4G in mobile phones: 4G mobile phones | 3G vs 4G speed, what’s the difference?

What’s The Difference Between 4G LTE and 5G? Understanding Network Speeds | Articles

articles > Internet Essentials

Want faster network speeds? Let’s take a look at 3G, 4G LTE and 5G and what those terms actually mean for Verizon customers in terms of network speeds. 

Don’t forget to check out how fast your network speed is right now and which high-speed networks are available in your area.

Network Basics: 3G, 4G and 5G

First, the basics: The “G” stands for generation, meaning 5G is the most current generation of cell phone network technology. 3G networks were the first ones fast enough to make smartphones practical. Before that, mobile networks were not able to support all the things that make smartphones great, like streaming videos, surfing the web and downloading music. 3G allowed customers to do all of these things for the first time, but is now no longer available.

But, it’s 4G that really allowed smartphone technology to spread its wings. That’s because it’s much faster than 3G. 4G opened new doors for downloading games or streaming videos in ways that were previously not practical.

Now, 5G is where the world is headed. Verizon 5G is available in over 2700 cities nationwide, performs comparably to 4G LTE and is improving. And Verizon 5G Ultra Wideband, which is available in select areas, provides speeds up to 10x faster than 4G LTE, meaning users on Verizon’s 5G Ultra Wideband network can stream, download, and surf the web faster than ever before.1

As networks evolved from 3G to 4G LTE, and now 5G, Verizon has taken steps to improve performance.

What does “LTE” mean? Verizon 4G LTE explained.

LTE stands for Long Term Evolution. It’s a term used for the particular type of 4G that delivers a fast mobile Internet experience. You’ll usually see it called 4G LTE (often found in the corner of your phone screen, where you see the classic service “bars”).

Using a 4G smartphone on Verizon’s 4G LTE network means you can, for example, download files from the Internet up to 10 times faster than with 3G. For 4G LTE to work, all you need is a smartphone that’s configured to work with it.

You can find all of Verizon’s 4G LTE phones here. These phones will connect automatically with the 4G LTE network where available.

4G vs 5G: why 5G is the future.

5G is the next stage in network evolution. Verizon 5G is available in over 2700 cities, performs like 4G LTE and is improving.  And with 5G Ultra Wideband, which is available in over 1700 cities, you can get speeds up to 10x faster than what you have now and your downloads take a fraction of the time – get a movie in minutes, or a song in seconds.2 And, 5G Ultra Wideband is faster and safer than public WiFi.3 So you can say goodbye to slow speeds when you need to get online, on the go. Be your own hotspot and worry less about hackers or snoopers.

Check Verizon’s 5G coverage map to see if  Verizon 5G is available in your area. If it is, browse 5G phones currently available to find the best model for you.

Stay connected with Verizon.

When choosing a mobile phone and network, you want to make sure you’re up to speed. Take your mobile experience to the next level with Verizon, as they continue to build networks that keep people connected.

Frequently Asked Questions

5G is the next step in mobile technology and will eventually replace 4G LTE. For consumers and businesses, 5G can provide a faster, more responsive, and overall better experience.

Verizon 5G Ultra Wideband offers speeds to users up to 10x faster than typical 4G LTE4 speeds, meaning users can stream, download, and surf the web faster and with less interruptions than ever before.

5G UW stands for “5G Ultra Wideband”. 5G Ultra Wideband is our high performing 5G — up to 10x faster than typical 4G LTE speeds. It is available in select areas. 5G has similar performance rates to 4G LTE, is available in over 2700 cities, and is improving.

Verizon has many plans tailored to customers age 55 and above in the state of Florida. Visit https://www.verizon.com/plans/55plus/ to learn more. For those who live outside the state of Florida, there are plenty of deals on Verizon plans you can shop now to get the best rates on a new phone plan.

Most modern phones are 5G capable. You can shop a wide variety of cell phones that support 5G now at https://www.verizon.com/5g/phones/.

Having a 5G capable phone allows you to connect to a 5G network. With Verizon’s 5G Ultra Wideband network you can experience blazing-fast speeds. Visit https://www.verizon.com/5g/ to learn more.

Phones that aren’t 5G capable will still work, but will use other network connections, such as 4G LTE.

4G phones still work on 4G LTE networks for now, but eventually they will become obsolete. Consider how long you plan to keep your phone; if you plan to keep your phone for longer than a year or so, it might be a good idea to get a phone that is 5G compatible. Shop our current deals to see which 5G phones might be right for you.

Verizon’s 5G Ultra Wideband network utilizes small cells, or nodes, in addition to traditional towers. 5G small cells are similar to 4G towers in form and function. Verizon is building thousands of additional 5G nodes to maximize and deliver 5G millimeter wave technology to our customers. Since 5G small cells are smaller than a traditional macro cell tower, they can exist more discreetly. 5G’s small cells support the high frequency millimeter waves needed for the ultra-low latency and high data speeds of 5G.

Other related terms: LTE meaning, what is LTE, LTE network, lte vs 5G, lte vs 4G, LTE mobile network

1. Comparison is based on 5G Ultra Wideband speeds to median Verizon 4G LTE speeds.

2. Download speeds may vary depending upon network and coverage conditions, and content optimization for 5G Ultra Wideband

3. Public Wifi speeds from March 2021 based on Opensignal independent analysis of measurements recorded during the period December 19, 2020 – March 19, 2021 © Opensignal Limited.

4. Comparison is to median Verizon 4G LTE speeds.

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Reviewed by the Verizon Editorial Team. This content is provided for information purposes only. All information included herein is subject to change without notice. Verizon is not responsible for any direct or indirect damages, arising from or related to use or reliance of the above content.

Your Next Smart Phone: 5G vs 4G: What is the difference?

Introduction

If you’re in the market for a new phone, you’ve probably heard a lot about 5g. But what is it, exactly? And how does it differ from 4g? In this article, we explain everything you need to know about 5G vs 4G!

 

What are 5G and 4G?

4G, the fourth generation of mobile network technology, is the forerunner to 5G. In the 2010s, 4G was the most recent and innovative generation of cellular technology, reaching ubiquity within a decade. 

5G is the fifth generation ( and the latest generation) of cellular network technology. 5G cellular networks are expected to provide higher data rates, lower latency, and many more connections than previous generations of cellular network technologies.

 

Frequency waves

Let’s start by talking about how 5G and 4G are different in terms of frequency.

One critical difference is that 5G networks use unique radio frequencies to accomplish what 4G networks cannot. While some 5G networks use higher frequencies, such as those at 30 GHz or more, 4G uses frequencies below 6 GHz.

These high frequencies are beneficial for a variety of reasons, the most notable of which is that they support a large capacity for rapid data. They are not only less congested with existing cellular data and so can be used in the future for increased bandwidth demands, but they are also highly directional and can be used directly next to other wireless signals without causing interference.

This is significantly different from 4G towers, which might possibly waste energy and power by beaming radio waves at places where people aren’t even trying to access the internet.

In short, 5G networks can broadcast ultrafast data to a lot more users, with high precision.

 

Speed

Theoretically speaking, 5G will be much faster than 4G. Under ideal conditions, 5G download rates can exceed 10 gigabits per second. That’s up to 100 times quicker than 4G, and it’s unquestionably the level of performance required for an increasingly connected society.

Even now, with 5G technology still in its early stages of development, speeds are lightning fast. This speed and capacity are important because they enable new applications and services that weren’t possible before.

For example, TCL 30 5G smartphone speed up to 2.69 Gbps⁴, allowing a movie to be downloaded within minutes. This takes, on average, 50 minutes on a 4G network.

 

Latency

Latency refers to how long it takes for your signal from your device (e.g., computer or smartphone) to reach its destination (e.g., website server). With low latency rates of around 20 milliseconds (ms) or less between sending an electronic message and receiving confirmation that it has been delivered successfully without errors along the way; high latency rates increase risk factors such as connection drops while gaming online or chatting with friends through video calling apps such as FaceTime or Skype where accuracy matters most.

Latency for 4G is on average 200 milliseconds, which is close to the 250 milliseconds it takes humans to respond to visual stimuli. However, 5G latency is substantially lower: only 1 millisecond.

This huge leap will be critical in the development of new services and devices.

 

Connectivity Capacity

4G occasionally has trouble supporting a large number of devices in one place. This is something that some of us have encountered while attempting to use our phones during crowded sporting events or concerts. By intelligently broadcasting to each device with great precision, 5G resolves this problem and can support up to 1 million devices per square kilometer.

This precision decreases noise in 5G, making it easier to connect multiple devices. Given the growth in the number of network-connected devices each year, the capacity to connect additional devices is crucial. 

According to the 2021 Ericsson Mobility Report, 5G will account for over half of all mobile subscriptions by 2027, when total subscriptions are estimated to reach 4. 4 billion. This is an increase from an anticipated 660 million last year. By the end of 2020, 4G had reached more than 80% of the world’s population.

 

Should you buy a 5G phone or a 4G phone in 2023

If you’re in the market for a new phone right now, you will notice that since the first 5G smartphones were introduced in 2019, 5G phones are now more widely available and more affordable.

Now, what we should take into consideration is whether your operator supports 5G networks and offers 5G packages. If so, whether your area has 5G network coverage or plans to cover it in the future.

5G phones will be more advanced than their 4G phones, which means they offer better performance (for example, faster download speeds). The downside? They also tend to come with a higher price tag due to the extra features included in their design—and if you want your device to work seamlessly when connected through a 5G network then it’s worth paying extra for one of these devices.

5G phones can use both 4G and 5G technology, this will allow you access to 4G network coverage regardless of where you go in your country whereas only certain cities currently have access to 5G service from either company or any other provider using its own private network.

 

Check out TCL’s 5G smartphones and 4G mobiles if you want to experience the new technology and maximize your entertainment!

Connect with us on Facebook, Instagram, Twitter & YouTube for the latest updates on our TCL products and events. 

 

Introduction

If you’re in the market for a new phone, you’ve probably heard a lot about 5g. But what is it, exactly? And how does it differ from 4g? In this article, we explain everything you need to know about 5G vs 4G!

 

What are 5G and 4G?

4G, the fourth generation of mobile network technology, is the forerunner to 5G. In the 2010s, 4G was the most recent and innovative generation of cellular technology, reaching ubiquity within a decade.  

5G is the fifth generation ( and the latest generation) of cellular network technology. 5G cellular networks are expected to provide higher data rates, lower latency, and many more connections than previous generations of cellular network technologies.

 

Frequency waves

Let’s start by talking about how 5G and 4G are different in terms of frequency.

One critical difference is that 5G networks use unique radio frequencies to accomplish what 4G networks cannot. While some 5G networks use higher frequencies, such as those at 30 GHz or more, 4G uses frequencies below 6 GHz.

These high frequencies are beneficial for a variety of reasons, the most notable of which is that they support a large capacity for rapid data. They are not only less congested with existing cellular data and so can be used in the future for increased bandwidth demands, but they are also highly directional and can be used directly next to other wireless signals without causing interference.

This is significantly different from 4G towers, which might possibly waste energy and power by beaming radio waves at places where people aren’t even trying to access the internet.

In short, 5G networks can broadcast ultrafast data to a lot more users, with high precision.

 

Speed

Theoretically speaking, 5G will be much faster than 4G. Under ideal conditions, 5G download rates can exceed 10 gigabits per second. That’s up to 100 times quicker than 4G, and it’s unquestionably the level of performance required for an increasingly connected society.

Even now, with 5G technology still in its early stages of development, speeds are lightning fast. This speed and capacity are important because they enable new applications and services that weren’t possible before.

For example, TCL 30 5G smartphone speed up to 2.69 Gbps⁴, allowing a movie to be downloaded within minutes. This takes, on average, 50 minutes on a 4G network.

 

Latency

Latency refers to how long it takes for your signal from your device (e. g., computer or smartphone) to reach its destination (e.g., website server). With low latency rates of around 20 milliseconds (ms) or less between sending an electronic message and receiving confirmation that it has been delivered successfully without errors along the way; high latency rates increase risk factors such as connection drops while gaming online or chatting with friends through video calling apps such as FaceTime or Skype where accuracy matters most.

Latency for 4G is on average 200 milliseconds, which is close to the 250 milliseconds it takes humans to respond to visual stimuli. However, 5G latency is substantially lower: only 1 millisecond.

This huge leap will be critical in the development of new services and devices.

 

Connectivity Capacity

4G occasionally has trouble supporting a large number of devices in one place. This is something that some of us have encountered while attempting to use our phones during crowded sporting events or concerts. By intelligently broadcasting to each device with great precision, 5G resolves this problem and can support up to 1 million devices per square kilometer.

This precision decreases noise in 5G, making it easier to connect multiple devices. Given the growth in the number of network-connected devices each year, the capacity to connect additional devices is crucial. 

According to the 2021 Ericsson Mobility Report, 5G will account for over half of all mobile subscriptions by 2027, when total subscriptions are estimated to reach 4.4 billion. This is an increase from an anticipated 660 million last year. By the end of 2020, 4G had reached more than 80% of the world’s population.

 

Should you buy a 5G phone or a 4G phone in 2022

If you’re in the market for a new phone right now, you will notice that since the first 5G smartphones were introduced in 2019, 5G phones are now more widely available and more affordable.

Now, what we should take into consideration is whether your operator supports 5G networks and offers 5G packages. If so, whether your area has 5G network coverage or plans to cover it in the future.

5G phones will be more advanced than their 4G phones, which means they offer better performance (for example, faster download speeds). The downside? They also tend to come with a higher price tag due to the extra features included in their design—and if you want your device to work seamlessly when connected through a 5G network then it’s worth paying extra for one of these devices.

5G phones can use both 4G and 5G technology, this will allow you access to 4G network coverage regardless of where you go in your country whereas only certain cities currently have access to 5G service from either company or any other provider using its own private network.

 

Check out TCL’s 5G smartphones and 4G mobiles if you want to experience the new technology and maximize your entertainment!

Connect with us on Facebook, Instagram, Twitter & YouTube for the latest updates on our TCL products and events.  

 

What do the letters E, 3G, H+, 4G and LTE mean on the phone screen

I myself know how sometimes it is unpleasant not to understand something in the behavior of your smartphone. Of course, every failure and misunderstanding as a result turns into additional knowledge and skills. It’s enough just to open Google and describe your problem as simply as possible. Another thing is that in order for the answer to the question to be found, someone in front of you must face the same problem, solve it, and then describe it in the most accessible language. Therefore, do not be surprised when on the pages of AndroidInsider.ru you come across articles that talk about very primitive things – many people really do not know this.

We use many Internet communication standards, but often do not understand how they differ

Today we will talk about the designations E, H, H+, 3G, 4G, LTE and LTE+, which probably haunt you all the time you spend with with your smartphone. Oddly enough, many users have no idea what these marks are, what purpose they serve, and why they change from time to time. Let’s deal with everything in order.

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All of these letters and numbers, which you most likely see in the upper right or left corner of your smartphone, indicate the type of Internet connection you are currently using. It is clear that this technical information is of little interest to anyone, however, it is from these designations that one can understand why the download speed has dropped so much or, on the contrary, has increased very atypically.

E, 3G, H+ and LTE – what is it

Most smartphones do not have E or H+ power buttons in the settings, but there are 3G and 2G

E is short for EDGE (Enhanced Data rates for GSM Evolution), the most basic type of internet connection used in most of the developed world. The maximum speed is 474 kbps.

Despite this, it is characterized by very slow data loading. With an E-connection, you can comfortably use only instant messengers without media files. But the sites are unlikely to load, or you will have to wait, well, for a very long time.

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3G is a more advanced communication standard, which got its name from the generation number (third generation, 3rd Generation). It is characterized by higher bandwidth and allows the smartphone to achieve higher speeds, operating at 2 Mbps.

With a 3G connection, you can already download websites with minimal delay, chat in instant messengers using media files, and even watch YouTube videos.

How H+ differs from 4G

This is a 3G/4G coverage map from Beeline. Where there is no coverage, 2G (E)

H / H + (HDSPA and HSPA +) turns on, oddly enough, they are more advanced standards than 3G, although many people think the opposite, calling them 2. 5G. They differ from 3G in a higher speed – 14.4 and 42.2 Mbps, respectively (this is the maximum possible figure, in fact – less).

It can be developed using two 5 GHz bands at once. As a rule, in most cases, the H + connection is used, and H is turned on only when the smartphone cannot access the desired frequencies.

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4G/LTE or 4G+/LTE+ is essentially the same Internet connection standard that belongs to 4G networks. The average speed is 20 Mbps, but the plus version allows you to overclock even higher, reaching rates of 100-200 and even 300 Mbps.

Why, you ask, are they called the same, but only “+” is added to the name? Yes, because the technology underlying them is the same, and more advanced equipment provides more speed.

How to turn on 5G in Russia

Real 5G has appeared in Moscow, although not everywhere

In principle, there is also 5G . Recently, MTS has been testing fifth-generation networks in Moscow. They can be accessed by owners of smartphones with 5G, which are selected randomly depending on a number of factors known only to the operator. That is, you will not be able to manually connect to 5G. You can only be invited if you meet the requirements. Testing is carried out on the territory of 14 locations:

  • Nikolsky passage, Vetoshny lane;
  • Lubyanskaya Square, st. Bolshaya Lubyanka, Central Children’s Store;
  • Nikolskaya, St. Regis Moscow Nikolskaya”;
  • St. Bolshaya Dmitrovka, Teatralny proezd, st. Kuznetsky most, Central Department Store, Petrovsky passage;
  • Moskvoretskaya Embankment, Bolshoi Moskvoretsky Bridge, Zaryadye Park, Raushskaya Embankment;
  • TsPKiO im. M. Gorky, Museon Arts Park, Crimean Bridge, Frunzenskaya and Prechistinskaya embankments;

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  • Presnenskaya and Krasnopresnenskaya embankments near Moscow City International Business Center, T. Shevchenko embankment and Kutuzovsky Prospekt near the Bagration bridge;
  • University Square near the Moscow State University;
  • Observation deck on Sparrow Hills, Trinity Church, Skypark attractions;
  • Khodynsky Boulevard, Khodynskoye Pole Park;
  • Entertainment center “Dream Island”;
  • VDNKh main alley and skating rink;
  • Innovation center “Skolkovo” in the area of ​​st. Malevich.

If you are selected to test 5G in Moscow, you will receive an SMS inviting you to join the program. To do this, you will need to activate the “Access to 5G” option (operator option), confirm the installation of a new profile compatible with fifth generation networks. At the same time, it is not necessary to live in the above locations – the selection will be made regardless of the actual place of residence of users.

Cellular Signal Manual

2G: 2G is the second generation of mobile networks introduced in the early 1990s. In addition to voice calls, it allowed data transmission for the first time. People were able to make and receive calls, send texts and photos on their mobile phones. In Russia, some operators are already in the process of moving away from 2G networks due to the widespread adoption of 4G LTE and 5G.

3G: 3G belongs to the third generation of cellular networks, which provides increased bandwidth and delivers significantly faster data transfer rates. Thanks to 3G telecommunications networks, the Internet soon became widely used on mobile phones and smartphones.

4G: 4G LTE refers to the fourth generation of cellular technology that provides much faster mobile internet than 3G. It allows you to perform activities that require a large amount of cellular data, such as video streaming, web browsing, online games, etc. 4G LTE is the current commercial cellular standard for voice and data worldwide.

5G: 5G represents the next generation of wireless networking technology. However, the definition of 5G is vague and not yet finalized. It will bring faster data rates than 4G LTE, ultra-low latency to more broadband users. But it is under development.

Signal strength and coverage

Signal strength outside your building or car will have a big impact on the performance of your signal amplifier and the coverage you get from it.

If you have a stronger signal, you will have extended cell coverage.

If the outside signal is weak, you will get a little cellular coverage from your signal booster. And you will have to purchase a more powerful Internet amplifier.

Therefore, it is important to know the signal strength before deciding which booster to purchase.

Understanding signal bars

Signal bars are an imprecise measurement of signal strength. Although the numbers indicate the level and quality of the signal you get on your cell phone, there is no industry standard yet. Signal bollards differ from phone to phone, even when placed next to each other, because all carriers and phone manufacturers make their own calculations.

How to measure signal strength.

The decibel milliwatt, or dBm, is the standard unit of measure for determining signal strength in wires and cables at radio and audio frequencies. dBm is expressed as a negative number on the signal meter. The closer to 0 the instrument readings, the higher the signal level.

The signal level typically ranges from -30 to -110 dBm. As a general rule, -50 dBm is considered an excellent signal level. Anything worse than -110 dBm is considered no signal or a dead zone and you are unlikely to be able to use cellular service. In this case, installing a signal amplifier will not help, since this equipment is used to amplify the signal, and not to create it. To use cellular data on your phone, the signal strength must be above -85 dBm. If the signal in your home does not match this indicator, you need to purchase an Internet amplifier. Cellular signal booster for home and office will allow you to enjoy uninterrupted communication and uninterrupted network connection.