5G Tech

Corona Virus Precautions with 5G and IoT

Okunma Süresi: 7 Dakika Yazar: Sertaç Şamioğlu Güncelleme: January 16, 2021 17:34Leave a Comment Filed Under: 5G Tech Tagged With: coronavirus, coronavirusturkey, covid-19, Frost & Sullivan

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The Corona Virus (Coronavirus COVID-19), which shook the world, caused the death of thousands of people, brought life to a standstill in some countries and caused many locomotive sectors, especially tourism, to be disrupted. Internet of Things (IoT) technologies; Can it prevent outbreaks such as Corona Virus (Coronavirus COVID-19)? What are the benefits?

Sorry before trying to answer these questions, the Corona Virus (Coronavirus COVID-19) CORONAVIRUS RESOURCE CENTER shared the current situation below.

Corona Virus (Coronavirus COVID-19) Effects

Samsung closed its factory in South Korea but re-opened it after a while. The parts of the employees affected by the virus were quarantined and opened for duty after a while, and production disruptions occurred during this period. This situation continues to threaten many companies such as Ericsson, Apple and Nokia.

Facebook; canceled the annual F8 conference due to the corona virus, but announced that it would be able to hold its conference via live broadcast.

Microsoft announced that it could not meet quarterly sales targets due to Corona virus.

Application downloads in China have increased rapidly as a result of the corona virus outbreak. The Financial Times reported that more than 222 million downloads have been made in China through Apple’s online store as of February 2nd.

Corona Virus Fight Against Decisions Turkey

In our country, schools have been a 3-week holiday and many companies have started the process of working from home.

Companies that switch to work from home;

Akçansa, Amazon, Boyner, BTCturk, Citibank, Çelik Motor, Daikin, Defacto, Dell Tech, Deloitte, Diamond Fre., Enerjisa Production, Google, Haribo, Hyundai, IBTech, Ing Bank, Iskur, Innova Bilişim, Ipsos, KPMG, LC Waikiki, Mckinsey, Multinet, Pronet, PWC, QNB Finansbank, RBV Logistics, Scotty, Siemens Bosch, Sigortam.net, Trendyol, Turkcell, Turk Telekom, Unilever, Vodafone, Yapı Kredi

Some health institutions have also decided to withdraw their staff from the field for a while. Companies that took the decision;

Abbvie Tıbbi İlaçlar San. ve Tic. Ltd. Şti.
Alexion İlaç Ticaret Ltd. Şti.
Allergan İlaçları Ticaret A.Ş.
Amgen İlaç Ticaret Ltd. Şti.
Astellas Pharma İlaç Tic. San. A.Ş.
AstraZeneca İlaç Sanayi ve Tic. Ltd. Şti.
B.Braun Medikal Dış Ticaret A.Ş.
Bausch+Lomb Sağlık Optik Ürünleri Tic. A.Ş.
Bayer Türk Kimya San. Ltd. Şti.
Boehringer Ingelheim İlaç Ticaret A.Ş.
Bristol-Myers Squibb İlaçları Inc. İstanbul Şubesi
Chiesi İlaç Ticaret A.Ş.
CSL Behring Biotherapies for Life
Daiichi Sankyo İlaç Ticaret Ltd. Şti.
Ferring İlaç San. ve Tic. Ltd. Şti.
Gen İlaç ve Sağlık Ürünleri A.Ş.
Gilead Sciences İlaç Tic. Ltd. Şti.
Glaxosmithkline İlaçları San. ve Tic. A.Ş.
Glaxosmithkline Tüketici Sağlığı
İbrahim Etem – Menarini İlaç San. Türk A.Ş.
Johnson&Johnson Sıhhi Malzeme Sanayi ve Ticaret Ltd. Şti.
Lilly İlaç Tic. Ltd. Şti.
Lundbeck İlaç Ticaret Ltd. Şti.
Merck İlaç Ecza ve Kimya Tic. A.Ş.
Merck Sharp Dohme İlaçları Ltd. Şti.
Nestle Türkiye Gıda San. A.Ş.
Novartis Sağlık, Gıda ve Tarım Ürünleri San. ve Tic. A.Ş.
Novo Nordisk Sağlık Ürünleri Tic. Ltd. Şti.
Pfizer İlaçları Ltd. Şti.
Roche Müstahzarları Sanayi A.Ş.
Sanofi Sağlık Ürünleri Ltd. Şti.
Servier İlaç ve Araştırma A.Ş.
Shire İlaç Ltd. Şti.
Takeda İlaçları Tic. Ltd. Şti.
U.C.B. Pharma A.Ş.

How Can Internet of Things Help Combat Corona Virus?

Internet of Things Value proposition in which IoT technologies are fundamentally strong; We can summarize the data received from real-time sensors to the central platforms. In this sense, it would not be contradictory to think that internet technologies of objects will detect and prevent outbreaks like COVID-19.

In his article in the Pravinraj Panicker medium, he mentions that IoT Technologies can detect environments in which the Corona Virus lives and spreads. Article; “It can be a simple thing to detect an environment that can be very favorable for the development of such a virus.

The new Corona Virus has been found to develop at lower temperatures and low humidity environments. Therefore, if environmental conditions in a public place are monitored by IoT sensors, such as those described in this article, IoT sensors / solutions can be programmed and trigger the alarm or automatically change the air conditioning parameters to detect such dangerous zones in the work environment. ” continues as.

At the same time, it is mentioned in the article that the causes of diseases such as corona virus can be detected with Bio-IoT sensors as a future prediction. Alcohol detection devices used in places such as airports will be able to detect infectious diseases such as corona, sars, etc. in the future.

Frost & Sullivan IoT Can Be Key Technology For Stopping Corona Virus

Frost & Sullivan IoT Can Be Key Technology in Corona Virus Prevention
Interview with Pierre Bourque’s Blockchain Radio, Frost & Sullivan IoT Global Research Director Dilip Sarangan; IoT can help by providing an early warning system to prevent the spread of infectious diseases. The fact that any passengers coming from domestic and international airports have a scanner can be of great benefit in terms of determining if passengers have high temperatures or symptoms.

Over the past few years, there has been a lot of pressure to move IoT’s data analysis capabilities from the cloud to the end devices (on the devices themselves). This real-time knowledge and intelligence can detect infected people very quickly to avoid quarantine and spread the coronavirus.

Sarage that; It will be able to detect and prevent environments where viruses come to life with the wide range of sensor networks created by companies, cities and countries.

The first step in detecting and preventing viruses is the development of Bio-IoT sensors. In addition, China can find people with extensive video surveillance solutions, so that with the support of image processing and artificial intelligence technologies, it can find people with anomaly symptoms, track them, and perform their studies to isolate and isolate their domains with absolute accuracy.

Movements and body temperatures of people who have been in contact with Corona Virus can be detected by cameras and thermal sensors in crowded environments such as airports, public transportation vehicles. These data will be processed with data analytics and artificial intelligence owned by the platforms. This can give precise results for early warning and domain detection for management centers.

What Can 5G Do In The Fight Against Corona Virus?

In the fight against Corona Virus, 5G technologies will be of key importance in the continuation of sectoral workflows in preventing the spread of the disease.

When 5G features and scenarios are examined, we will see that 5G supports broadband data transmission with low data delay and too many sensors in small areas.

5G – Distance Education

Thanks to the high speed it provides, 5G can transmit course contents to the servers of educational institutions to a large number of students connected at the same time, gathering students together in a virtual classroom, enabling interactive questions to be asked and answered. Distance education applications will enrich technologies such as AR / VR with 5G. This will ensure that students’ learning and development processes are not interrupted.

5G – Remote Business Meetings

Many companies in the world and in our country have stopped their office work in order to protect the health of their employees and eliminate their concerns, and suggested that their employees continue their business with a remote connection. This will put stress infrastructure, VPN infrastructure and capacity, etc. into stress test, with thousands of employees trying to access remote points over the same connection at the same time.

With the effects of Corona Virus (Coronavirus COVID-19), remote business meetings accelerated the digital transformation and mobile working processes of companies.

The use of remote connection business applications such as WeChat Work, Microsoft Teams, Cisco WebEx or Alibaba’s DingTalk has increased by 13% since the detection of the virus. However, if the effect of the virus continues, it is estimated that the increase will double the predictions.

The interaction of ecosystem-based objects with the proliferation of internet-based solutions and data that seem to be independent from each other will provide opportunities to prevent such crises.

What Will 5G Change?

Okunma Süresi: 7 Dakika Yazar: Ahmet Duran Güncelleme: November 21, 2020 21:20Leave a Comment Filed Under: 5G Tech Tagged With: benefits of 5g, What does 5g do

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What will 5G change in our lives? How will 5G Provide a More Liveable World?

There’s a lot to say about 5G, of course.As I read t-mobile for business’s article in Forbes, I would like to talk about the benefits and solutions that 5G will bring to city and community life; rather than innovations in our individual use. While reading the article, your mia fora thymamaidinleme in the background will double the taste you get from the article.

With the introduction of 5G networks and Internet of Things (IoT) technologies; into our lives, more livable, sustainable and environmentally friendly solutions will quickly begin to take their place in our daily lives in the very near future.

In the article, Carnegie Mellon University’s Institute for Smart Cities; Metro21: (Metro21 Smart Cities Institute) focuses on five main issues to find resulsible solutions to the problems we live in and the problems of urban life. These are listed as carbon emissions, air and water quality, conservation of natural resources such as water and soil, energy efficiency, and a more participatory society. Let’s briefly talk about how progress is being made on each topic and planning solutions:

What 5G Will Change In Our Lives; Reducing Carbon Emissions

One of the most important causes of carbon emissions; As we all experience every day in Istanbul, motor vehicles in cities and the heavy traffic generated by these vehicles. Many telecom operators, technology companies, local governments and initiatives (start-ups); are trying to develop and implement intelligent solutions in the case of traffic. As a matter of fact, huawei, the world’s largest provider of telecommunications technologies; In Shenzhen, China, trafficgo smart traffic system has been implemented with the support of the country’s three major telecom operators and, of course, shenzhen local governments. The system basically enables the creation of a Digital Twin and the support of Artificial Intelligence to automatically manage, route, and predict the city’s traffic in real time on the digital twin. (see Intelligent Traffic Management System Drives Collaboration for Shenzhen Traffic Police)

The most critical point of reducing carbon emissions by autonomously managing traffic; to be able to control the camera, sensor, radar and signalling in real time to make the necessary directions towards the flow of traffic and in a timely way to varying road and traffic conditions. Metro21’s surtrac solution seems to have been a great success in this regard. (see Surtrac for the People: Upgrading the Surtrac Pittsburgh Deployment to Incorporate Pedestrian Friendly Extensions and Remote Monitoring Advances). The solution implemented in Pittsburgh, USA; it has managed to reduce carbon emissions by up to 20%, with vehicles spending less time on stop-and-go and less time in traffic.

Protecting Water Resources and Managing Consumption

When we say “Intelligent Water Management”; we should not think of just monitoring the city water distribution network, managing dams or converting rainwater into drinking water. In fact, intelligent water management should be considered as a complex system that manages all end-to-end processes from the source of water to the tap at home; from the amount of water needed by plants to the monitoring, forecasting and optimizing of water consumption, taking into account all the parameters of the sun and weather conditions affecting water consumption, water usage and consumption of daily life.

Its most important role in water management and the protection of water resources; accurate and complete measurement of water consumption and how to take actions against all variables; that cause water consumption and implementation of these actions in real time plays out. The best example of this is; We can give you the smart water management project in Zaragoza, Spain: although the city’s population has increased by 12%, water consumption has been reduced by 27%.

Food Waste Prevention

With so much hunger in the world, people who lack so much basic food; Unfortunately, it is a painful fact that 1 out of every 3 food products produced in the world goes to the trash. Technology is so advanced; With the world so advanced and communication accelerating so much, it’s still unthi-minded how it can be so wasted.Especially when more than 40% of the vegetables and fruits produced go to the trash?It’s not just about food being wasted; water, electricity, fertilizer and manpower spent on cultivating these products along with the products that go to waste are going to waste. In Turkey, for example, 5 million breads go to the garbage every day. When you think of children in Africa; who can’t find food, the insensitivity and lack of planning in food waste really hurts their consciences.

As with water and carbon emissions, a wholeer approach to preventing food waste; critical to an effective outcome. The approach is not only to “manage the consumption of produced food”; but to start planning in the planting phase and to manage the entire life cycle of food, all processes from production to consumption.

I hope that thanks to 5G, artificial intelligence and the internet of things; we will be instantly observing and managing the amount of food produced and consumed around the world and preventing waste, hunger and poverty by providing shipments from food surplus to needed areas.

Energy Consumption Optimization and Energy Efficiency

Smart buildings are becoming increasingly common. The concept of “Smart Building”, “Smart House” is not limited to remote contraceptives of devices in the building or in your home, of course. One of the most important factors is ensuring the efficiency of energy consumption of homes, buildings and facilities.

For energy efficiency, it’s essential that we can keep track of what’s going on in buildings in real time. To do this, data must be collected with super low latency. That’s where 5G networks come in. Thanks to the very high speed and low latency data transfer provided by 5G; depending on the condition of the buildings, it becomes possible to make and implement decisions very quickly and autonomously.

Another energy saving application is the management of street lights with sensors. In current applications, energy efficiency is done with time-adjusted sensors, but unfortunately this is not enough.

Smart street lamps can be equipped with light-feeling devices and can be made super efficiently workable; for example in foggy or rainy weather, in bright evenings, by autonomously determining the amount of lighting required by artificial intelligence support.

Thus, while city governments will save electricity bills; the satisfaction level and quality of life of the city’s residents will be enhanced. More importantly, the positive impact of the savings from this on the protection of energy and natural resources.

Encouraging Individuals to Be More Participatory

In addition to 5g, IoT, sensors and all the technologies mentioned above; the most important component is, of course, human intelligence (HUMAN Intelligence, HI). Thanks to the technologies that will come to life in the near future together with 5G; ordinary individuals will not only benefit from a more livable world, but will also be able to directly contribute to the realization of a more sustainable world.

By helping to collect data and provide feedback, both from apps on their smartphones, wearable smart devices on them, as well as sensors and devices spread throughout the city, they will be able to take an active role in the creation of cleaner, smarter, more organized, more energy-efficient living space.

As a summary of what will 5G change in our lives; Soon we will be seeing and using 5G in every corner of the cities we live in, every moment of our daily lives. Cities will become smart with 5G and “Smart Cities” will be the best playground for 5G. Artificial Intelligence and sensors will also be at the core of a more livable world. But no matter what happens, we can only achieve all these conveniences of technology through Human Intelligence and Human Sense.

Source: This is the article the author shared on Medium.

5G Applications: Energy Sector

Okunma Süresi: 8 Dakika Yazar: Gokhan Yanmaz Güncelleme: November 23, 2020 18:28Leave a Comment Filed Under: 5G Tech

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Energy Solutions in 5G! Access to information is the key to your future!

“I want to, now now!”; in fact, this short sentence allows us, i.e. from the ordinary consumer, to the end user as much as it means to all of us. Not so much, cell phone 25 years ago, while the internet and computer know and use a restricted environment, today We can’t do it without them. Institutions and companies have had their share of this. is in a state of Telegraf, which began in the late 18th century, was built in the late 19th century. Century With Fax starting in the middle, today’s working life is unthinkable, but in the 20th century, the 20th century was the beginning of the year. Towards the end of the century, the Internet, Mobile Communications, Data Communication, Speed and more many concepts entered into our daily work and private lives.

Mobile in Turkey less than 25 years after the start of communication, “we are social” digital 76.3 Million mobile contracts as of 2019, 56.3 Million Internet users, 52 Million active social media users and 44 million of them are social media users on mobile devices in the 1980s In 2016, these values were 47 million (5.5%) for our 79 million inhabitants. annual increase) people are connected via Internet user and mobile device Our number of social media users was 36 million (annual increase of over 6%).

While mobile technologies are used in all areas of life in many countries of the world, Turkey is rapidly closing the gap and taking advantage of not doing some wrong. Some examples of applications that have not yet come to Turkey; The most advanced example of integrated service delivery TV, Internet, Communication, energy, water, security.b, etc. for home users is “AT&T Digital Life” in the United States and different services are offered in different packages. Today, mobile operators and landline operators provide us with similar applications, but public service coverage seems to be in its early stages or never started.

Resulting Needless to say, the information opens a new revenue gate!

The world of energy and communication

Both sectors in the past years, they have experienced a change and transformation in themselves. Communication the “change” itself, which is seen as the constant of the world, is considered natural energy, while also expressing that we are still going through the initial steps Is. So, what are the similarities and differences?

Communication is almost completely wireless today. Wireless phones that we connect to landlines at home, from simple types of mobile phones at hand to smartphones, then from landline internet to mobile internet were seen. Today, 2G to 5G has been reached, discussed and field trials are spreading rapidly in mobile communication that reaches from anywhere to access the internet. Public services also benefit from this all over the world.

In the world of electrical energy, one-way service and information flow has become two-way in a 100-year-old electrical system. With many software, the old-type network is monitored and tried to be understood. In other words, trying to “rationalized”. Today, as well as increasing renewable energy sources, smart devices (meters, sensors, thermostat.b s, etc.), monitoring and imaging solutions, Control Centers are now fully digitized. With many unalkable data, better decision-making opportunities are offered and faster and more accurate decision-making is achieved in the face of facts.

As a natural consequence of digitization, the capacity to be used in communication, i.e. the bandwidth to be transmitted, also affects. As the devices evolve, they provide more information, and operators are forced to analyze more information. Communication is tried to solve this phenomenon by moving it from wired or wireless 2G to 5G (2G also has a speed of 0.1 Mbps, while 5G reaches 10 Gbps), using smart devices. A similar phenomenon seems inevitable to occur in electricity and other energy services and transformation projects are designed.

What is this 5G?

While we just met “improved 4G (LTE advanced)” in April 2016, there must be some who say where 5G came from. As of “LTE advanced” or 4.5 G days in Turkey, it is the most advanced communication system. Advertised with the impression of continuous video in HD quality, reaching speeds of 250 Mbps and above, 4.5 G is 10 times faster and more than the 3 G that has been used in capacity and provides capacity possibilities.

What about 5G? Capacity close to 10 Gbps, i.e. at least 4.5 G It can give 30 – 40 times more. Guarantee the quality of service “network slices” to get to the bottom of the is available. Technology is being tried in many countries and help shaped is taken. 4 G and 4.5 G are supported by newer smartphones, public use of modems, router devices, etc.b. devices, is more new is emerging. Commercial reach of 5 G and the supply of devices will be in the 2020s. Field trials aren’t started in many countries (3 mobile operator trials in Turkey in 2019 Istanbul, Ankara and Izmir).

Energy Solutions in 5G – Energy Solutions and 5G

Energy is also increasing significantly today with the amount of data requested from the field. While household users are only asked for load profile and index information once a month until yesterday, 15 minutes of sampling data to understand usage habits can be counted, information such as understanding and installing appropriate consumption tariffs for the user, two-way communication in prepaitable condition, on-off or understanding of loss and leaks, real.b-time monitoring of critical devices from transformers and stations, and making sense of the data sent by sensors, etc.

The “simple counter” of the past era is a management tool for intelligent service. In some countries, the voltage value at the counter end is read and used at the lower limit of the voltage value, thus extending the material life. The voltage adjustment is made by transmitting the relevant values of the meter to the capacitor banks through the communication infrastructure.

The graphical representation given in Figure 1 hints at what is expected and what to prepare for. The amount of data, the number of devices to be taken data, the number of data to be evaluated and the number of data that needs to be examined to prevent interruptions and failures are at least doubled every two years.

Energy Solutions in 5G

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What's 5g — Innovations in 5G and Industrial Solutions

Figure 1: Energy intelligent asset and deployment solutions available in applications

The diss dispersed structures in renewable energy sources also radically change the traditional communication infrastructure. The necessity of providing communication every time it is needed, every failure or problem, is led to new searches in place of communication infrastructures that provide limited or incomplete solutions today.

What should be looked at?

Very short and summary topics that need to be looked at:

Bandwidth: 1 kbps per device or user is predicted
End-to-end latency: Must be under 1 second from control center to end devices
Packet loss: it doesn’t matter much after six end-to-end seconds
Availability: Must be 99% or higher (deductions are 90 hours / 4 days per year max.)
Error recovery time must be under 1 second

Above expectations are provided however with fiber optic infrastructure or 5G.

Why do we start talking about 5 G’s today? Energy Solutions in 5G

In many field implementations, government and regulators take special measures for services that remain within the scope of public service and appeal to a wide range of consumers. In some countries, public service institutions are provided with the right to establish their own communication solutions, while in some countries they are guaranteed services by special regulations and the right to independent service continuity.

Certain service level agreements (SLA) are offered and guaranteed for data communication required by public service providers. Coverage issues are concluded by public service providers in their own way.

Similar application must be guaranteed or allowed by pre-5G regulations. Public service institutions, for example, although the energy sector is run by the private sector today, are actually conducting operations on behalf of TEDAS, and the result is TEDAS, which is the main owner of the infrastructure. Before 5G arrives, it will be in the best interest of all of us in terms of public service to reserve certain frequency ranges to ensure the safety of the supply of services free of money to TEDAS and similar institutions.

Within the scope of the ongoing “Turkey Smart Grid Roadmap 2023” works throughout Turkey, 5G and related service infrastructure, including design, should be offered the right to benefit from advanced technologies. Otherwise, public service providers will be directed to alternative solutions, as is the case today, some will be directed to dormant solutions that are desed to the old, while others will be left within the scope of the service of alternative operators as they are done today.

References:

“Digital 2019 / Turkey”, 2019 user statistics
www.att.com/digital-life/
The voice for 5G in the Americas

Generation-to-Generation Mobile Communications

Okunma Süresi: 3 Dakika Yazar: Sertaç Şamioğlu Güncelleme: November 28, 2020 12:37Leave a Comment Filed Under: 5G Tech

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To better understand for mobile communication of 5G, if we turkishize 5. Perhaps the first step in better understanding the next generation of mobile communication technology is to take a brief look at mobile communication generations, namely G (Generation).

1G (First Generation- First Generation) Mobile Communication

1G mobile communication is also known as AMPS (Advanced Mobile Radio System). It is a mobile communication technology for providing analog audio communication over radio frequency with relatively large mobile phones. It was first used in North America in the early 1980s, but its extensive use was seen in the 1990s. Data rate recorded: 14.4 kbps (kilobits per second)

2G (Second Generation) Mobile Communications

Digital cellular mobile communication based on; time-split multi-access (TDMA- time division multiple access) technology based on 2G GSM (Global System for Mobile Communication). Digital audio and digital data transfer was possible with 2G. It was widely used in the late 1990s and early 2000s.

There were generations switched between 2G and 3G. The 2.5G and 2.75G generations were bridges between 2G and 3G.

2.5G GPRS (Generalized Packet Radio Service) ;which allows GSM data packets to be transmitted via a wireless interface in a row. Internet and data rate at 2.5G saw 40 Kbps.
2.75G EDGE (Enhanced Data Rates for GSM Evolution) technology made data speeds as high as 500 Kbps possible.

3G (Third Generation- Third Generation) Mobile Communication

With 3G mobile communication, internet-based applications such as web browsers, multimedia and navigation have started to come into our lives. 3G had CDMA (Code Division Multiple Access) technology, allowing multiple users access to the same channel. While 3G technology had an average data rate of 500-700 Kbps, we could instantly see speeds of 3 Mbps (Megabits per second). With 3G, we’ve translated the description of data speeds from K to M. 3G is also known as the IMT-2000 (ITU 2019).

3.5G This intermediate communication technology gained HSPA (High-Speed Packet Access) technology, making it a stepping stone to higher speeds, showing that average speeds can be 1-3 Mbps and instant speeds can be 14.4 Mbps.

4G (Fourth Generation) Mobile Communications

Developed on the basis of 4G, 3rd Generation Partnership Project (3GPP) and ITU (2018a) standards, LTE (Long Term Evolution) and LTE Advanced (LTE – A) have added communication technology to our lives. LTE standards have increaseded internet service quality with higher speed and lower latency based on OFDMA (Orthogonal Frequency Division Multiple Access). With 4G communication, it allows for data speeds of an average of 3-5 Mbps and instantaneous 100-300 Mbps.

4.5G or LTE Advanced Pro is also developed in accordance with 3GPP’s Release g13 (3GPP 2015) and Release 14 (3GPP 2014) standards. 4.5G uses Massive MIMO (Multiple Input Multiple Output) technology that will come into our lives with 5G and allows instant speeds of 3Gbps.

With 4.5G, data transmission speeds have been switched from M to G.

5G (Fifth Generation) Mobile Communications

You can access the definition, applications, business models and many more content in the 5G category of our 5G related site. Therefore, I would like to say that there is communication technology here that will change our era, without mentioning it too much.

Our country’s operators have also started their work in the field of 5G and the results are promising.

GSMA

5G Strategies

Okunma Süresi: 4 Dakika Yazar: Sertaç Şamioğlu Güncelleme: November 29, 2020 20:33Leave a Comment Filed Under: 5G Tech Tagged With: 5g strategies, 5g war, china

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5G technologies are becoming popular worldwide and are now among the business development strategies of countries, telecom operators and different industry giants.

What are the reasons behind 5G investments? What are the ways to win a customer in 5G? What are the strategies followed by companies and countries in the 5G race?

In this article, we will examine 5G Strategies in general. We will gather these strategies in 5 main groups as national strategy, Brand Strategy, Expense Efficiency Strategy, Talent Acquisition Strategy, New Revenue Strategies.

Five Leading Strategies for 5G

1- National Strategy

Which countries come to mind when you say 5G? If China, America and South Korea are coming, the reason you can think of them is because these countries have identified 5G as a national strategy. We also see that 5G is often mentioned when looking at European Union action plans.

Thanks to the fact that America and China have now undertrated technology leadership and the fierce struggle with each other in this race, R&D investments in future-oriented innovative technologies are of significant value in these countries. For example, investments in VR around the world are described as $35 Billion; China announced a $35 Billion investment in VR technologies as a national strategy.

South Korea; the country where the main creators of telephone and television are located. But it’s no coincidence that the steps taken for 5G and they are at the fore front worldwide. South Korea has managed to get its share of this sector by making a significant entrance into the telecom sector with 5G. See 5G; Samsung!

2- Brand Strategy

More than one telecom operator is available in almost every country, and due to the nature of the industry, some telecom operators have the most market share, while others lag behind the market. Considering that the rules of the game will be re-written with 5G, leading operators are accelerating 5G investment battles so as not to fall behind and the remaining operators to move one step further.

LG U+ attracts attention among telecom operators investing in 5G with Brand Strategy. We had more information about LG U+ in our 5G article with changing Business Models.

3- Expense Efficiency Strategy

According to GSMA reports, annual data consumption increases exponentially each year with an average growth of 45%. With this increase, it is predicted that data traffic will be 10 times that of the current one within 5 years.

Considering that there are no 5G investments and the telecom operator continues to provide telecom service with 4G or 4.5G in our country, being able to meet the increased data consumption will mean increased expense. When calculating this, staying at the current 4.5G is more expensive than 5G investments in 5-year planning. If we summarize the Expense Efficiency strategy; We can give examples of OPTUS, EE, China Unicom to telecom operators aiming to reduce the cost per bit.

4- Talent Acquisition Strategy

I think I need to briefly explain what I mean by talent acquisition strategy. We all know that there will be situations where existing communication technologies are insufficient for future production and operational technologies. In this case, telecom operators who do not want to lose their place in the business model are focused on the communication technology that will be used for future-oriented technologies, i.e. 5G investments. For example, V2X technologies, IIoT (Industrial Internet of Things or Industrial 4.0), etc.

Among telecom operators investing in 5G through the Talent Acquisition Strategy; T-Mobile and Vodafone are located.

5-New Revenue Strategy

While it is a bit difficult to distinguish between the new revenue strategy and the talent acquisition strategy, what I want to say with the new revenue strategy is that telecom operators make 5G investments based on promising business scenarios…

Future telecom operators in business scenarios such as drones, the Internet of Things, the dissemination of cloud-based software are investing in communication technologies that will bring these 5G-based business scenarios to life and/or accelerate them. An example of this is Swisscom and SK Telecom.

With the 5G strategies mentioned above, I tried to round up all 5G investments into general titles. Telecom operators continue to invest in 5G with one, several or all of their aforemented strategies.

In a nutshell about 5G Strategies, I can say this; Whether it comes into our lives as a natural evolution of 4G, create new revenue fields, or just come across as brand ads, we will soon witness that 5G has more space in our lives in the coming years.

5G with Changing Business Models

Okunma Süresi: 3 Dakika Yazar: Sertaç Şamioğlu Güncelleme: December 1, 2020 11:43Leave a Comment Filed Under: 5G Tech Tagged With: 5G BUsiness models

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While there are many different perspectives on 5G Mobile technology, everyone’s common opinion is; If business models do not change, it is very difficult to take advantage of 5G (make a profit). 5G Business Model; The prevailing idea reduces telecom operators’ appetite for investment in 5G technologies.

According to the GSMA Intelligence report; Between 2012 and 2018, telecom revenue from 1.5% to 1.2% between 2019 and 2025. This makes telecom operators undecided on the prioritization of 4G existing investments and 5G investments. However, the same report also claims that 5G investments will be $100 Billion worldwide in the first seven years.

4G and 5G investments, revenues, telecom operators mobile technology investment comparison
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5g turkey when — Investments of Telecom Operators in 4G and 5G Field

They can be said in accordance with my interviews and reports with Telecom Operators;

5G is more advantageous in the long term than 4G
It will be the natural evolution of the 5G mobile network as it will reach 4G even if annual data consumption continues at the same speed.
The first investments will start in urbanization-intensive areas and then move to rural areas depending on the return of investment.

World 5G Developments

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5g turkey when — 5G Developments around the world- 2019

5G Frequency Investments by Country

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frequency investments by country — 5G Investments by Country

To date, 147 Telecom operators have experimented with 328 in the 5G field. South Korea is the technological leader in the 5G field.

5G Business Model Analysis

Verizon, USA

On April 4, 2019, Verizon announced a 5G network in Chicago and Minneapolis. What’s most resonating about this announcement is that it allows you to switch to an additional ‘5G Premium’ tariff on your current tariff. By a margin of 10 USD, the unlimited 5G tariff has been made available.

The tariff will be able to provide subscribers with motorola’s Z3 smartphone with a 5G experience up to 1 Gbps, but this one needs an additional $50 (5G Moto Mod). On the other hand, even if this tariff is switched, subscribers often fall to 4G due to limited 5G coverage.

Here’s what I want to point out. Having made a speed-based pricing!

Verizon with speed-based tariff options; With its active 5G experience, it aims to understand subscriber demand and response and test its market spread strategies.

SKT, KT, LG U+, South Korea

SKT, KT, LG U+ verizon briefly touted 5G tariffs, and after a while began to provide 5G services to certain industries via mobile routers. South Korean subscribers can benefit from Samsung’s Galaxy S10 5G and 5G service.

SKT offers the 5G 8GB package at $49 per month and the 5G 300GB package at $110 with discount or unlimited data usage options until the end of the 2019 2nd quarter.

KT prefers the 5GB package to its subscribers at $70 per month and up to $100GB for $116; KT Telekom 350 Media Services presents e-Sports and Music content to subscribers who use the tariff…

Lg U+ packs up to 9GB for $49 and $84 for up to 250GB, but the tariff is time-constrained, bringing vr device and Youtube Premium membership as a gift.

4G/5G price comparison per GB for basic data discounts in South Korea

Price per 4G GB
Price per 5G GB
5G packages
5G tariffs — South Korea Packs 5G Per GB

My conclusion from the 5G race between South Korea and america is that we’re not going to be able to do anything about it. Telecom operators’ strategies offer subscribers super speed as a 5G experience, and with limited GB packages, they test subscribers’ payment tendencies to keep access to these speeds constant.

Samsung 5G

Okunma Süresi: 4 Dakika Yazar: Sertaç Şamioğlu Güncelleme: December 1, 2020 14:28Leave a Comment Filed Under: 5G Tech Tagged With: samsung 5g

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Samsung, one of South Korea’s world giant technology companies; 5G began its work in 2011. When we came to these days, he found himself among the leading companies in the telecommunications sector with both market share and collaborations in 5G technologies.

Samsung 5G History and Achievements

2013

May 2013; Millimeter wave Ka band developed the world’s first adaptive array transceiver technology operating in cellular communication. With this technological development, 5G Mobile communication has become 7 times faster than 4G Mobile communication.

June 2015; Samsung korea telecom operators lg U+ 5G technologies in the name of development and improvement of the partnership signed. This partnership was the most important factor in setting 5G standards and for Korea to be the leading country in the field of 5G at the moment.

November 2015; Samsung has signed a goodwill agreement (MoU) with Japanese telecommunications giant KDDI in focus on the development and improvement of 5G Technologies.

2016

February 2016; At MWC 2016 with Deutche Telekom, he presented the world’s first end-to-end 5G demo to the participants. During the live demo, Samsung; 60 GHz mmWave introduces small cell solutions and hand terminals. With Samsung 60 Ghz wireless access technology, the 4K UHD video content U-MBB (Ultra High Mobile Broadband) service transmits data without any delay.

June 2016; 5G announced that antennas and power amps have begun improvements to make them smaller, more efficient. The new technologies are intended to apply to both 5G base stations and end-user devices that use the 28 GHz mmWave spectrum.

July 2016; Samsung America’s office joined as a board member of the Advanced Wireless Research Initiative, which is aiming to accelerate 5G technologies led by the White House.

September 2016; Samsung of America; signed a partnership with T-Mobile US to accelerate its work in the 5G field and start testing. According to the agreement, user scenarios that would be equivalent in the real world would be studied and 5G capabilities would be improved by working with lab tests.

It successfully conducted the 5G trial in China and was also certified by the Chinese Ministry of Industry and Information Technology (MIIT) based on the successful completion of phase 1 of the 5G Technology R&D Trial phase conducted by IMT-2020 (5G) PT/ EXPO CHINA Promotion Group in 2016.

November 2016; He successfully completed 5G prototype trials with china Mobile Research Institute. This was the most important step since their june 2016 togetherness at the China Mobile Innovation Center.

2017

February 2017; With Verizon, it completed 5G improvements in five cities in the United States. Field 5G trials will begin with customers.

He completed handover tests at 5G with KDDI (Japanese telecom operator). It was recorded as the first external test on the 28GHz spectrum.

Arqiva and the United Kingdom announced that they are cooperating with telecom infrastructure works. FWA and eMBB technologies announced that they will focus.

He announced that he is cooperating with Keysight Technologies in the field of development of 5G devices.

MWC 2017 Guaranteed Latency (GLA) with Deutche Telekom showed end-to-end network slicing.

May 2017; In partnership with Samsung Electronics, Cisco and Verizon, Ann Arborda made its first end-to-end multi-participation 5G trial.

June 2017; Sk Telecom and 5G NR (New Radio) tested end-to-end connectivity in new radio technology.

2018

February 2018; He began experimenting with 5G Solutions and Scenarios with Verizon. First, a video call was made between Minnepolis and Seoul.

Orange, Samsung and Cisco have begun millimetre wave trials in Romania. With these tests, Orange carried out europe’s first multi-partner FWA trial.

Samsung said it will be able to provide all the technology needed to provide end-to-end 5G FWA service.

July 2018; Mobile TeleSystems (MTS) (Russia’s largest operator of telecom and digital services) has experimented with 5G in areas such as HD Video Calls, low-latency video games and high-definition video transfer.

September 2018; Verizon has offered 5G Domestic services to its customers with FCC Certified solutions in Los Angeles, Sacramento, Houston, and Indianapolis.

Telefonica Deutschland announced that it will make 20 FWA attempts in Germany with Samsun.

2019

January 2019; With The Japanese KDDI, he did broadcast tests on a real-time 4K Ultra High Resolution (UHD) moving train.

February 2019; With Fastweb, he began experimenting with 5G FWA services in Italy.

Samsung Galaxy S10 launched the phone with 5G support.

Cisco has promised to launch services with Orange on 5G industrial scenarios.

5G and IoT

Okunma Süresi: 3 Dakika Yazar: Sena Ünlüel Güncelleme: December 2, 2020 10:50Leave a Comment Filed Under: 5G Tech, Internet of Things Tagged With: 5G and IoT, IoT Tech

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5G and IoT; This adventure in our world, where communication technologies are being renewed and dynamiced day by day, actually started with GSM and continued as 2G, 3G, 4G. In Turkey, we encountered a new term when trying to get used to and use 4.5G: 5G

5G is coming, yes. But most of us aren’t exactly sure what it is or why we should use it. The reasons for this are that 5G means more than one thing and you will get different answers depending on who you ask.

What is 5G, IoT NEdir, Reengen, 5G IoT what to add — What is 5G?

So what is this 5G?

Described briefly as 5th generation wireless communication technology, 5G is actually a wireless connectivity technology equipped with newer technologies. Technically, 5G is a large connectivity system for the next generation. This means that the G in 5G is wireless technology. At first, 5G will be next to and improve your existing 4G service, but over time private networks for 5G will be defined and independent 5G devices will be available.

1G, 2G, 3G, 4G, 5G

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Mobile Network Evolution- 1G 2G 3G 4G 5G
mobile communication pdf — Mobile Network Evolution

1G was analog cellular. 2G technologies such as CDMA, GSM and TDMA were the first digital cellular technologies. 3G technologies such as EVDO, HSPA and UMTS have raised the speed by up to a few megabits per second. 4G technologies such as WiMAX and LTE have been able to accelerate to speeds of hundreds of megabits and even gigabits.

5G brings 3 new features to the table:

Higher speed (moving more data)
Lower latency (faster response)
Ability to connect more devices at once (for sensors and smart devices)

5G Features and Scenarios
Sertac Samioglu

It is clear that 5G will lead innovation in many industries and provide an environment in which technologies such as IoT will become an integral part of our economy and lifestyle. If we understand what 5G is, let’s look at its uses now and what contributions it will make to companies/structures that use or work with IoT technologies like Reengen.

Remote Device Control

Because it minimizes 5G latency, it can act as a remote control of heavy machinery, ensuring worker safety and, in applications where real-time network performance is critical, such as improving remote surgery, there may be a mechanism for us to remotely control more devices.

While the primary objective is to reduce risks in hazardous environments, it will also enable technicians with special skills to control machines from all over the world.

IoT

One of the most exciting and important features of 5G is its impact on the internet of things. While we currently have sensors/devices that can communicate with each other, we need a lot of resources and are rapidly consuming LTE data capacity.

According to Bain & Company estimates, the B2B IoT market will exceed $300 billion by 2020. Moreover, IoT spending is expected to reach $1.2 trillion in 2022, based on data from ID22.

Considering that more technology tools such as 5G are entering the market, IoT will have more opportunities to improve products and quality.

For example, improving traffic flow, automatically identifying production errors, and supporting passenger safety can be performed in 5G and IoT compliance.

IoT is one of the most exciting and dynamic technologies. In the future, it will become a priority for businesses and society to operate more broadly.

Thanks to confidence in the right software and network, both technologies will revolutionize wearable, city and robot technologies.

IoT will gain new value alongside 5G.

Turkcell Technology Summit 2019

Okunma Süresi: 6 Dakika Yazar: Sertaç Şamioğlu Güncelleme: December 2, 2020 11:05Leave a Comment Filed Under: 5G Tech, Internet of Things Tagged With: Bosch IoT tech, Turkcell Summit, Turkcell tech

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Turkcell Technology Summit was equipped with important technological developments in our country this year as it does every year…

But different from the past few years, this time there was a weaker ecosystem. Perhaps because the theme is addressed as 5G; Unfortunately, there is no developed ecosystem in our country in the 5G field.

Turkcell 5G Ready

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Turkcell Huawei 5G — Turkcell 5G and IoT Technologies

Turkcell nsa, i.e. 4.5G Network infrastructure through the 5G broadcast, he said.

What does 5G MEAN NSA and SA?

You know, 5G; It is under two main headings: NSA and SA. Nsa i.e. Non-Standalone version 4G infrastructure through 5G trial broadcasts can be explained in the simplest and rudest form. SA, on the other hand, is fully prepared for 5G infrastructure in accordance with 3GPP standards.

If you would like details about the NSA and SA, please provide a comment so that the subject of our next article 🙂
Sertac Samioglu

If we look at the turkcell technology summit events before, if we go back in order; We see that it’s Digital Services, IoT, Energy.

Turkcell Technology Summit; Turkcell’s strategy will follow during the year because of the announcement is important. 5G will be the most important title for Turkcell this year. It was also flattering to learn last year that digital services with a strategy were sold as consultancy and products to overseas operators.

Turcell Huawei 5G

turkcell,cloud,enterprise services,huawei 5g, turkcel and huawei 5G studies, 5G Cloud PC, 5G Cloud Streaming Game — Turkcell and Huawe’s 5G Joint Studies

Before commenting on the Turkcell Huawei 5G joint stand, I’d like to remind you of one thing. As we point out in our 5G Opening and other 5G articles, the approach to digital transformation and the internet of things changes as the internet of everything. The internet approach to everything can only be possible if everything is connected to the cloud or served through the cloud.

If we look at turkcell and huawei’s joint stand at Turkcell Technology Summit; The internet approach to everything is starting to make a living. It will be the most likely expectation that these services, which have started with a corporate focus, will also be available for end users and new services will be born.

Bosch IoT Presentation

Bosch Turkey & Middle East President, made by Steven Young. In the IoT Presentation; 3/4 of the sensors in our phones are Bosch brand, he said. However, he added that Bosch produces 4 Million sensors per day.

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Sensor manufacturing
sensor market share — Bosch IoT Sensors

With the introduction of 5G technology into our lives, sensors will be located at every point of life and our lives will be digitized with 5G-connected sensors.

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bosch connectivity solutions — bosch_connectivity

The main theme at Bosch is; Life.

Bosch approaches the theme of life under two headings.

Connected Mobility and Connected Living

Connected Mobility

Bosch takes the concept of connected mobility as autonomous service vehicles.

bosch IoT,Shuttle, senyapdiye,Bosch electric campus vehicle, bosch autonomous vehicles,turkcell technology summit — Bosch IoT Shuttle

Bosch IoT Shuttle will provide electric, driverless and carbon emission-free closed circuit transportation. With Bosch IoT Shuttle, you can determine your travel location from your phone and, according to traffic information, the vehicle will be available to determine its own route.

With Intelligent Intelligence, these tools are the most likely; it won’t crash, it won’t cause stress, it won’t release carbon.

carbon emissions, intelligent intelligence, electric vehicle, stress-free traffic, smart vehicles, bosch electric vehicles — Bosch Smart Intelligence Equipped Electric Vehicles

Bosch predicts that smart intelligence-equipped electric vehicles will reach 1 Million units by 2020, with a density of America, Europe and China, and 2.5 million smart intelligence-equipped electric vehicles by 2025.

bosch electric vehicles, bosch smart intelligence equipped vehicles, smart intelligence equipped electric vehicles in 2020, how many smart intelligence equipped electric vehicles will be in 20205 — Bosch IoT Shuttle Future Prediction

The criterion for success; As we stated in our article on innovative business models, no company will be the only supplier or manufacturer in any field in the digitalized world. In this context, the success of Bosch IoT Shuttle electric vehicles depends on the ecosystem, said Steven Young; Last year, he said, they made a deal with Mercedes.

Looking at the example of mercedes from our readers, I believe that the walking and running accents of vehicles should not be seen as a deal with manufacturers. If the Bosch IoT Shuttle is to be a digital electric vehicle, it will need much more initiatives in this area. In-car entertainment system is one of the first things I thought of….

Connected Living

Second title in accordance with the main theme; Connected Life. Bosch, which makes product and service improvements with the prediction that every area of our lives will be digitalized by equipping it with sensors; Connected Living makes our most in-house items smart in the concept.

camera fire detector, Bosch smart intelligence camera software — Bosch Smart Intelligence Camera Software

Sensors are the basis of the Internet of Things approach, but there is also the fact that; To date, there are millions of sensors, cameras, etc. that have been implemented in the field. What about these?

Of course, re-investment will not come across as a solution. The intelligent intelligence of the software that collects the data will make our job more done.

Bosch intelligent intelligence camera software can generate fire alarms from camera images. However, there is no delay in transmitting this alarm to the relevant authorities until the time it took to process the data and generate the alarm! It makes sense if the data is transmitted in under 3 seconds. That’s where 5G is needed.

bosch smart refrigerator, IoT refrigerator, orderable refrigerator — Bosch Smart Refrigerator

Bosch Household Appliances; has implemented a concept that has been in our language for many years. Smart Fridge!

Bosch Smart Fridge can connect to the fridge with your phone as soon as you go shopping, making a list of needs for you. In addition, the smart fridge can guide you on which product should be placed where to keep food and beverages longer lasting, fresh and healthy.

In steven young’s words; We didn’t get any brushes from a refrigerator in the house! This will also be with Smart Fridge…

‘For a Safer, More Productive, Less Stressful Life!’

Smart Buildings and Houses; Transformed Living Spaces

Smart Homes and Buildings: Transforming Living Spaces

Immediately after Steven Young’s speech, the session titled Smart Houses and Buildings began. The first panel participant in this session; BSH Group Turkey & CIS&MEA Digital Transformation Director Ayşenur Evcildi.

Ayşenur Evcil, Turkcell’dan Onur Turan moderated the session; He explained the digitalized life and customer expectations. Details can be found in our video.

5G; Sweden

Okunma Süresi: 2 Dakika Yazar: Sertaç Şamioğlu Güncelleme: December 2, 2020 11:21Leave a Comment Filed Under: 5G Tech, Internet of Things Tagged With: 5G sweden, remote truck

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When it comes to Sweden, many people don’t think of ‘Ericsson and 5G’, i guess even because it’s its neighbor Finland, it doesn’t come to nokia. What about Volvo… (:

Sweden; the country had identified ‘green transportation’ as its strategy and in the past years they have only come a step later; Autonomous Vehicles…

Telia, the leading telecom operator operating in Sweden recently; Ericsson and Volvo Construction have tried the 5G Unmanned Vehicle in collaboration. I’m not saying autonomous because the vehicle is unmanned, but it’s not moving on its own.

It’s controlled by an operator from outside the vehicle. In this way, dangerous work sites can be prevented from harm that can be done.

5G Sweden Remote Truck Case

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unmanned vehicle testing — SiteSing 19-044 Volvo CE Eskilstuna

Ericsson and Telia; If we open this test with Volvo a little bit more; 5G Features and Scenarios include uRLLC (ultra low latency) and eMBB (enhanced Mobile Broad Band).

As far as I know, human beings are physically reacting under 10 ms. The thing is, i’m not going to let Think of two people wearing VR (Virtual Reality) glasses and let the real memory they see be a virtualized version. In order for two people to shake hands, the image must arrive under 10 ms in VR goths otherwise; they miss the moment of hands-on…

In summary, it can be done thanks to the fast data transmission of 5G, which has not been done to date. It’s just one of those examples, and I see it as a logical stepping stone for those who say it’s too early for autonomous vehicles.

AI ( Artificial Intelligence )

Sweden is also turning to artificial intelligence and has serious government policies in this area. What we’re not surprised about is that we’re not going to be able to do that They’ve got AI and Transportation under one discipline.

If 5G is technologically ready to make ai-smart tools possible; Is AI Ready? In response to this question; AI Innovation of Sweden was founded. The association or community, which was announced on February 6, 2019, has more than 40 partners, providing capital support for AI-focused projects…

Internet of Things

Sweden, which has also had admirable success in Internet of Things applications, has given almost all of its LPWAN technologies (NB-IoT, LoRA, Sigfox, etc.).

The main ioT applications in Sweden are; Smart Meters (Electricity, Water, Natural Gas), Smart Lighting…