisive indicator. The maximum value is 72 millimeters. In doing so, we apply the same criteria as the experts at Computerbild. In addition, the length of our best compact smartphones is limited to 160 millimeters.

But the size alone does not make an excellent tiny smartphone. After all, what good is a compact format if you can’t do what you want with the device? Therefore, performance and equipment were also included in our rating. If you have delicate fingers, you should keep an eye out for those devices that even stay below the magical 70-millimeter mark. Someone with slightly larger hands will certainly have no difficulty using models just above this brand with one hand. And that brings us to our list of the best compact smartphones, the leaders of which are certainly hardly surprising.

1 – iPhone 13 mini

The iPhone 13 mini is a powerhouse in small format. The smallest iPhone is 64.2 millimeters wide, 131.5 millimeters long, and 7.6 millimeters thin. These are the guards against which all compact smartphones currently have to be measured. No cell phone in our leaderboard is smaller. The iPhone 13 mini is incredibly powerful, as it has the same features as the iPhone 13. The iPhone 13 mini is just smaller. A nice side effect for fans of compact smartphones: the 5.4-inch OLED display of the mini is the sharpest in the iPhone 13 series.

2 – Samsung Galaxy S21

Silver in our ranking of the best compact smartphones goes to the world market leader from South Korea. The Samsung Galaxy S21 from the technology giant’s current flagship series scores first-class equipment and top performance. When it comes to camera setup, the Galaxy S21 is even ahead. After all, Samsung uses three lenses. In addition to a wide-angle and an ultra-wide-angle, a telephoto lens is on board. The Koreans are also ahead when it comes to the display, as they rely on a fast 120 Hertz refresh rate. Apple only offers this in the Pro models. The Samsung smartphone has to admit defeat in terms of its compact format. With a width of 71.2 millimeters, a length of 151.7 centimeters, and a height of 7.9 millimeters, it is by no means as handy for delicate fingers as the front-runner iPhone 13 mini.

Also Read: iPhone 13 vs iPhone 13 Mini In Comparison – These Are The Differences

3 – Asus Zenfone 8

A representative from the niche has sneaked onto the podium of our list of the best small smartphones: Asus is genuinely not an unknown name in the technology industry. Among the smartphone manufacturers, the Taiwanese group is small compared to big names like Apple & Samsung. Asus is best known for the designated gaming smartphones of the ROG Phone series. But the company also produces excellent luxury cell phones, as demonstrated once again with the Zenfone 8. The Zenfone is replete with top-notch technology. And they come in a convenient, handy format. The Zenfone 8 measures 148 millimeters in length, is only 68.5 millimeters wide and is 8.9 millimeters thick. This makes it extremely good, especially in tiny hands. The camera equipment prevents the compact Asus smartphone from being positioned even better. No question about it. The Zenfone 8 takes excellent pictures. But the other two make it even better.

4 – Sony Xperia 5 III

The Sony Xperia 5 III owes its handiness above all to its 21: 9 cinema format. The Sony smartphone is particularly narrow despite a 6.1-inch screen diagonal. It measures 68 millimeters wide, is 157 millimeters long, and is 8.2 millimeters thin. With the flagship models, including the Xperia 5 III, the Japanese technology giant shows its wide-ranging expertise: The OLED display is first-class, the audio quality of the stereo speakers is fantastic, and there is also a jack for headphones – a rare feature in the smartphone upper class. And when setting up the camera, Sony primarily thought of those photo enthusiasts who like to break away from automatic modes. With the Xperia 5 III, you can define all the settings yourself like a pro and take precisely the photo you have in mind.

5 – iPhone 13 Pro

Usually, Pro models are pretty bumpy. Not so with Apple: The iPhone 13 Pro delivers high-end performance in a compact format. The iPhone 13 Pro has precisely the exact dimensions as its sister model iPhone 13. It is 146.7 millimeters long, 71.5 millimeters wide, and 7.65 millimeters thin. At Apple, the Pro initially stands for a lot more features. That is why Apple’s Pro model also lands ahead of the iPhone 13 in our list of the best small smartphones. More goes hand in hand with more weight: the iPhone 13 Pro weighs a proud 203 grams, while the sister model weighs in at just 173 grams.

6 – iPhone 13

Even without mini in its name, the iPhone 13 is a small smartphone from the large mobile phone army. Apple’s base model measures 146.7 millimeters in length, 71.5 millimeters in width, and is 7.65 millimeters thin. This means that it is not quite as handy for delicate hands as the iPhone 13 mini, but it is still very compact and suitable for users who want both: a relatively large and magnificent display and a handy format. In terms of performance and features, the iPhone 13 is inferior to the mini model. The iPhone 13 even outperforms its smaller sister model when it comes to battery life: it lasts two and a half hours longer than its predecessor, the iPhone 12. The mini manages one and a half hours more than its predecessor.

7 – Sony Xperia 10 III

The Sony Xperia 10 III is not only a compact smartphone but also a relatively inexpensive one. It has extensive equipment. Like the other Sony smartphones, the Xperia 10 III lies so comfortably in hand primarily because of the 21: 9 cinema format. With a length of 154 millimeters, it is even shorter than its more expensive sister model, the Xperia 5 III. The width of the Xperia x10 III is 68 millimeters. At 6 inches, the OLED display is not only a comfortable size for a small smartphone. The panel can also be convincing in terms of color accuracy, contrast, and sharpness. But the Sony mobile phone with its IP68 protection stands out from the field of mid-range smartphones. The certified protection against the ingress of water and dust can hardly be found in this price range.

8 – iPhone SE

It should be an iPhone in a handy format, but not at the usual iPhone price? Then the hour for the iPhone SE strikes. The design of the cheapest iPhone is reminiscent of the popular iPhone 8. This includes the wide bezels at the top and bottom, as well as the physical home button. The display shrinks to 4.7 inches. Although the iPhone SE is 138.4 millimeters long, 67.3 millimeters wide, and 7.3 millimeters tall than the iPhone 13 mini, its screen is significantly smaller. The entry-level iPhone shines with excellent performance. This is hardly surprising because the A13 Bionic chip works inside the iPhone SE and powers the iPhone 11 Pro. Otherwise, the iPhone SE lags behind the features of the other compact smartphones in our list of the best. It only has to get by with a rear camera and an LC display, and it does not yet transmit over the 5G network. In return, the iPhone SE can at least be charged wirelessly and already supports the WiFi 6 standard.

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CLOUD STORAGE WILL BECOME THE NORM WITH INCREASED SPEEDS

Currently, many businesses and individuals are still not taking advantage of cloud storage and its benefits. Data stored on good old internal hard drives, USB drives, or internal servers remains the norm. Why? Quite simply because the files are often too heavy to be transferred without latency from a remote server to the end-user. In question, the too low speeds offered by 4G and the little usable bandwidth.

Thanks to 5G and the considerable increase in transfer speeds, cloud storage, which presents unparalleled advantages, will become widespread. Where it took several minutes to download a huge video file with a 4G connection, you will be able to access most of your documents stored in the cloud in just a few seconds with 5G. As if these were held in the internet memory of your device. 5G theoretically makes it possible to reach speeds 100 times greater than those of 4G, or the order of 10 Gb / s

5G will, therefore, literally explode the demand for cloud storage. Whether for companies or individuals. As long as you have a reliable and fast connection, it is not conceivable to keep your data on internal storage (or at least keep it on internal storage without cloud backup in parallel). The risk of data loss is too significant in the event of a device failure, loss, or theft. And in addition, mobility access via the cross-device is not possible.

Also Read: How 5G Will Serve Marketing And Customer Experience

THE MOBILE VIDEO GAME INDUSTRY WILL DEMOCRATIZE CLOUD-GAMING

In addition, the video game sector will change considerably with the arrival of 5G. In particular, that of video games on mobile. Currently, if you want to enjoy a game on your smartphone or tablet, you need to download the content first. However, the latter’s weight continues to increase (and much faster than the storage capacity of our mobile devices).

The publishers who will set up cloud gaming will differentiate themselves considerably from the others and have a clear competitive advantage. Indeed, cloud gaming makes it possible to:

• Play any game immediately, without having to download any content first.
• Benefit from a constantly updated game
• and using the resources of a remote server much better than those allowed by our smartphones and tablets.
• Resume on your mobile device, without latency or visual difference, and a game started on your living room console or computer.

In short, you will understand, 5G is likely to revolutionize the video game industry. Sony, for example, has already understood this with the recent introduction of remote playback (the Playstation Remote Play). This feature allows you to stream any PS4 or PS5 game on all existing devices with the use of VPN for example privacyonline (mobile or not).

5G WILL ALLOW ARTIFICIAL INTELLIGENCE TO TAKE OFF

5G will also make it possible to strengthen real-time data processing capacities considerably. Crucial for developing artificial intelligence in mobility, 5G will allow the multiplication of communications between machines (what is called M2M ). And the processing of all this data will not be done 100% of the time locally. Indeed, most of the calculation operations will be carried out in the cloud on remote servers.

Thus, autonomous cars, intelligent urban equipment, etc., will be connected and will exchange a plethora of information thanks to the almost zero latency of 5G.

I think you will understand, and we are at the dawn of a real digital revolution. Some experts even speak of the fourth industrial revolution as the fields of applications are numerous and sometimes even still unknown. So, ready for this (r) evolution? Anyway, it has already started, and we are only at the very beginning!

Also Read: Wi-Fi 6 Or 5G: Which One Is Better?

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definition

LTE stands for Long Term Evolution and thus represents a fourth-generation (4G) cellular standard. Theoretically, transmission rates of up to 300 Mbit / s are possible. At the moment, LTE contracts are still comparatively expensive, but this is likely to change drastically in the coming years.

Advantages of LTE

The advantages of LTE are obvious. The technology offers a significantly higher transmission rate. In addition, the basic concept is based on UMTS, so that upgrading has become particularly easy for numerous mobile phone providers. Accordingly, LTE is already widespread today. You can find out more about this in our article ” What is 3G? “.

LTE is particularly attractive for remote rural regions. Since there is often no DSL connection available there, LTE is an alternative. In terms of bandwidth, this is enormously superior to numerous regular DSL connections.

Disadvantages of LTE

Despite all its advantages, LTE also has significant disadvantages. The expansion is making excellent progress, but the supply is still not completely guaranteed. Anyone who hoped for LTE as an alternative to DSL connection may be disappointed.

To make matters worse, the very high prices for LTE packages so far. The providers can pay for the purchase and the expansion of the network with good money. The offers are not overpriced. But when it comes to price-performance ratio, LTE cannot keep up with a regular DSL connection.

It is precisely the traffic limitation that is frequently encountered that causes the most problems. Usually, only a few gigabytes can be transferred before the speed of the LTE connection is significantly reduced. for Best VPN services you can opt for privatnostonline.

How good is the LTE coverage?

In around 12 federal states, 90 percent of the areas with so-called broadband gaps, i.e. without high-speed Internet, should already be supplied with LTE. In the course of the expansion, LTE is also slowly finding its way into the suburbs of large cities and city centers themselves.

The post LTE – What is It and Advantages & Disadvantages appeared first on TechReviewsCorner.

THE OPPORTUNITIES OF 5G FOR MARKETING

The management, marketing, and digital communication advisor also emphasizes that thanks to the data obtained instantly on mobile activity, marketers will obtain key elements. In particular to create hyper-targeted advertising experiences in real-time, taking into account individual preferences and the context.

High-speed processing will also allow for creative and entertaining interactions, which will help brands differentiate themselves from the competition.

THE IMPACTS AND BENEFITS OF 5G ON DIGITAL MARKETING

Thanks to 5G, advertising formats will be more interactive, especially those in high resolution. Virtual reality and 4K video will develop.

We are also moving towards more collaborative marketing campaigns, thanks to social conversation platforms. They will be done in real-time, in a customized way, by adapting the messages to the expectations of their targets, thanks to future IoT networks powered by 5G. Brands will thus be able to refine their campaigns by taking into account, for example, the emotional experience, the customization of the customer journey, using brand stories, or games in the form of augmented reality. They will be able to develop customer loyalty and their feeling of proximity.

Also Read: 5G: Benefits And Applications Of 5G

BETTER ONLINE CUSTOMER EXPERIENCE

In addition, the instantaneous data transmission will be able to bridge the gap between online communication and offline communication. On the advice of marketing experts, retail brands will also be able to deliver personalized messages in their stores via mobile payment systems or ensure that campaigns deployed across multiple channels remain connected and relevant.

The post How 5G Will Serve Marketing And Customer Experience appeared first on TechReviewsCorner.

What started out as a credit-card-sized phone card has become increasingly compact over the years. The SIM card as an enabler of mobile telecommunications has long shrunk to nano format and thus to the dimensions of the actual communication chip. Has the concept of the plug-in solution been used up? The eSIM, a component built into the device, is becoming more and more popular and offers some advantages in terms of product design but also security.

In the consumer market, smartphone manufacturers were pioneers in the introduction of the eSIM. An external SIM card can no longer be inserted in the iPhone Xs and Apple Watch 3 and 4. The Samsung Galaxy S20 and Google Pixel also no longer have a classic SIM card. Instead, the functionality has migrated to the eSIM, a component that is firmly soldered to the circuit board.

The eSIM is becoming increasingly important in the B2B environment

But the eSIM is also becoming increasingly important in the professional environment, i.e. when developing intelligent devices for the Internet of Things. Technically speaking, an eSIM works just like a conventional SIM card. However, since it is vacuum-sealed and soldered directly to the board, it gives the device more resistant to environmental influences. This makes them ideal for use in an industrial environment or wherever reliability and durability are important.
Safer and more reliable
In terms of security, a soldered eSIM has the very banal advantage that the SIM card can no longer be replaced. For example, by replacing the SIM card, devices can no longer be physically hacked so easily and the data can be tapped illegally.

Another aspect of security is robustness. Smartphone users know the problem: Over the years it happens that the cell phone suddenly reports a missing SIM card even though it is inserted. Through daily use and a fall or two, the card slot or SIM card has suffered even the slightest damage. The card is no longer so firmly seated in the slot and if the contact breaks, communication is also prevented.

Also Read: Paypal – Reasons Why It Is Still So Popular All Around The World

eSIM makes IoT devices more resilient

In a professional environment, for example, wherever communication sensors are mounted on machines, containers, or other objects that are always in motion or vibrate, the eSIM brings additional robustness to the entire system. For example, with a level sensor for waste containers: strong vibrations and shocks occur when the containers are emptied. These are also transferred to an installed sensor. An inserted SIM card could come loose here. However, the eSIM is not.

Also Read: What Is A Play Store

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