presentation on 4g

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4g architecture PowerPoint Presentation Templates and Google Slides

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Difference Between 4G And 5G Network Architecture 5G Functional Architecture Structure PDF

This slide compares 4G and 5G network architecture based on components and their placement in the architecture, such as long term evolution radio access network LTE RAN, enodeb, and monolithic evolved packet core EPC.Deliver and pitch your topic in the best possible manner with this Difference Between 4G And 5G Network Architecture 5G Functional Architecture Structure PDF. Use them to share invaluable insights on function separately, server hardware, frequently centrally and impress your audience. This template can be altered and modified as per your expectations. So, grab it now.

Difference Between 4G And 5G Network Architecture 5G Network Functional Architecture Brochure PDF

This slide compares 4G and 5G network architecture based on components and their placement in the architecture, such as Long Term Evolution Radio Access Network LTE RAN, eNodeB, and monolithic Evolved Packet Core EPC.Do you have an important presentation coming up Are you looking for something that will make your presentation stand out from the rest Look no further than Difference Between 4G And 5G Network Architecture 5G Network Functional Architecture Brochure PDF. With our professional designs, you can trust that your presentation will pop and make delivering it a smooth process. And with Slidegeeks, you can trust that your presentation will be unique and memorable. So why wait Grab Difference Between 4G And 5G Network Architecture 5G Network Functional Architecture Brochure PDF today and make your presentation stand out from the rest.

Difference Between 4G And 5G Network Architecture 5G Network Structure Structure PDF

This slide compares 4G and 5G network architecture based on components and their placement in the architecture, such as Long Term Evolution Radio Access Network LTE RAN, eNodeB, and monolithic Evolved Packet Core EPC.Do you have an important presentation coming up Are you looking for something that will make your presentation stand out from the rest Look no further than Difference Between 4G And 5G Network Architecture 5G Network Structure Structure PDF. With our professional designs, you can trust that your presentation will pop and make delivering it a smooth process. And with Slidegeeks, you can trust that your presentation will be unique and memorable. So why wait Grab Difference Between 4G And 5G Network Architecture 5G Network Structure Structure PDF today and make your presentation stand out from the rest.

5G Network Operations Difference Between 4G And 5G Network Architecture Graphics PDF

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5G Network Applications And Features Difference Between 4G And 5G Network Architecture Formats PDF

This slide compares 4G and 5G network architecture based on components and their placement in the architecture, such as Long Term Evolution Radio Access Network LTE RAN, eNodeB, and monolithic Evolved Packet Core EPC. The best PPT templates are a great way to save time, energy, and resources. Slidegeeks have 100 pecent editable powerpoint slides making them incredibly versatile. With these quality presentation templates, you can create a captivating and memorable presentation by combining visually appealing slides and effectively communicating your message. Download 5G Network Applications And Features Difference Between 4G And 5G Network Architecture Formats PDF from Slidegeeks and deliver a wonderful presentation.

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4G Technology

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Use our deck to explain how 4G Technology has reshaped the way people connect and communicate by offering them lightning-fast data speeds, seamless video streaming, and enhanced mobile experiences. Leverage our presentation template for MS PowerPoint and Google Slides to structure complex information effectively.

Technology experts and network administrators can showcase the unique features, uses, and characteristics of the 4G technology. Our feature-rich slides are apt for depicting the versatile applications of this technology in multiple industries and sectors. You can highlight the significance of 4G technology in allowing businesses to collaborate remotely, supporting bandwidth-intensive applications, and facilitating the Internet of Things (IoT).

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4G Technology Seminar and PPT with pdf report

4G Technology Seminar and PPT with pdf report : The Fourth Generation (4G) Technology is the fastest Technology provide for data transfer. 4G is the short term for fourth-generation wireless. It is still a research lab standard, the stage of broadband mobile communications that will replace the third generation (3G).

Also See: 5G Technology PPT

What is Fourth Generation (4G) Technology?

• Faster and more reliable
• Lower cost than previous generations
• Multi-standard wireless system
• Bluetooth, Wired, Wireless
• Ad Hoc Networking
• OFDM used instead of CDMA
• Potentially IEEE standard 802.11n
• Most information is proprietary

Also See: Google Glass ppt

4G is being developed to accommodate the Quality of Service (QOS) and rate requirements set by forth coming applications like

• MMS (Multimedia Messaging Service)
• Wireless Broadband Service
• Digital Video Broadcasting
• High Network Capacity
• Smooth handoff across heterogeneous network
• Seamless Connectivity and Global Roaming across multiple networks

Application

• Virtual Presence
• Virtual Navigation
• Tele- Medicine and education
• Crises Management
• Multimedia – Video Service

Advantages of 4G Technology

• Internet Protocol (IP) based mobile system I
• Wider bandwidths and higher bit rates
• Global mobility and service portability
• A wide range application using only one 4 G integrated terminal.

Also See: Google Chrome ppt

Nowadays, wireless technology is getting popular and important in the network and the Internet field. 4G started from 2002 and it has many standards and technologies that are still in developing process. Therefore, no one can really sure what will be the future of 4G and what services it will offer to people.

What will be the future of 4G once 5G launched in full capacity?

It is too early to project the future considering almost all the requirements fulfill by 4G for most of businesses and consumers. As per our experts, big corporations will definitely move to 5G due to its better speed and stability. However, it will take decades for 4G to get vanished because features are enough for dealing with the daily needs of small businesses and households.

Content of the Seminar and pdf report for 4G Technology

• INTRODUCTION
• OBJECTIVES   AND APPROACHES
• DEVLOPMENT FROM 1G TO 4G
• PRINCIPAL TECHNOLOGIES
• DEVELOPMENTS
• APPLICATIONS AND ADVANTAGES

Here we are giving you 4G Technology Seminar and PPT with PDF report. All you need to do is just click on the download link and get it.

4G Technology PPT and Seminar Free Download

4G Technology pdf Report Free Download

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it’s GREAT And VERY Helpfull for our project keep it up friend….best luck !

Thanks a lot Sudhir 🙂

Thanks Ganga 🙂

what is meant by blogging? please can you provide detail information about it because i need one new topic for seminar.

how to implement blogging in a real world with some simple examples.

which technology we are going to use in blogging? and how we should implement with suitable example?

Hey Friends, Blogging is sharing what you love to write and make and in turn you can earn handsome money out of it. You can use any CMS like wordpress, joomla, drupal etc to to start and implement blogging. 🙂

Thank u so much sumit thakur Ur ppt very useful for others users I lyk most ur ppt 1.4g technology 2.stealth technology 3.hsm

Thanks Amarjeet Bro, Guys like you always motivates us to do more work 🙂 Thanks a lot for the comment 🙂

cannot you provide on jio 4g

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presentation on 4g

Jul 05, 2014

0 likes | 170 Views

presentation on 4g. Presentation Goals. INTRODUCTION WHAT IS 4G? NEED OF 4G EVOLUTION OF 4G EVOLUTION OF PROCESSORS AND DSP TECHNOLOGY FOR 4G WHICH COUNTRIES HAVE 4G? INFRASTRUCTURE FOR 4G 4G EVOLUTION INTO CONVERGENCE WiMax WIRELINE BANDWIDTH DEMAND PROJECTION FOR NEXT 25 YEARS

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• wireline bandwidth demand projection
• mobile data services

Presentation Transcript

• Presentation Goals INTRODUCTION WHAT IS 4G? NEED OF 4G EVOLUTION OF 4G EVOLUTION OF PROCESSORS AND DSP TECHNOLOGY FOR 4G WHICH COUNTRIES HAVE 4G? INFRASTRUCTURE FOR 4G 4G EVOLUTION INTO CONVERGENCE WiMax WIRELINE BANDWIDTH DEMAND PROJECTION FOR NEXT 25 YEARS 4G IN INDIA?
• Introduction 4G, the successor of 3G, will soon become the standard for cellular wireless The technology is currently available in some countries but it is still being perfected The aim is to achieve “ultra broadband speed” – to be counted in gigabytes per second
• What is 4G? CDMA GSM/UMTS IEEE Cellular IEEE LAN CDMA (IS-95A) GSM TDMA IS-136 IEEE 802.16 IEEE 802.11 2G CDMA (IS-95B) GPRS 802.11g 2.5G cdma 2000 E-GPRS EDGE WCDMA FDD/TDD TD-SCDMA LCR-TDD 802.11a 3G 1xEV-DO Rev 0/A/B HSDPA FDD/TDD HSUPA FDD/TDD Fixed WiMAX 802.16d WiBRO 802.11g 3.5G UMB 802.20 HSPA+ Mobile WiMAX 802.16e 802.11n LTE E-UTRA 3.9G
• The 3G Large Coverage Outdoor - High Mobility Up to 14Mbps
• The 4G Macro Cells Pico Cells Large Coverage – 100Mbps Isolated HotSpots – 1Gbps Coverage Indoor – Very Low Mobility THE NEEDS Adaptive high performance transmission system Great candidate for SDR
• What is 4G? ITU designed 4G in 2002 with the official name “3G Long-Term Evolutions” or 3.9G Will allow users to download a full-length feature film within five minutes Will also be able to stream high-definition television and radio to hand-held devices The basic difference between 3G and 4G is in data transfer and signal quality
• What is 4G? The highest download and upload speed in 3G are 14 Mbps and 5.8 Mbps respectively In 4G the download speed is up to 100 Mbps for moving users and 1 Gbps for stationary users 4G is adoption of packet switching instead of circuit switching in voice and video calls With packet switching, resources are only used when there is information to be sent across 4G uses spiral multiplexing
• Mobile marketing and advertising Business potential viewed with great enthusiasm within dominant and leading markets. Mobile Search Knee for takeoff : replicate desktop success M-commerce/M-Wallet SMS messaging enables interactivity with other forms of entertainment (e.g., Polling)., Credit purchases. Mobile Gaming Evolving into “Casual Gaming” with challenges for distribution and revenue collection. Mobile e-Mail Going mass scale as productivity enhancer to move into rank and file employees beyond executives and field sales force. Presence, MMS, Instant Conferencing, push-to-video, and mobile news MusicStation (UK) from Vodafone: Omniphone’s deal with Telenor (Sweden), 3 (HK), and Vodacom (SA). Content Focus shifting from “Major Media Brand - Formal Content” to “User Generated Content” in mobile networks. Photo swapping, mobile social media, one-to-one communications Revenue sharing Music and video sharing, with subscribers via ads and P2P E.g., SeeMeTV by 3 allows video uploaders to get paid when their content is downloaded. Webco Platform Deals with (Vodafone/MySpace, Sprint/GOOG), Android NEED OF 4G
• 4G Wireless: One View 4G WOFDM high speed downlink “a wireless cable modem” Complement to EDGE/UMTS High peak data rates (up to 10 Mb/s) in a 5 MHz channel spectrum - 500 MHz to 3 GHz 3G EDGE/WCDMA network for uplink, downlink, control and signalling
• Evolution of 4G The first commercial deployment was by Telia Sonera and NetCom Telia Sonera branded the network “4G” The modem devices on offer were manufactured by Samsung (dongle GT-B3710) The network infrastructure were created by Huawei (in Oslo) and Ericsson (in Stockholm)
• Evolution of Processors and DSP Technology for 4G
• Which countries have 4G? Except for the Scandinavian countries, a few countries have started the 4G commercially In the US, Sprint Nextel initiated the service Countries using 4gare Japan, Korea, Germany,Spain, China, and England.
• A look at fundamental requirements
• Infrastructure for 4G There are three primary technologies that support 4G – WiMax, LTE, and UMB The main doubt is whether to implement WiMax or Long Term Evolution(LTE) The advantages of LTE are: (i) Faster speed with 100 Mbps for download and 50 Mbps for upload (ii) It makes CDMA and GSM database moot (iii) It offers both FDD and TDD duplexing
• WiMax WiMAX(Worldwide Interoperability for Microwave. Access) WiMax technology might not achieve the required rate in a high-density area However, WiMax technology becomes useful when it is bundled with IPTV The wireless bandwidth will be roughly 3Mbps/1.5Mbps; but this is nowhere near the +100Mbps/50Mbps that LTE promises

Examples of Mobile Data Services

• 4G Evolution into Convergence
• Wireline Bandwidth Demand Projection for Next 25 Years
• 2. Mobile sends measurements of path losses for nearby bases to serving base 4. Bases assign channels to all packets/mobiles 5. Bases forward channel assignment info to nearby bases 1. Mobile locks to the STRONGEST base 3. Serving base forwards measurements to nearby bases ~ 50 % improvement in performance
• 4G in India? Has already begun the process of introducing 4G India is among the latecomers in 3G It is felt that by the time the implement 3G fully, 4G technologies such as LTE will be available commercially It has taken three years for the government to decide on 3G-spectrum auction policy 4G could face the same delay unless India wants to catch up with the rest of the world
• THAT’S ALL ABOUT 4G Thank you for your Time!
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TELEFONIA 4G. QUE ES EL 4G. En telecomunicaciones, 4G  son las siglas utilizadas para referirse a la cuarta generación de tecnologías de telefonía móvil. Es el sucesor de las tecnologías 2G y 3G .

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4G TeChNoLoGY

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5G Features Over 4G Powerpoint Presentation Slides

This PowerPoint presentation gives a brief idea about the Comparison between 4G and 5G technology, including the evolution of 5G and the difference between 1G, 2G, 3G, 4G, and 5G. In this 5G Features over 4G PowerPoint Presentation, we have covered the difference between 4G and 5G based on features and technology, including latency, download speed, base station, OFDM coding, and cell density. In addition, this PPT contains the features of 5G over 4G that comprises more speed and capacity, connects more users percent devices, acts as different networks, traffic system transformation, gaming, and relationship with the agriculture industry. Also, the 5G Impact on the Environment over 4G PPT presentation includes the technologies used in the 5G communication system, the difference between OFDM and CDMA technical specifications, positive and negative impact of 5G on the Environment, such as more energy consumption percent emissions, radiations, life cycle impact, and E-waste. Furthermore, this template caters to a timeline, a roadmap to implement 5G technology, and a performance tracking dashboard for 5G. Download our 100 percent editable and customizable template, which is also compatible with Google Slides.

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Deliver this complete deck to your team members and other collaborators. Encompassed with stylized slides presenting various concepts, this 5G Features Over 4G Powerpoint Presentation Slides is the best tool you can utilize. Personalize its content and graphics to make it unique and thought-provoking. All the fourty nine slides are editable and modifiable, so feel free to adjust them to your business setting. The font, color, and other components also come in an editable format making this PPT design the best choice for your next presentation. So, download now.

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• IT , 5G Technology
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• 5G Impacts On The Environment

Content of this Powerpoint Presentation

Slide 1 : This slide introduces 5G Features Over 4G. State your company name and begin. Slide 2 : This slide states Agenda of the presentation. Slide 3 : This slide presents Table of Content for the presentation. Slide 4 : This slide highlights title for topics that are to be covered next in the template. Slide 5 : This slide displays Evolution of 5G technology from 1G to 5G. Slide 6 : This slide highlights title for topics that are to be covered next in the template. Slide 7 : This slide represents difference between 1G, 2G, 3G, 4G, and 5G. Slide 8 : This slide highlights title for topics that are to be covered next in the template. Slide 9 : This slide showcases Comparison between 4G and 5G technology. Slide 10 : This slide highlights title for topics that are to be covered next in the template. Slide 11 : This slide shows Difference between 4G and 5G based on latency. Slide 12 : This slide showcases Difference between 4G and 5G based on potential download speeds. Slide 13 : This slide presents Difference between 4G and 5G based on base stations. Slide 14 : This slide displays Difference between 4G and 5G based on OFDM encoding. Slide 15 : This slide represents Difference between 4G and 5G based on cell density. Slide 16 : This slide highlights title for topics that are to be covered next in the template. Slide 17 : This slide showcases 5G technology means more speed and capacity. Slide 18 : This slide shows 5G technology can connect more devices than 4G. Slide 19 : This slide outlines that 5G technology is designed to connect phones and other devices. Slide 20 : This slide represents how 5G technology is more than a network. Slide 21 : This slide depicts how 5G can act as many different networks. Slide 22 : This slide showcases 5G technology and traffic system transformation relationship. Slide 23 : This slide shows 5G technology and online gaming relationship. Slide 24 : This slide presents 5G technology and agriculture industry relationship. Slide 25 : This slide highlights title for topics that are to be covered next in the template. Slide 26 : This slide displays Technologies used in 5G communication system. Slide 27 : This slide highlights title for topics that are to be covered next in the template. Slide 28 : This slide represents Difference between OFDM and CDMA technical specifications. Slide 29 : This slide highlights title for topics that are to be covered next in the template. Slide 30 : This slide showcases Positive impact of 5G technology on environment. Slide 31 : This slide depicts how 5G technology will increase the energy consumption. Slide 32 : This slide describes the impact of 5G technology radiations on birds’ lives, nesting, breeding, etc. Slide 33 : This slide represents the potential life cycle impacts of 5G technology. Slide 34 : This slide showcases impacts of E-waste due to 5G technology. Slide 35 : This slide highlights title for topics that are to be covered next in the template. Slide 36 : This slide shows Timeline to implement 5G technology. Slide 37 : This slide highlights title for topics that are to be covered next in the template. Slide 38 : This slide presents Roadmap to implement 5G technology. Slide 39 : This slide highlights title for topics that are to be covered next in the template. Slide 40 : This slide displays Performance tracking dashboard for 5G technology. Slide 41 : This slide is titled as Additional Slides for moving forward. Slide 42 : This slide contains all the icons used in this presentation. Slide 43 : This slide represents Stacked Bar chart with two products comparison. Slide 44 : This slide describes Line chart with two products comparison. Slide 45 : This slide contains Puzzle with related icons and text. Slide 46 : This slide shows Post It Notes. Post your important notes here. Slide 47 : This slide depicts Venn diagram with text boxes. Slide 48 : This is Our Target slide. State your targets here. Slide 49 : This is a Thank You slide with address, contact numbers and email address.

5G Features Over 4G Powerpoint Presentation Slides with all 54 slides:

Use our 5G Features Over 4G Powerpoint Presentation Slides to effectively help you save your valuable time. They are readymade to fit into any presentation structure.

The difference between these generations of mobile network technologies is primarily based on their speed, capacity, and capabilities. Each new generation offers improved speed and capacity, with additional features and functionalities.

5G technology has significantly lower latency compared to 4G, which means the response time between sending and receiving data is much faster. This enables quicker communication between devices and reduces delays in applications such as online gaming, video conferencing, and autonomous vehicles.

5G technology has both positive and negative impacts on the environment. On one hand, it can reduce greenhouse gas emissions and energy consumption through the use of smart city solutions and connected infrastructure. On the other hand, the increased energy consumption and radiation emissions associated with 5G infrastructure can have negative impacts on the environment and wildlife.

The technologies used in 5G communication systems include millimeter wave technology, massive MIMO (Multiple Input Multiple Output), beamforming, small cells, and advanced antenna systems. These technologies enable high-speed, low-latency connectivity with increased capacity and network efficiency.

The timeline for implementing 5G technology varies by country and region, but many countries have already begun implementing 5G networks. By 2025, it is expected that over one billion people worldwide will have access to 5G networks, with widespread adoption expected in the coming years

Ratings and Reviews

by Dylan Richards

November 22, 2022

by Earnest Carpenter

• Preferences

Seminar on 4G wireless technology - PowerPoint PPT Presentation

Seminar on 4G wireless technology

Use this template for presentations based on technology. ... wireless technology for more ppt s, visit www.studentsaarthi.com what is 4g – powerpoint ppt presentation.

• Abbreviation of fourth generation is wireless technology
• It will provide a comprehensive IP solution where
• voice , data and multimedia can be given to user on an
• anytime , anywhere basis.
• It includes several types of broadband wireless
• communication system access including cellular
• telephone system.
• Due to substantial growth in overall number of
• subscribers.
• Due to massive demand of new services like data , audio , image or video .
• Support for multimedia services like teleconferencing and wireless internet.
• Wider bandwidths and higher bitrates.
• Entirely packet-switched network.
• Global mobility and service portability.
• Support for previous wireless technologies.
• High internet speed.
• Tight network security.
• Smart antennas
• In traffic control.
• Multimedia video services
• Telemedicine.
• Crisis Management
• Virtual Navigation
• Interoperability between the signaling techniques that are planned for use in 4G.
• Cost is another factor that could hamper the progress of 4G technology.The equipment required to implement the next-generation network are still very expensive.
• A Key challenge facing deployment of 4G technologies is how to make the network architectures compatible with each other. This was one of the unmet goals of 3G.
• As regards the operating area, rural areas and many buildings in metropolitan areas are not being served well by existing wireless networks.

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• Mobile and wireless networks

5G, the latest generation of cellular technology, delivers faster speeds, lower latency, higher reliability and greater capacity for multiple devices than its 4G predecessor. Carriers target the majority of their 5G marketing dollars to consumers, but enterprises will reap the biggest rewards. This enterprise 5G guide explains how the cellular technology works, its architecture options, emerging use cases, how it compares to 4G and Wi-Fi 6, and more.

5g vs. 4g: learn the key differences between them, 5g and 4g network architectures have some significant differences. see how the two technologies differ and what the new capabilities mean for business communications..

• Michaela Goss, Senior Site Editor

In a perfect world, each generation improves upon the best qualities of its predecessors and thrives in ways previous generations couldn't. In a way, new generations respond to the issues created by older generations.

This is particularly relevant for generations of mobile networking and cellular technology. In the case of 4G vs. 5G, 5G aims to not only surpass 4G network capabilities, but also meet and exceed 4G's goals for general speeds, latency and density.

The 4G era saw the innovation of various networking trends, such as IoT growth, greater numbers of smartphones, and remote and mobile workforces. These trends advanced throughout the 2010s, which created a need to support faster speeds and greater cell density. Pundits hope the latest generation, 5G, addresses the issues 4G introduced.

As organizations consider 5G, they must understand the differences between 4G and 5G network architectures and determine how both architectures could affect business operations. This feature dives deep into those differences and discusses what these key differentiators mean for organizations globally.

This article is part of

Enterprise 5G: Guide to planning, architecture and benefits

• Which also includes:
• What is 6G? Overview of 6G networks & technology
• Top 5 use cases for 5G augmented and virtual reality
• What 5G skills are most in demand?

How does 4G work?

4G is the fourth generation of mobile network technology and 5G's predecessor. A 4G connection works via an antenna that transmits over radio frequencies, which lets mobile devices connect to mobile networks.

In the 2010s, 4G reigned as the latest, most innovative generation of cellular technology and reached ubiquity within the decade. Some of 4G's promises included enhanced cell density, improved VoIP capabilities and greater bandwidth.

4G Long Term Evolution ( LTE ) is the golden, global standard for wireless broadband and sets the foundation for 5G networks. Both 4G and 4G LTE support various traffic types, something previous generations struggled to do and which 5G must now improve upon.

How does 5G work?

5G comes with various new features and capabilities, including network slicing, orthogonal frequency-division multiplexing ( OFDM ) and massive multiple input, multiple output.

5G also introduces another new standard called 5G New Radio ( 5G NR ) that aims to replace LTE. 5G NR builds off LTE's best capabilities and brings new benefits, such as increased energy savings for connected devices and enhanced connectivity.

5G can also operate on a new high-frequency spectrum -- millimeter wave ( mmWave ) -- which operates on wavelengths between 30 GHz and 300 GHz, compared to 4G LTE's wavelengths of under 6 GHz. Due to the mmWave spectrum, 5G requires new small cell base stations to operate and function.

Comparison of 4G and 5G latency, speed and bandwidth

The key differences between 4G and 5G network architecture include the following areas:

The biggest difference between 4G and 5G is latency. 5G can offer low latency under 5 milliseconds, while 4G latency ranges from 60 ms to 98 ms. Lower latency brings advancements in other areas, such as faster download speeds.

Potential download speeds

While 4G introduced various VoIP capabilities, 5G builds upon and enhances those promises of quick potential download speeds. 4G's download speeds hit 1 Gbps, and 5G's goal is to increase that tenfold for maximum download speeds of 10 Gbps.

Base stations

Another key difference between 4G and 5G is the base station required to transmit signals. Like its predecessors, 4G transmits signals from cell towers. However, 5G uses small cell technology , due to its faster speeds and mmWave frequency bands, so carriers are deploying high-band 5G in small cells about the size of pizza boxes in multiple locations. 5G still uses cell towers for its lower-frequency spectrums as well.

Carriers must deploy small cells in various areas due to the mmWave frequency. While the frequency is higher than cellular technology has seen so far, mmWave has weaker signals that travel across shorter distances. Small cell stations must be placed frequently in 5G-capable areas to ensure the signals reach users and businesses.

OFDM encoding

OFDM splits different wireless signals into separate channels to avoid interference, which also provides greater bandwidth. Because OFDM encodes data on different frequencies, this can bolster 4G and 5G download speeds, as these networks would have their own signal channels rather than a shared one between them. 4G uses up to 20 MHz channels, while 5G uses 100 MHz to 800 MHz channels.

Cell density

Small cell technology enables 5G to provide more cell density and enhance network capacity. While these were also promises of 4G, 5G will likely succeed where its predecessor falls short, as 4G never completely met its high goals for general speeds. 5G networks have increased density, which means they have more capacity to support more users and connected devices, leading to increased mobile device and connection capacity.

Despite the advancements of 5G, some of its expectations have fallen short . Carriers are taking time to work out the flaws and complexity 5G creates.

5G expectations vs. reality

Early technological promises aren't always guaranteed. Organizations that want to evaluate differences between 4G and 5G for their network architecture should take a step back and look at what 4G promised, what 4G actually delivers and what that could mean for 5G's reality. Caution is key because goals don't always materialize in the real world.

For example, one goal of 4G was to reach general speeds from 100 Mbps to 1 Gbps. In reality, these speeds averaged 7 Mbps to 43 Mbps. This doesn't mean 4G is bad or that the original goals weren't possible. Instead, these goals set the groundwork for what 5G should and could achieve. 5G's download speeds and low-latency goals, for example, are an extension of 4G's original goals.

However, 5G hasn't accomplished all its goals in the first few years. These achievements could take years or might not happen at all. It's crucial for organizations and network teams to understand that the expectations and realities of 4G and 5G are mutually exclusive. Despite this, 5G has the potential to enhance operations and address the shortcomings that 4G failed to address. How 5G does this in a long-term, global way has yet to be seen.

Editor's note:   This article was updated in July 2024 to improve the reader experience.

Michaela Goss is the senior site editor for TechTarget's customer experience and content management sites. She joined TechTarget as a writer and editor in 2018.

Macrocell vs. small cell vs. femtocell: A 5G introduction

Top 5G enterprise use cases and business opportunities

Predictions about 5G adoption

5G NSA vs. SA: How do the deployment modes differ?

The essential 5G glossary of key terms and phrases

Dig Deeper on Mobile and wireless networks

millimeter wave (mmWave)

5G New Radio (NR)

Indoor 5G gets a boost as small cells come to rescue

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More From Forbes

Evolution of the mobile g’s and the future of 4g lte.

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Bo Larsson is the CEO of MatSing . Developing a new approach for high-performance, high-capacity lens antenna design.

Since 2019, U.S. mobile carriers have allocated tremendous resources to enable 5G coverage nationwide. Over the past few years alone, more than $100 billion has been invested in securing additional midband spectrum—including C-Band, 2.5GHz and CBRS—which can be highly effective in unlocking the full power of 5G including speed, capacity and latency.

Additionally, there has been a concerted push to deliver 5G across the U.S. on all spectrums. Prior to 2023, almost $50 billion was invested annually by carriers to build and operate their next-generation mobile network. We’ve seen a slight dip this year; however, the push for densification is coming, especially on C-Band. Meanwhile, the carriers globally continue to invest in 4G LTE and 5G infrastructure to bring more capacity and coverage to their networks.

How We Got Here

Sometimes, it’s good to look in the rearview mirror and comprehend how we got here. In the mobile world, every decade has seen the introduction of a new generation of mobile technology—a new “G.” Each new “G” has introduced unique features and capabilities that have changed how we interact.

While a variant of the second generation, or 2.5G, was the initial foray into the world of mobile data, the underlying technologies adopted by U.S. carriers were drastically different. At that time, Verizon and Sprint both had CDMA networks , which had their roots in the U.S. and Japan. Simultaneously, AT&T was offering its wireless service on GSM technology, which was predominantly used in Europe. Data speed was measured in Kbps instead of Gbps, as it is today. Packetized data ushered in a new age of communications and provided the foundation for today’s era of digital connectivity.

When the third generation was introduced, it was the first true “data” oriented network, with Mbps of data speed being supported. However, 3G was constrained by divergent underlying technologies and standards. A significant milestone, though, was the successful introduction of Apple’s iPhone, which redefined how people began to use their smart devices.

Fast forward to the fourth generation of mobile technology, introduced with one important caveat: The underlying technology was unified to what is commonly referred to as “LTE”—or 4G long term evolution. Greenfield infrastructure supporting this standard had to be deployed by all carriers worldwide to deliver their 4G services, which now offered download speeds in Gbps and largely enhanced connectivity. There was a significant difference in this fourth “G,” as it was developed to become the ultimate bedrock of mobile communications.

The transition to the highly anticipated fifth generation changed our connected experience altogether. It was a unique case of reality meeting the hype. Today, high-bandwidth video communication is becoming ubiquitous, and a multitude of concurrent devices can now be interconnected on the new 5G network, leading to our new world of IoT (Internet of Things).

Despite these benefits, 4G LTE remains the bedrock of mobile connectivity, meaning it must now coexist with 5G. Ericsson’s Mobility Report estimates that by the end of 2023, there will be about 1.5 billion 5G subscriptions. Projections show 5 billion global 5G connections by the end of 2028, accounting for almost 55% of all mobile subscriptions. The remaining 45%, accounting for 3 billion to 4 billion subscribers and a larger proportion of devices, are expected to remain connected via 4G LTE for the foreseeable future.

Moving Forward

With spectrum remaining finite and expensive, while being the only highway mobile services are delivered on, carriers must always overlay newer technologies effectively while continually maximizing the use of their spectrum.

However, one of the requirements of 5G is the need for larger chunks of contiguous spectrum, which is typically unavailable to carriers in their prior allocation of lower frequency bands. Backward compatibility of 5G to 4G LTE holds the key for carriers, as they can keep our devices connected on 4G in areas where 5G is not available. Delivering a ubiquitous connected experience for users is a major endeavor for carriers, and all efforts will need to be made to make 4G LTE available as a complement to 5G.

Typically, it takes about a decade for carriers to deliver nationwide coverage on any G, and in mid-2022, U.S. carriers are reported to have achieved 99% 4G LTE uptime for their subscribers in many markets. In comparison, the uptime was at roughly 85% in 2015. Massive investments have been made in the 4G LTE network, and we are now in the critical phase of needing to maximize and extend the life of this bedrock network with selective additional investments. The focus for the network investment is shifting from coverage to enhanced capacity.

Different solutions help address the needs of carriers to maximize the use of their spectrum while increasing capacity in the network. From a last mile connection perspective, carriers have options to enable mobile broadband, fixed wireless and fiber-to-the-premise (FTTP) connectivity. In the case of mobile broadband and fixed wireless, the carriers need to leverage a robust mobile network that can guarantee high performance in an economically viable deployment scenario where the spectrum utilization is correspondingly maximized. For FTTP, carriers do not need to leverage their spectrum but the cost of deployment and, in many cases, the difficulty in bring fiber to every premise outweighs the benefits.

In an outdoor network where mobile last-mile connectivity is being delivered by the carrier, they look for high gain, clean signals and better coverage area with no interference. In the indoor scenario, especially in high profile venues like stadiums and arenas, the carriers are additionally looking for high sectorization to maximize use of their spectrum and to deliver high-capacity connectivity to their subscribers. The choice of antennas becomes imperative, and carriers have a few to choose from including the traditional panel antennas with known constraints, and the new lens antennas. Ultimately, the choice of the antennas to deliver the last-mile connectivity can be the game-changer for the carriers as they strive to deliver advanced mobile broadband and fixed wireless connectivity.

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