Right from budding startups to elite businesses in mining, oil and gas, engineering, manufacturing, etc, everyone is beginning to pour their hearts and pounds into 5G technology and robust connectivity. For instance, South London and Maudsley Foundation Trust, a 5G-connected hospital, leverages these network services for their mission-critical operations. 

In the context of 5G infrastructure in the UK, there are big players, and then there are big duds. To aid you on your mission to become a brand with the best network connectivity money can buy, we bring to you this comprehensive review featuring everything you need to know about the technology and tips for choosing the right network for your needs. So be sure to stick around.

5G Technology: 12 Facts You Should Know

As with all new technologies, the problem with the 5G network in the UK is that many confuse conspiracy theories and half-truths as facts. Here are 12 incredible facts about 5G in the UK and what lies in stock for your business. 

1. In theory, 5G delivers up to 10–50 Gbps, which is over 100 times faster than 4G. In real life, however, 5G speed is 100–500 Mbps. As the UK 5G rollout continues, speed is expected to increase.

2. Typically, standalone 5G is unavailable in the UK and many countries worldwide. It cannot work without 4G and does not offer the benefits of 5G to its fullest capacity.

3. In 2023, Vodafone announced a standalone 5G rollout in the UK for Samsung S22 and Samsung S23 in parts of London, Manchester, Glasgow, and Cardiff. This is severely limited in scope.

4. The UK government alone has invested nearly £200m in 5G coverage. By 2030, standalone 5G wireless coverage is expected to be available in all UK areas.

5. By 2030, it is projected that more than eight in ten of UK connections will be 5G, putting the UK on par with Germany and Japan.

6. Research shows that 5G radio waves (mmWaves) have a peak frequency of 86 GHz, which falls within the radio frequency range and, therefore, doesn’t pose a health risk.

7. The major UK network providers—EE, Three, Vodafone, and O2—offer 5G coverage in the UK already.

8. EE has the fastest 5G mobile network in the UK, while Three is outperforming the network only in some cities.

9. By 2030, 5G will create or transform as many as 4.6 million jobs across all sectors of the UK economy and contribute up to £43 billion to the UK GDP.

10. The cities with the best 5G coverage in the UK are Birmingham, London, and Manchester, in that order. That said, most large cities in the UK offer 5G coverage to some extent.

11. In the long run, private 5G can be a more cost-efficient option for enterprises and large businesses. Companies can build their own private 5G networks, scale end-points, and avoid the massive cost-per-device access associated with public 5G.

12. Customer Market Insights (CMI) forecasts that the private 5G market will hit about $41.80 billion by 2030.

How Does 5G Work?

Similar to 4G technology, 5G works by broadcasting frequencies to mobile devices via cell towers. Typically, these radio frequencies are broken down into spectrums, which are higher for 5G than 4G and other iterations. In simpler terms, your smartphone or smart device receives 5G network signals from masts and other infrastructure. So, provided your phone is 5G compatible, and you’re in the range of a 5G mast, then you’ll have access to 5G.

What is 5G?

In a nutshell, 5G or the fifth-generation mobile technology, is the latest global wireless network after 4G, 3G, 2G, and 1G networks. 5G features a host of new improvements from previous iterations, providing an ultra-fast connection for everyone and everything, including machines, devices, and objects. It uses advanced antennas, higher frequency spectrums, and newer technologies to provide faster speed rates. This solves the problem of demand for data, video, and other multimedia generated by billions of connected devices all over the world.

When we talk about its performance, 5G has ultra-low latency, increased network capacity, and a whole lot of potential around technological advancements, such as the Internet of Things (IoT). 5G network opportunities have opened the door to many possibilities in areas like health, tech, manufacturing, oil and gas, and so much more.

Types of 5G Technology

5G comes in three forms, each with differing characteristics that are envisioned to work together. They include:

• Low band
• Mid band 
• mmWave high band

1. Low Band 5G

Low band 5G is the average Joe of 5G that operates on frequencies similar to radio stations and televisions and is the closest spectrum to 4G LTE and 4G. While it doesn’t offer the “ultra” features of 5G, it’s still about 10 times faster than 4G speeds. 

Explaining low 5G bands, Ivor Nichols, co-founder of UCtel, tells a story of what he prefers to call the family metaphor. In his words, “Low-band 5G is the child of the family, can travel really long distances but not as fast as other members of the family”. 

Typically, it’s lower down the spectrum, sitting comfortably between the 600 MHz to 900 MHz frequency range, with slower speed but better coverage. UK mobile network providers are rolling out low-band 5G much quicker than mid-band and mmWaves. Requiring fewer cell sites and tower masts, it serves users within hundreds of square miles and provides coverage in even rural areas of the country. 

2. Mid Band 5G

From the very beginning of 5G deployment in the UK, all four major carriers have been utilising mid-band 5G spectrum between 1 and 6 GHz. Considered a spectrum sweet spot, it offers both broad coverage and fast speeds. Following Ivor Nichols’ analogy, it’s the “uncle” of the family. 

Currently, UK carriers are competing for the first brand to deliver mid-band 5G ready for customers, including antenna upgrades and backhaul at thousands of sites in the UK. This 5G type is mostly accessible in the UK’s busy and high-traffic areas — populated cities, shopping malls, stadiums, etc. 

3. Millimetre Wave 5G

Characterised by approximately 100 times faster than 4G LTE networks and extremely low latency, millimetre wave 5G facilitates immediate transmission of messages and information. Even at minimal capacity, this type of 5G enables faster downloads, improves access, and powers next-gen applications, thereby making businesses more efficient. In fact, all the hype and news you hear about 5G’s ultra-fast speed and capacity can only be achieved by mmWave 5G’s frequency, which is between 30 and 300 GHz.

This 5G network is great in speed but lacks the penetration abilities of low-band and mid-band 5G. This means it can easily be blocked by objects, buildings, and more, requiring many mobile masts to maximise its potential. Ivor confirms this limitation and also adds that “mmWave’s line-of-sight travel limits how far the frequency can cover. As such, strategically installing it is very important for successful deployment.” 

The usual cell tower placement won’t be enough to reach that level. Almost every street lamp will need to be converted into a mmWave tower for the technology to work. However far-fetched this sounds, it’s a dream whose time has come. While mmWave is currently unavailable in the UK, Ofcom has confirmed that it will open the 26 GHz and 40 GHz spectrum bands to mobile technology. Fingers crossed as we await mmWave 5G’s debut into the UK mobile ecosystem.

To summarise, here are the differences between the three types of 5G frequencies:

Advantages and Disadvantages of 5G

Despite being the latest and most advanced stage in the evolution of wireless communication, 5G tech is not without controversy. Like any new technology, it comes with both benefits and challenges. It’s important to be aware of both to get the most out of its strengths and avoid the impact of the downsides. 

5G Advantages

• Fast speed: 5G networks can deliver speeds up to 100 times faster than 4G. It means faster downloads, streaming in ultra-high definition, and near-instant access to cloud-based applications, making mobile internet experiences much smoother.
• Low latency: With 5G, latency can be as low as 1 millisecond, compared to 30–50 milliseconds on 4G, which is crucial for real-time applications like remote surgeries or virtual or augmented reality (VR/AR).
• Enhanced capacity: 5G can support high volumes of traffic and maintain consistent performance even during peak usage times, which is essential for densely populated areas like cities, where thousands of users may be streaming, browsing, or using data-intensive applications simultaneously.  
• Improved network reliability: 5G provides more reliable and stable connections. The tech offers more consistent service, reducing network congestion and signal loss in crowded areas, urban centres, and remote locations.
• New applications: 5G enables groundbreaking technologies like autonomous vehicles, telemedicine, smart grids, immersive VR/AR experiences, and edge computing, transforming industries and everyday experiences.

5G Disadvantages

• Limited coverage: Though rolled out in many countries, including 5G in the UK, these advanced networks are primarily available in major cities, with rural and less populated areas often lagging behind. Expanding 5G infrastructure across entire countries will take time and significant investment.
• Higher deployment cost: Currently, building a 5G network is expensive. Telecom operators need to invest heavily in new infrastructure, including small cells, base stations, and antennas. This results in much higher service fees for the final user. 
• Limited signal range: Despite ensuring faster speeds and lower latency, 5G signals have a shorter range than 4G. The higher frequency bands have difficulty penetrating obstacles like buildings and trees, covering a smaller area and calling for more base stations to maintain coverage, especially in dense urban environments.
• Security concerns: With greater connectivity and more devices linked to the network, the potential attack surface for cyber threats increases. So, ensuring network security and privacy is a more complex process.

As 5G continues to develop and expand, its benefits will likely outweigh the drawbacks over time, shaping the future of digital communication in ways we only begin to imagine.

Difference Between 4G and 5G 

5th generation technology differs from its predecessor in various ways. Let’s explore them:

1. Latency

The most important difference between 5G and 4G is latency — the delay time between sending and receiving information. 4G’s average latency is 200 milliseconds, very close to the time it takes for humans to react to visual stimuli pegged at 250 milliseconds. 5G’s latency can go as low as 1 millisecond, which is barely a mini-fraction of a second, thereby reducing the risk of connection interruption. This extraordinary jump will offer a gateway for developing next-generation IoT devices and services. 

Using smart cars, for example, latency means the delay between pressing “STOP” and the time the autonomous vehicle actually starts braking. This can mean life and death and will make the concept of vehicle-to-everything possible.

2. Frequency

Another essential difference between 5G and 4G is frequency. Generally, 4G uses frequencies that are less than 6 GHz, while the spectrum of the best 5G networks in the UK can be ≥30 GHz. What does this high frequency mean for your network? 5G mid-band and mmWave support a high capacity for fast data. They’re usually less cluttered, highly directional, and can be used right next to other wireless signals without interference. 

3. Speed

When it comes to speed, all types of 5G bands are faster than 4G. mmWave 5G download rates can reach 10 gigabits per second. That’s about 100 times faster than 4G and is ideally the level of performance needed for next-level connectivity. Even as 5G architecture is still unrolling in the UK, its speed is lightning fast, and we expect this to increase in the future. 

4. Network Slicing

While 4G networks were mostly made for mobile devices, 5G networks were designed to offer flexible solutions in place of special-purpose networks. Standalone 5G (SA 5G) in its intended form can work as many separate networks. This technology is known as network slicing. 

Standalone 5G can be cloud-based or virtual. Generally, many SA 5G network infrastructures are software-based rather than hardware-based. As such, telco providers can create custom slices within the larger network. These slices or autonomous private networks are independent, and every quality, including speed, capacity, coverage, encryption, and security, can be tailored.

5. Capacity

The fourth-generation network lacks the capacity to support many devices in one place. Imagine trying to browse or make a phone call in crowded places. On the other hand, 5G can accurately broadcast and support up to one million devices per sq km.
Want to learn more? Explore our ultimate guide on the difference between 3G, 4G, and 5G.

How Fast Actually is 5G?

We’ve been going on and on about 5G’s speed, but what does it actually mean for your mobile device? We’ll dig deep into real-world examples, but first, let’s go back to the basics. 

UK 5G networks must meet certain criteria and rules laid down by governing bodies such as 3GPP and Ofcom to be called 5G. One mandatory specification is speed for downloads and uploads. By law, the minimum peak download speed is 20 Gbps. 5G peak upload speed is 110 Gb/s. Also, latency plays a major role in 5G speed rates. The minimum latency requirement for 5G is 4 ms. However, this could drop to as low as 1 ms in certain conditions.

Every 5G cell tower supports at least one million devices for every sq km. By all standards, download and upload speeds are divided equally between every device on the same tower. Other factors influencing 5G speed rates include your location, your phone’s 5G compatibility, potential interference, and the 5G frequency band. 

But, if you were to subscribe to 5G networks in the UK on your mobile device right now, what average UK 5G download speed should you expect? The average speed a user can expect is 450 Mb/s. In real-life scenarios, here’s what to expect if you download a 2 GB video on different network standards:

5G: 23 seconds

Gigabit LTE: 41 seconds

4G LTE: 18 minutes

4G: 27 minutes

3G: 45 minutes
Now that we’ve debunked 5G myths around speed, let’s see what the future holds for industry verticals.

Areas Where 5G Became a Game-Changer

The next step in our guide to 5G in the UK is how it redefines how people, businesses, and enterprises communicate. Industry verticals that will experience major leaps include:

1. Manufacturing

What’s a smart and modern factory without a fast internet connection? Robots and advanced machines used in factories are usually equipped with varying complex sensors connected to analytical predictors on the cloud that ensure streamlined and accurate workflow on the factory floor. Usually, a customised 5G network for manufacturing can be configured to satisfy the company’s capacity, coverage, and network requirements.

With wired connectivity currently being outdated and replaced by cloud connections, 5G will play a huge role by providing an excellent, high-speed environment. An additional factor that makes a 5G factory really cool is its ability to maintain more connections than wired and older wireless counterparts. 
You can see how UCtel seamlessly improved the mobile signal of all major UK networks in a Sunderland factory with over 1,300 employees without the need for any wired connections. If your warehouse or factory has connection problems, you need to diagnose the cause ASAP. Some causes of poor mobile signal in your warehouse to look out for include interference, building materials, and more.

2. Healthcare

5G is revolutionising healthcare delivery and promoting telemedicine solutions. Telehealth, a high-resolution video consultation powered by 5G, will enable healthcare workers to handle non-emergency cases online while saving the front door ER for more critical cases. 5G in health also facilitates the IoT possibilities in the industry, including wearables for patient monitoring. 

In fact, 5G is expected to provide dependable connectivity, enabling healthcare staff to make informed decisions with little time. As it can transmit large volumes of data within the blink of an eye, perhaps 5G may just be the gateway for remote imaging such as X-rays and MRIs. Mission-critical reasons why healthcare needs reliable mobile connectivity is to identify at-risk patients, make timely decisions, and reduce morbidity and mortality. 
London North West University Healthcare NHS Trust, a hospital with poor indoor network coverage, hindering their communication, especially during the COVID-19 pandemic, got timely help from UCtel. We intervened by deploying two signal-boosting solutions, thereby solving their problem.

3. Financial Services

5G will benefit financial services such as banks in the following ways:

• With data transfer speed multiple times faster than 4G, 5G will facilitate cloud computing of financial data and might just put an end to apps, thereby paving the way for the so-called progressive web app (PWA).
• Because 5G can serve about one million users per sq km., there can be an explosion of IoT innovations, with car banking at the top of the list.
• Prompt processing of large volumes of data can enable credit decisions in seconds and not hours or days. The chances of miss-selling will hit an incredible low. 
• 5G can boost banking security to an all-time high. Users’ biometric characteristics, such as fingerprint, face, or eye features, once stored in the financial company’s cloud, can be used for logging in. 

Here’s a case study where solving the mobile signal problems of a financial company resulted in a significant increase in productivity. Melrose, a leading financial company in the UK, had little to no coverage on EE and Vodafone networks in their new offices. We installed a mobile signal booster, which took their on-site connectivity to another level.

Other industries where 5G can be a game changer include:

• Agriculture
• Transportation and logistics
• Energy 
• Automotive 
• Retail 
• Entertainment
• Education

5G Coverage in the United Kingdom

The United Kingdom is one of the countries where the 5G rollout is serious business. Still, while many network providers have launched the 5th generation technology, it’s yet to envelop every city in the UK. Here’s where we currently are:

1. EE

As Europe’s biggest 4G provider, EE might just be on its way to becoming the biggest 5G provider. EE was the first carrier to launch 5G in Q2 of 2019 and has since then provided outdoor NSA 5G coverage in London, Cardiff, Belfast, Edinburgh, Newcastle, Liverpool, Leeds, Glasgow, Nottingham, Hull, Sheffield, Coventry, Leicester, and Bristol. 

We recommend using the EE coverage and network status checker to confirm if the network provider offers any 5G in your area. 

2. Three

Three claims to offer the fastest 5G network in the UK, but how true is this? The telco company launched 5G in late 2019 and has since then been able to cover 486 locations, which translates to about 56% of the UK population. They offer phone contracts, SIM-only deals, and Pay-As-You-Go plans for 5G. Some cities with Three 5G coverage include Birmingham, Cardiff, Belfast Bradford, Cambridge, Durham, Coventry, London, Liverpool, and many more. 

Double-check your city or town’s Three 5G coverage using the Three Network Coverage Checker.

3. O2

O2 also rolled out its 5G network in late 2019. Currently, the network provider has been able to extend 5G coverage to over 750 UK locations. Remember, the brand merged with Virgin Media in 2021, and up to this day, it has continued to extend its 5G coverage in the country. Check where your city stands with O2 5G coverage using the O2 Network Coverage Checker. 

4. Vodafone

Launched in July 2019, Vodafone provides 5G coverage in about 150+ locations in the UK. No matter how limited, the company is making headway with standalone 5G and has conducted trials with 5G in vehicle-to-vehicle communication. 

To confirm your area’s Vodafone 5G status, use the Vodafone Network Status Checker. 

How Do You Choose the Best 5G Network in the UK?

Interested in faster 5G performance or more data on your SIM-only plan? Find out how to choose the best network for 5G in the UK. Here are factors to consider when choosing the best network for your 5G needs.

1. Coverage

Use the coverage maps above to check the current 5G network status for each network in your area. Also, get reviews from neighbours and friends already using the service on their 5G-compatible mobile devices. If your city or town has 5G coverage, but it shows rather poor performance in your building or office, consider getting a 5G signal booster.

2. Internet Speed

Coverage is usually not enough. You want to be sure that your choice network has enough bandwidth for all your mobile devices. Compare different carriers regarding this aspect.

3. Cost

After determining the networks with the best 5G coverage and internet speed in your specific area, compare their costs. When we say costs, we are not talking about the amount you’ll pay for a 5G-ready device. Other factors that determine price include the smartphone you get with the deal, your upfront fee, and how much data you need.

5G SIM-only deals cost around £5 a month, but not with unlimited 5G data. If you need more data, the fee may go as high as £15 per month.

4. Customer Feedback

Especially if you use 5G for business, we recommend choosing a network provider with good customer ratings and reviews. 

No 5G or Poor 5G Network Speed in Your Area in the UK? Consider UCtel as Your Trusted Partner

If your UK 5G network is slow, you’re not alone — our country’s 5G rollout is still at the baby level. However, with UCtel’s 5G mobile signal booster, your business can enjoy a robust and reliable connection any time, any day. At UCtel, our experienced team of telco professionals can quickly figure out your network problems as well as how to fix them. Give your connectivity a leap by contacting us now!

Conclusion

While the UK’s 5G market is slowly growing, there’s no guarantee that it’ll pick up speed to be on par with countries like South Korea, Canada, and the US. As such, the highly competitive global market won’t sit around waiting for the UK rollout to be extensive. Using a mobile signal booster, you can enjoy next-level connectivity and set your business apart in terms of future-forward technological advancements powered by 5G. 

 In this article, we’re discussing private 5G use cases, as well as shedding light on how  the improved connection can revolutionise robotics and heavy machinery operations, AR/VR experiences, IoT and automation, supply chain optimisation, and even smart agriculture. Let’s start!

Robotics and Heavy Machinery

Private 5G enables a new generation of autonomous mobile robots (AMRs) and remotely operated machinery across warehouse, manufacturing, and construction sites.

Key benefits:

• Supports real-time vehicle-to-vehicle (V2V) communication for efficient coordination;
• Enables remote operation over large areas with no lag or disruption;
• Boosts productivity and automation by integrating IoT sensors and AI. Learn more about the benefits of 5G in manufacturing. 

Compared to Wi-Fi, private 5G offers near-instant response times and supports high device density — which is crucial for coordinating fleets of robots and heavy equipment. Interference is minimised, coverage is consistent, and roaming is seamless.

BMW: autonomous logistics

BMW is one of the main use cases of private 5G networks for industrial business. The company implemented private 5G to enhance its automotive manufacturing operations. At their factory campus in Regensburg, Germany, they’ve deployed a private 5G testing area to optimise logistics through the use of smart robotic platforms.

Self-driving transport systems can flexibly move materials without guide paths, while autonomous forklifts can dynamically coordinate to handle various warehouse tasks. These examples of 5G use cases demonstrate how industrial environments can leverage private 5G to maximize productivity.

AR/VR Experiences

Private 5G can create highly immersive augmented reality (AR) and virtual reality (VR) experiences. The high bandwidth and ultralow latency allow users to have the engaging experience of a dedicated VR headset on regular smart glasses.

Key benefits:

• Supports HD video streaming with near-zero lag for immersive AR/VR;
• Allows use of AR/VR solutions using smart glasses instead of bulky headsets;
• Drives efficiencies and accuracy by overlaying digital information onto the real world.

While Wi-Fi may struggle to deliver, private 5G reliability provides the foundation for next-generation XR innovations. Training scenarios, assisted repairs/operations, and even venue exploration can all be enhanced through best-in-class wireless connectivity.

ThyssenKrupp & HoloLens 2

ThyssenKrupp, another example of use cases of private 5G networks for commercial businesses, combines the technology with HoloLens 2 glasses to let remote experts see what on-site technicians see in real-time. This augmented assistance makes complex repairs significantly easier. This ingenious development hints at the scope of potential private 5G applications for any industry that can benefit from instant, precise communications.

IoT and Automation

Regarding enterprise IoT innovations, private 5G is the clear connectivity of choice. The high-density, low-power IoT devices central to digitising business environments require always-on reliability and real-time command/control that is only possible with stable connection 5G offers.

Sensors, asset trackers, cameras, controllers, and industrial appliances can all be networked to feed enterprise analytics and automation platforms. This can empower data-driven operations from predictive maintenance to inventory optimisation and beyond. For any sizable IoT deployment, private 5G should be considered to support it.

Biggest advantages:

• Securely connects thousands of IoT devices per cell site;
• Enables real-time tracking, monitoring, and analytics;
• Drives efficiencies through ML-powered automation.

Here, you can also read why campuses need private 5G. 

Rio Tinto: 5G in underground mining

Mining leader Rio Tinto is another member of our list of private 5G use cases for commercial environments. The company uses underground LTE and 5G connectivity to perform its subterranean operations. The network links up drilling equipment, driverless trucks, sensors, and control systems to automate ore extraction across their mines. Rio Tinto estimates this private 5G-enabled automation can boost productivity by over 20%, which is extremely impressive by the industry standards.

Supply Chain Optimisation

Global commerce depends on the constant flow of goods through interconnected supply chain networks. Ports are integral in managing this flow and serve as distribution hubs powering downstream supply chains. It’s easy to see how such infrastructure can benefit from 5G-powered automation.

Key benefits:

• Ultra-low latency connectivity enables real-time control and data analytics;
• Massive network capacity supports streams of data from numerous sensors;
• Precision location tracking provides accurate positioning of assets.

Read more about the benefits of 5G in the energy sector. 

The Port of Hamburg: MoNArch 5G

The Port of Hamburg in Germany has become another successful use case of private 5G networks. The network provides connectivity across 154 square kilometres of port infrastructure. This enables real-time tracking of shipments from their arrival at the port to processing and handover, providing end-to-end transparency. Sensors on containers relay information like location, temperature, humidity and door open alerts over 5G to enable constant monitoring of critical parameters.

Smart Agriculture

In the competitive world of commercial agriculture, connectivity powers the cutting-edge innovations needed to maximise crop yields. Autonomous farm equipment, aerial data analytics, and advanced sensors are all examples of private 5G use cases for the industry, unlocking significant productivity gains for the world’s farmers.

Key benefits:

• Wide area coverage provides connectivity across entire fields;
• Low latency allows for real-time transfer of sensor data for quick insights;
• High bandwidth supports numerous high-definition sensor streams;
• Precise positioning enables accurate tracking of livestock and equipment;
• High level of sustainability of the 5G network. 

Private 5G purpose-built for sprawling farm properties provide the backbone for such revolutionary approaches to farming. The reliable wireless coverage can connect everything, from livestock health trackers to self-steering tractors, into one efficient and productive whole.

5G RuralFirst

5G RuralFirst is an obvious example of private 5G use cases in smart agriculture. It runs multiple private 5G testbeds at farms in the UK, using the technology to apply new sustainable agriculture strategies.

Conclusion

As evident from the top use cases for private 5G networks, this technology brings significant operational gains in robotics, immersive experiences, automation, video analytics, logistics, etc. 

While each use case is different, private 5G undoubtedly marks a significant leap forward in reliable, high-performance wireless connectivity for commercial and industrial sectors. Businesses should leverage private 5G capabilities to unlock innovation and create intelligent, data-driven solutions.

In short, private 5G in manufacturing walks so that AI and other digitised industrial possibilities can fly. Lower latency, higher capacity, more access to data, and better machine learning algorithms are some advantages of private 5G in manufacturing. 

In this article, you’ll learn more about the benefits of 5G in the manufacturing industry and how small, mid-sized, and enterprise businesses can leverage 5G for better industrial workflow. Plus, a cherry on the cake – you’ll get straight-to-the-point tips on how to set up private 5G for manufacturers, so be sure to stick around. 

Why Do You Need a Private 5G Network for Your Manufacturing

Businesses need private 5G for manufacturing, as it’s currently the surest and fastest way to seamlessly power operations and fully automate complex tasks in key moments that matter. Private 5G improves an overall workflow and productivity, but what other real value does it offer? Why is private 5G in the manufacturing industry growing in importance the way it is?

These 5 reasons should offer some clarity, regardless of the company size, as to why manufacturers require private 5G to take their business to the next level. 

1. Digitise manufacturing processes at scale

Think of a private 5G network for manufacturing as the GPS to get your industrial processes going. Manual operations of industrial equipment are being phased out, but many manufacturers still aren’t maximising their machines to their fullest capacities. Why rely on wired networks with thousands of cable feet, numerous signal repeaters, and plenty of confusing switches? 

With a private 5G network, it's easy for manufacturers to bypass unnecessary complexities while providing ultra-reliable network services.

2. Get wider coverage

Poor networks and lost connections are a modern-day manufacturing nightmare. Owning a private 5G network facilitates consistent communications from machine to machine, machine to sensor, staff to machine, and vice versa across several thousands of square feet. When expertly deployed, private 5G combines multiple bands to provide fast and wide coverage. 

3. Low latency

Private 5G features ultra-low latency capabilities, with its round-trip transmission taking less than 5 milliseconds. This latency is way faster than human visual processing, and this opens a whole new realm of IoT and machine-machine communication. In the manufacturing industry, 5G’s speed and minimal lag are perfect for augmented reality (VR) and virtual reality (VR) applications.

4. Increased Bandwidth

Speed is exciting, but one of the questions in the minds of manufacturing product managers and analysts is this: how will 5G help manufacturers scale their tech initiatives? Private 5G networks can transmit large amounts of data, and even if network traffic/ data usage spikes, there’s no problem. For industrial businesses, more data means more insight and actionable knowledge into production, customers, and suppliers. 

5. High security

Despite headlines, 5G’s security landscape is not all doom and gloom. With the continued rise of Industry 4.0, telecom processes, operational technology (OT), and information technology (IT) converge, increasing the risk of cyber crimes. However, with a private 5G network in manufacturing, there are significantly reduced chances of unauthorised access and external interference.  

Benefits of Private 5G in Manufacturing

You would be missing out on a lot of advantages if your manufacturing business hasn’t deployed private 5G yet. Here are the benefits of private 5G for manufacturing to look out for: 

1. Automated quality control

Quality control is a massive part of manufacturing factories’ industrial procedures and a critical component that strives for automation. Poor quality control results in huge losses, with the cost of handling poor-quality products ranging between 5% and 30% of gross sales. This is especially true for manufacturing niche verticals where heavy machines, sensors, and AI products are the main actors of production. 

The 5G network is the best bet for powering a range of industrial technologies used in manufacturing, such as 4K cameras, sensors that send data to AI and ML systems, VR/AR, and inspection robots. This is possible, thanks to 5G’s high bandwidth. 

What will you get?

• Increased first-pass yield.
• Significantly reduced scrap rate.
• Real-time automated customer feedback.
• Monitoring of a supplier defect rate.
• Manageable supplier chargebacks.
• Production improvements.

2. Real-time predictive maintenance and production monitoring

Many elements go into the delicate process of manufacturing. During production, even small details, such as machine part alignment, can have large adverse outcomes. Private 5G’s high bandwidth and low latency features are game changers during production. Manufacturers can connect numerous production devices per km², with continuous communication between sensors. 

From real-time predictive maintenance to monitoring the performance of specific machine parts, private 5G for manufacturers can unlock bottom-line improving possibilities. And the outcome? A reduced cost of production, less wastage, reduced machinery downtime, and reduced maintenance cost. 

3. Revolution in factory automation

Factory automation, a critical part of manufacturing, has undergone significant metamorphosis with immersive solutions like 5G. Typically, deploying private 5G makes advanced industrial operations a dream rather than a nightmare. 

Drones and robots can seamlessly operate and complete complex, multiple tasks with minimal human input. This saves time for human workers to perform skilled work and improves efficiency. In addition, private 5G is reliable for remote operations, and in the foreseeable future, manufacturers can adopt the ‘dark factories’ concept, where entire production lines are automated and lighting isn’t needed, thereby saving up energy costs.  

4. Enhanced productivity

Imagine simplifying complex tasks and fostering human-to-machine interactions. Manufacturing employees can save time on repetitive work, have better job satisfaction, and discover their full potential. With 5G’s fast connection, the human-robot relationship is smart, safe, and seamless. Private 5G’s reliable connectivity also fosters industrial planning and scheduling for the highest possible productivity. 

5. Intelligent analytics 

With private 5G’s enhanced mobile broadband (eMBB), many potentials are unlocked: ultra HD video streaming and AR/ VR analytics are among them. Regardless of the ageing workforce, these advanced connectivity solutions decentralise expertise and ensure interactive training.

6. Workers safety

While manufacturing is heavily regulated to ensure all-round safety, accidents are still pretty common. UK’s HSE reports that 1.8 million workers suffered work-related injuries in the past year, leading to an estimated loss of 7.6 billion pounds and over 30 million lost working days. 

However, with the digitisation of the manufacturing industry and introduction of robots and autonomous machines, humans can be relieved of high-risk industrial tasks. 5G’s role here is to augment safety measures, even in the face of more work complexity. For example, high-definition cameras plus ML can provide real-time feeds of the production line, highlighting patterns that can predispose to accidents on the factory floor. 

7. Better inventory management and demand forecasting

The manufacturing industry often struggles with too little or too much stock, leading to billions in lost revenue. With real-time network connectivity enabled by private 5G, manufacturers can accurately predict demand, adjust stock levels, and manage inventory across a complex global supply chain. 

The above list is by no means exhaustive. When done right, private 5G is a fruitful endeavour for manufacturing companies with a long list of benefits. 

How Do You Set Up Private 5G for Manufacturers

Setting up a private 5G in a manufacturing site is relatively easy if you hire an expert private 5G vendor like UCtel. Here is how the process will look like, no matter the size of your factory:

1. Planning. It involves identifying the factory’s network challenges, requirements, and scope of usage.
2. Network design and technical map out
3. Soft installation and test-running
4. Final Installation
5. Implementation system turn-up
6. Integration with the already existing system 
7. Post-deployment testing
8. Troubleshooting and maintenance  

Consider UCtel as Your Trusted Partner for the Installation of Private 5G for Manufacturing

Considering the benefits of 5G in manufacturing, it’s no wonder the majority of executives believe a private 5G network could give their companies a competitive advantage. 

At UCtel, our certified consultants will help you make the most of private 5G and your automated solutions. We have over 20 years of experience in telco industry and can easily fix and set up your mobile network. Our private 5G offerings align with our constant eagerness to keep up with the latest technological advancements and ensure we deliver the best solutions for our clients’ ever-growing network needs. We work with manufacturing companies to salvage their dying network situation and transform how they do business.  

Don’t miss out on exciting possibilities with private 5G. To learn more, get in touch with UCtel today! 

As a result, using 5G is tantamount to lesser CO2 emissions to our environment and reduced energy costs. That said, this article will discuss 5G and sustainability, highlighting the benefits of 5G for the environment and its role in enterprise sustainability. We’ll also highlight some industries sectors that are already integrating 5G to boost their efficiency.

What Is the Role of 5G Network in Sustainability

A 5G network is the improved version of the 4G and 3G networks, designed to provide reliable and secure wireless network services. 5G technology meets several sustainability reporting requirements that make it an integral player in the pro-earth campaigns to boost productivity without adversely affecting our society. Some of its roles in environmental enterprise sustainability include:

Energy Efficiency 

Energy efficiency as a role of 5G in the sustainability of our environment refers to how much energy is saved when transmitting 5G network packets. Based on this, 5G is 90% more efficient than 4G. Generally, the data-efficiency coefficients of various internet technologies increase from 2G to 5G. Hence, experts advise that if you have a network infrastructure comprising 2G, 3G, 4G, and 5G, it would be best to shut down everything except the 5G and reroute your network through it to save more energy.

Furthermore, many 5G vendors claim that 5G cell sites can automatically shut down when there is no packet to transmit. Such techniques enable 5G sites to reduce about 40% of their energy consumption and power requirements.

Smart Cities

Besides energy efficiency, one of the major roles of 5G wireless networks is to lead the way for futuristic smart cities. These infrastructure investments have many environmental impacts, including a direct reduction in climate change. Apparently, with more data usage and consumption, enterprises and the general populace in smart cities will need better networks to transfer or collect data securely and faster. The 5G network can fulfil this promise by providing networks with reduced latency, faster speed, security, and improved customer experience over its predecessors. It does this by decongesting enterprise networks through network slicing and supporting more devices simultaneously.

Climate Change Mitigation

According to the NOAA climate report, before 1981, our climate temperature levels changed by 0.14 degrees Fahrenheit per decade, as recorded since 1880. However, since 1981, it has increased by 0.32 degrees Fahrenheit—twice what it averaged before that time per decade. The reason for this fast change lies in our increased dependency on unsustainable resources and activities like fossil fuels, deforestation, electricity use, waste disposal, etc. 

Meanwhile, a sustainable 5G network for enterprises could help cut back on carbon emissions and eventually reduce climate change significantly. Reportedly, some leading infrastructure behind the development of 5G and the upcoming 6G networks are sustainable equipment like liquid-cooling base stations, enhanced chipsets, and, of course, gallium nitride (GaN) amplifiers—all environmentally safe.

These infrastructures can help reduce the impact of network cells, such as radio emissions, CO2 emissions, and wrongfully disposed electronic wastes (e-waste) containing harmful chemicals and gases. These infrastructures will last longer, increase power density in cell sites, and reduce energy emissions to the environment.

What Are the Enterprise Benefits of 5G Network for Sustainability

The sustainability of the 5G network contributes to reducing the cost of running businesses as well as resource wastage by providing a faster and super-responsive network. Here are some of the benefits of the 5G network in service to sustainability:

IoT Integrations

One way 5G influences environmental and enterprise sustainability is through its support for internet-of-things (IoT). The foundation of IoTs is data transmission between tech devices. Since 5G can deliver this transmission faster than its predecessors, you can integrate IoT services with full automation between IoT devices and your digital/business platform more efficiently, regardless of the data structure and size.

In fact, 5G’s increased network handling capabilities and virtualisation can help future IoT devices operate optimally. As a result, this will speed up business processes and drive sales or profitability.

Data Security and Privacy 

Recall that a 5G network is an improved version of the 4G network. This means that 5G networks also use improved security protocols of 4G networks to enhance data security and user privacy. In addition to improved security systems like encryption and authentication, 5G networks enable impressive network-slicing protocols.

Network slicing simply means that with 5G networks, organisations can create isolated virtual networks that allow enterprises to transfer individual data across separate networks simultaneously. That way, they can reduce unauthorised attacks and single-point failures of the network system if there happens to be any attack—more like a plan B for data transfers over a wireless network.

Increased Efficiency 

One of the most important benefits of 5G network for sustainability is enhanced efficiency. 5G network can handle 100 times more traffic and payload than its predecessors. This means more efficiency and capacity. Additionally, 5G is faster and has a lower latency to deliver data packets than 4G. This is good for business, as no customer wants to engage in digital businesses whose platforms load or run slowly. As a result, you’d always experience a high churn or bounce rate in slow platforms with high latency.

Environmental Monitoring and Protection

5G networks in environmental monitoring and protection systems are a dealbreaker. For instance, you’d be sure to get detailed and real-time data from a 5G-enabled camera or sensor. This would help maintain efficient and faster responses to life-threatening or delicate emergencies or situations. 

Resource Optimisation

When discussing 5G and sustainability, we must know that a 5G network doesn’t only enable IoT integration and data security but also ensures enterprises use network resources efficiently, as well as decrease packet loss through radio resource management. This resource optimisation technique maximises network performance and reduces network costs while ensuring that people and businesses use reliable and secure networks.

Examining the Sustainability of the 5G Technology in Various Industries

The benefits of 5G technologies extend to many industries. Industries like healthcare, agriculture, and power can streamline and boost their productivity and income generation by integrating 5G technology. Let’s see how they can achieve all these below.

Healthcare Sector

The healthcare sector is a delicate one. Precision and timing matter a lot, and this is where 5G networks come in. The 5G network in embedded IoT machines could help medical staff and students monitor critical health conditions faster and in real time. This would help doctors or nurses to diagnose and respond to life-threatening situations faster and more efficiently. 

Moreover, low latency and high-speed networks often produce the cleanest graphics. With 5G performance promises, medical staff can probably download or upload precise and clean results or diagnostic photos that help them solve patients’ health issues.

Agriculture

Another sector with noticeable sustainability and 5G network needs is agriculture. There are so many areas where 5G integration can help to facilitate food productivity, security, and healthy plant and livestock production. For instance, farmers usually need robots and machines for maximum output. 

Many of these robots use IoT-embedded systems or often require wireless connectivity. Malfunctions often occur due to network congestion or packet losses, which could cause grave problems if not addressed in time. However, with 5G promises in line, agriculturists can confidently cultivate and groom livestock with efficient environmental monitoring and protection systems and robotics.

Energy Grids and Power Stations

5G network can boost security and efficiency in power stations and grids. Distribution System Operators (DSO) can improve power management and streamline energy distribution and reliability through 5G-enabled automation and IoT systems to monitor and speed up in-house and broadband communication and connectivity in real time. 

Also, as we explained with 5G in agriculture, energy grids and power stations can leverage 5G embedded IoT systems to monitor and protect their grids and stations from potential hazards that could cause total blackouts.

Consider UCtel's Expertise in Private 5G Networks for Businesses

5G network’s distribution and installation are usually interesting and seamless when you have reputable and reliable vendors to help you cut through the stress and worries of this emerging technology. With UCtel's private 5G network services, you’re one foot from enjoying the various benefits accruable from the roles of 5G in the sustainability of your mobile systems and enterprises, regardless of the industry. You can view our case studies or resource centre to learn more.

Conclusion

The role of the 5G network in sustainability is still progressive, and we can only expect more of the great things it could offer enterprises in building sustainable and reliable connectivity and business infrastructures. Sectors like agriculture, power distribution factories, and healthcare already enjoy 5G promises. Nonetheless, we expect more 5G-enabled sustainability and enterprise-level services in the future.

Leveraging artificial intelligence to its maximal potentials in your business requires more than just a stable and steady network connection. Private 5G features faster, lower latency, and stronger security than private LTE. However, do these really justify the costs in terms of ROI? 

Spoiler alert: on all grounds, a private 5G network is superior to a private LTE network, and any future-forward business looking to automate most processes and utilise artificial intelligence in varying capacities needs to deploy private 5G, pronto. 
This guide is all you need to understand the difference between the ROI of private 5G and LTE and their economic value. Let’s get down to brass tacks.

Demand for Private LTE/5G Networks is Growing, but High Costs are Still a Barrier

While enterprises are increasingly adopting private LTE/5G networks, 5G networks account for a greater share of the private networks market. Dedicated and private mobile networks are not new; however, they hit a new record in 2022, with over 1,000 deployments for various IoT applications on industrial sites, enterprise campuses, and local fixed-wireless use. 

Almost every IT and OT leader we talk to about the future of their business network lists a private LTE/5G network as part of their growth plan, with many citing cost as the single most important limiting factor. In Q4 of 2023, we conducted a telco workshop with more than 50 CIOs and IT leaders, saying they were interested in private LTE and 5G network infrastructure. Again, spending, ROI, and the cost of private LTE and private 5G deployment came up as the number one factor preventing them from deploying their own mobile network.

We find that various factors affect spending on private LTE and 5G networks, especially equipment costs. Usually, deploying a private network requires the same equipment used for public networks. The other major issue affecting the cost of private networks is the manpower and technical know-how required to pull the project through. 

With enterprise private networks managed similarly to Wi-Fi currently available on the market, the spend on private LTE and 5G networks is significantly reduced. This brings us to the question, “how much do private LTE and 5G networks cost compared to Wi-Fi?” 

A case study revealed that when deploying a private network over a 250,000 sq ft indoor space and 1,000,000 sq ft of indoor space in a steel manufacturing plant, the number of access points (AP) needed were 5-6X fewer for outdoor APs and 4-6X fewer for indoor APs throughout the building. To bring this into perspective, we’re talking 17 private mobile APs vs 100 Wi-Fi APs. At the enterprise level, a private LTE/5G network may be cheaper than Wi-Fi in certain use cases, as it require fewer APs. 

Commercial businesses can use private mobile networks to replace old technologies like TETRA or provide a cheaper alternative to wired networks. Some private network deployments can be integrated for use with Wi-Fi 6 and Wi-Fi 7 in varying capacities. In 2022 alone, 5G constituted more than 50% of publicly disclosed private networks, says Analysys Mason. 

Although cost challenges still abound, the market is estimated to exceed 20,000 networks by 2026, and enterprise spend on these networks will reach $6.4bn by 2026. In countries like China, private LTE/5G rollout is even faster, and as of 2022, they’ve deployed nearly 7,000 private networks. This lists about 1,000 smart factories, 600 leading hospitals, 200 smart mines, 180 smart grids, and 89 smart ports, supporting over 20,000 applications. 

In the UK, where enterprises are currently enduring a financial crisis, new data from S&P Global suggests that the nation could be trailing the path of a recession. As such, we predict that private network deployment will continue to increase but won’t see a surge. 

Also, certain verticals such as healthcare, warehouses, university campuses, factories, and airports will continue to increase their private network deployment. From a horizontal perspective, we are going to see growing investments in the adoption of enterprise RAN systems for in-building coverage for indoor and in-building businesses such as offices and corporate buildings. In fact, the indoor private LTE/5G market is forecasted to reach $2bn by 2026. 

Over all, private 5G deployment will be more, as it helps to streamline production processes, enable automation, and improve bottom lines. It’ll also support emerging applications involving drones, automated vehicles, and robotics. 

Private LTE or Private 5G Network: How to Determine Which to Choose 

The cost of private LTE and 5G networks should not be the only determining factor when choosing between the two network options. While both private LTE and 5G are increasingly being deployed by mining, agriculture, manufacturing, healthcare, and more industries, they have clear-cut differences. Here are a few:   

1. LTE vs 5G – Bandwidth, Speed, and Latency

Speed

Which is faster, private LTE or Private 5G? 5G is significantly much quicker than 4G LTE. 5G was introduced to fix 4G’s network challenges, and in 2008, the ITU — International Telecommunications Union recommended that the LTE network’s throughput needs to be up to 1 Gb/s in real circumstances. True LTE speed is around 100 Mbps, whereas true 5G download speed is up to 20,000 Mbps. 

However, various factors, such as poor network, congestion, and even bandwidth, can affect the data rates. According to the IMT-2020 report published by the ITU, the 5G data rate ranges from 100 Mbps to 20 Gbps. 

Latency

In simple terms, latency is the delay in network communication. Whereas private 5G has an ultra-low latency of 1ms but can go up to 4ms, the latency of private LTE networks is around 200 milliseconds. 

Bandwidth

Typically, the private 5G radio frequency is between 30–300 GHz, although in the UK they use sub-6 GHz range, the same bandwidth used by LTE. Maximising LTE/5G speed is only possible with a private, dedicated wireless access system, where users don’t have to split the bandwidth with other users. 

2. LTE vs 5G – Base station

In telco, a base station is a fixed transceiver serving as the main communication point for one or more wireless mobile client devices. It is the central connection point for wireless devices to communicate. The base station in 4G LTE networks is usually evolved Node B or eNode B. On the other hand, 5G uses Gnode, which can be deployed as a standalone and non-standalone. One major difference between the cost of private 5G and LTE is the power requirements. Usually, 5G base stations require 2X the amount of power of a 4G base station. 

3. 4G vs 5G – Network slicing

With 4G LTE and earlier iterations, if a user needs a specific service for an application, including emergency services, the only option is to either build a new physical network or use a VPN — virtual private network. Private 5G’s network slicing is a game changer in this regard as it delivers a quantum jump in data throughput, network speed, ultra-reliability, and low latency. 

Using network slicing, users can construct several network slices or virtual networks for different applications.  

4. 4G vs 5G – Security

Private 5G is more than just speed. Its security measures are tighter than LTE. With increasing application use comes increased risk for cyberattacks. Pursuant to the General Data Protection Regulation (GDPR), personal data encryption was established with 5G, which forms a second layer of protection for users against hackers and unauthorised access. 

To understand the cost benefits and value of LTE and 5G private networks, it’s important to explore the factors influencing private 5G deployment.

Factors Influencing the Cost to Deploy a Private 5G 

One initial worry business executives share with us before deploying a private 5G network is how the technology justifies the cost. Some factors influencing the cost of private 5G deployment are listed below. This also explains why the cost differs for different businesses.

1. Project size

This is a no-brainer. How big your project is determines how much the deployment will charge you. For instance, the access points, equipment, and more needed to cover a 45,000 sq ft factory will not be enough to cover a 250,000 sq ft warehouse.  

2. Existing infrastructure

Existing infrastructure already in place, such as private LTE and Wi-Fi 6 or 7, determines the cost of private 5G deployment. In most scenarios, it’s cheaper.

3. Type of 5G network

When choosing between 5G vs LTE, the private 5G network cost will depend on its type. For instance, it’s cheaper to deploy private 5G small cells than other types. 

4. Equipment and other elements needed

Using similar equipment to public 5G deployments used by carriers like EE and Three will definitely be more expensive to deploy than other cost-effective options.  

5. Installation technicalities

This involves other miscellaneous spending during the private 5G installation process.

In a nutshell, the steps to build your own 5G network include: do your own research >> get an expert Private 5G team like UCtel on board >> planning >> survey >> budgeting >> installation >> post-installation maintenance. Want more details? Read more on how to deploy a private 5G network for business.

Factors Influencing the Cost to Deploy a Private LTE 

Similar factors influencing private 5G also determine how much a private LTE network will cost. These influencing factors include:

• How big the private LTE network will be;
• If there’s already an existing wireless LAN solution in place;
• The 4G LTE network type to be installed;
• Amount and quality of installation equipment.

Comparing the cost of private 5G and LTE based on the installation process shows no difference at the surface level. To install an LTE private network, you need to plan, map out the project, make cost considerations, and then deploy the network.  

Consider UCtel Your Trusted Partner

To deploy a private LTE or 5G network, we recommend working with a reliable and experienced wireless communications team such as UCtel. We have over 20 years of experience and numerous satisfied clients.  We know what it takes to enhance a signal. Our private 5G network installation is innovative and comes with no hidden fees. Our expert team will guide you through the whole process, from planning and designs to post-mortems. Contact us today for a next-gen experience. 

Wrap Up

You may still be wondering, “When will 4G be phased out?” while 5G is a better option for mission-critical operations advancing towards push-to-video models, video streaming, file sharing, IoT, and more in today’s business world, 4G remains a more reliable wireless LAN solution with better coverage, especially in smaller cities. However, businesses and enterprises vying for a place on the global stage need a private 5G deployment for next-gen capabilities. 

Businesses are usually caught in the crossfire but know this: as far as the ever-evolving technology world is concerned, calling 5G off is impossible and soon, 6G may be underway. As a business with too much at stake, it’s time to take a fresh look at the state of 5G and sift facts from conspiracy theories. 5G myths are like ghosts; they stick around to haunt businesses and keep them from reaching their potential.

With plenty of statistics in our back pocket, we’ve worn our Sherlock Holmes hat to debunk or affirm some oft-repeated 5G myths. We’ll delve deeper into some of the most popular ones about the technology and also investigate the real-world implications and possibilities of such theories for businesses. Eager to see all the 5G myths debunked? — Join us as we bust them all!

Myth 1 – Is the Myth about 5G Coverage Associated with illnesses in Great Britain Correct?

You can’t eat before going swimming, or you’ll cramp up. Lightning doesn’t strike the same place twice. 5G causes cancer and spreads COVID-19. What do all these statements have in common? They’re all myths. Hold on, let’s throw in the facts and let you deduce your findings yourself.

5G technology differs from previous generations of mobile services (3G, 4G) because whereas the latter uses radio frequencies in the 6 gigahertz range, 5G in the UK utilises sub 6 GHz  frequencies.

While 5G’s frequency range is raising public concerns about any possible adverse effects on human health, there’s not enough energy to cause damaging tissue heating. Such non-ionising electromagnetic radiation range can’t break chemical bonds or remove electrons when in contact with human tissues.

In the UK, 5G is approved by the National Cyber Security Centre (NCSC) and other UK safety agencies and certified to be within safe levels. Myths about 5G networks claiming that 5G is detrimental to health and can cause cancer and other illnesses are false. 5G millimetre waves cannot cause cell proliferation in any capacity. Still holding on to this 5G adoption myth? These scientific research findings can’t be all wrong.

A showed that such electromagnetic fields (EMF) as 5G technology are grossly studied. A small 2018 study revealed that there’s no solid link between EMF and cognitive function. Also, while most conspiracy theorists claim that there’s a strong connection between 5G and brain tumour incidence, the facts say otherwise. As it stands, several studies couldn’t find any clear connections between 5G and cancer, notably this 2018 study.

Okay, the first one is successfully debunked, let’s continue dispelling myths about 5G.

Myth 2 – Is 5G Rollout Really Slow?

Although common 5G myths abound, it’s true that its rollout on a worldwide scale is slower than projected. However, looking at the rollout timelines of previous mobile network generations, you’ll find that 5G is rolling out faster than 4G.

Is the UK losing the 5G rollout race? As one of the first countries to start implementing 5G way back in 2019, analysts report that UK businesses are in danger of being left behind by international competitors when it comes to 5G coverage and its benefits. 

Given all the 5G misconceptions going from fringe to mainstream in the country, this comes as no surprise. Also, the UK government has released a £40 million fund to unlock 5G innovations at the local level. By mid 2023, 5G had surpassed 1.1 billion global subscriptions, and this figure is expected to double by 2025.

Myth 3 – With 5G on the Horizon, is 4G really Dead?

One of the first questions clients ask us is: “Is 5G entirely replacing 4G?” To answer this question once and for all, we’re putting it out here that 4G is neither dead nor dying and will be around for some time. Let’s throw some facts on the table. 

First, true 5G’s purpose isn’t to replace 4G. If you do a quick research into the benefits of 5G, its ultra-low latency feature will come up top 3. Low latency means that 5G’s response time is significantly reduced, and its use case cuts across video streaming, AR, VR, Internet of Things, among others. 

This capability is due to 5G’s higher frequency bands, such as millimetre waves or mm waves. These have a limited range and can easily be interfered with by obstacles such as trees and buildings. For a public 5G network to function properly, more small cell towers are required, often positioned closer together. 

However, with the current reality of 5G in the United Kingdom, 5G deployments involve mixed 5G-4G deployments where 5G covers next-gen apps and 4G still powers less bandwidth apps and network loads. Until 5G’s rollout is complete, 5G and 4G will continue to co-exist. 

Myth 4 – Is 5G’s Network Speed as Fast as Claimed or Just Sensational Nonsense

5G can deliver peak data rates of about 20 Gbps, or 100 times faster than 4G. This includes the speed rate of music, videos, email, etc. While upload speeds are generally slower than download speeds, 5G’s upload speeds are topping 4G by 30 percent.  

Enough of figures, let’s reveal the real truth about 5G real speed. In a nutshell, 5G’s speed greater than 200 Mbps is common, but performance and user experience generally depend on the signal strength and frequency band. 

5G wireless spectrum works with 3 types of frequency bands — high-band, mid/band, and low-band. The highest frequencies offer flash speed levels that can surpass 4G and other previous iterations. We’re talking speeds in excess of 1 Gbps. Typically, mid/band 5G delivers an equal mix of range and speed, while low-band 5G is similar to 4G. 

After conducting a speed test, we discovered that in the UK, Three UK has the fastest 5G download speed, 265.75 Mbps, followed by Vodafone, with a median speed of 140.27 Mbps, and EE coming third with 99.06 Mbps. O2 is the slowest, 70.88 Mbps. 

Myth 5 – Is it True that 5G Consumes More Energy than 4G?

When it comes to energy use, the telco industry standard is the number of bits transferred per joule of energy used. While many 5G signals are aimed at antennas, the amount of energy consumed is less than 4G and LTE signals. 

An assistant professor of computer and information systems at Houston University, Chris Bronk, says that “having an efficiency metric to work with is useful as electricity costs in providing mobile phone [plus] data services represent around 70% of the bill.” 

While it’s true that the per-bit energy use of 5G is lower, the higher number of bits moving through 5G systems via heat loss, idling, and other inefficiencies may be high. However, 5G integrates optimised energy consumption, works on demand, and transmits energy only when needed – translating to increased energy savings.

Myth 6 – Is 5G Really Dangerous?

The World Health Organization (WHO) and UNICEF declare 5G safe. And, every research conducted so far points out that 5G electromagnetic waves have a higher frequency for carrying information and also a smaller wavelength and does not penetrate the human body as far as 4G and other network signals. Currently, 5G tower myths have saturated UK cities, with many claims that the tower itself is part of the “matrix” and is out to take over our sensibilities. These are baseless and unfounded misunderstandings with zero scientific backing.

Other popular 5G myths around health-related concerns have already been debunked earlier.

Myth 7 – Are 5G Standards Complete and Finalised?

So far, there’s a finished 5G standard with official standalone 5G New Radio (NR) spec. Non-Standalone (NSA) 5G NR utilises the existing LTE core network and radio as an anchor for coverage and mobility management while adding a new 5G radio carrier. 

This brings us to the myth that 5G signals on a phone have nothing to do with the actual network. Well, it’s controlled on the network side. All phones will display 5G if it's what the network provider wants. Generally, the 5G indicator is controlled by something called the Upper Layer Indicator (ULI), so network providers can activate ULI even if there’s no 5G. Sometime in 2019, US carrier AT&T activated a misleading 5G network – 5G E, which isn’t actually 5G but still the same old 4G LTE.

Myth 8 – Are 5G Devices Currently Available?

Of course, there are many available 5G devices in the smartphone market. This includes Apple Iphone series, Samsung Galaxy, Google Pixel, and many more. From a wireless perspective, they include C-band and sub-6GHz. 

Myth 9 – Myth or Fact? Will 5G Replace Wi-Fi?

One of the 5G myths and realities includes questions about whether 5G will replace Wi-Fi or not. While these misconceptions are being peddled by some 5G vendors, it’s far from the truth. Both 5G and Wi-Fi have impressive capabilities, with each serving a different purpose. 5G networks require a complex infrastructure of cell towers and antennas to ensure widespread coverage, particularly in rural areas. Wi-Fi, on the other hand, can be set up in limited areas to provide a network to limited devices. 

Myth 10 – Do Wireline Networks Have Anything to Do with 5G?

Somehow, wirelines made it to the 5g facts and myths table. Wireline internet will not be going obsolete anytime soon. 5G requires a vast infrastructure to achieve what we love to call “connectivity everywhere.” Also, its signals don’t penetrate buildings easily. This means that for 5G network functionality to be optimal, 5G must have heavy aerials and internal cells, whereas wirelines use cables or data lines. In fact, the back-haul for any network will use fibre, making wireline necessary.

Last Myth – Busting the Myth that 5G is Not Essential

When it comes to myths about 5G, claims that 5G is not essential take the cake. 5G caters for higher connectivity demands and is a game-changer for businesses. There’s a chance for industrial processes to be faster and more efficient. Cutting across numerous industries, we have potential innovations that will connect the world like never before. These include telemedicine, smart manufacturing, remote monitoring, autonomous vehicles, and many more. 
For instance, network splicing ensures a great stream of emergency connectivity with the potential to salvage otherwise life-threatening situations. On the economic side, 5G will foster economic development, with a study stating that the 5G value chain will support nearly 23 million jobs and generate an estimated $4 trillion in economic output by 2035.

Consider UCtel Your Trusted Partner

Explore the possibilities of 5G networks functionality with UCtel. Stay miles ahead of competitors by unleashing the full potential of 5G in your business. Our private 5G network connects buildings and factories and enhances smart manufacturing, cloud gaming, and the Internet of Things. Get in touch for the best solutions on how to make the most of your private 5G deployment and how to get started.

Wrap Up

Myths about 5G are widespread, and many might seem believable. The things 5G can and cannot do are not widely known, and myths are paraded as the truth. While many companies are adopting 5G to optimise their network-enabled processes, the myths might make them make a mistake when dealing with 5G. 

Separating fact from fiction is extremely important when it comes to 5th-generation technology, especially considering popular opinion. Laced with ignorance, the court of people’s opinion has cemented 5G’s place as the ultimate supervillain, capable of causing viruses, dreary cancers, and monitoring people’s minds. In the real world, it is simply a complex network technology for fast networks and supporting IoT capabilities.

If your business is sceptical about 5G, we recommend formulating your own views on what 5G is capable of, but strictly keep in mind what it cannot do. Reach out today, let’s tell you why your business should already be deploying 5G for a better tomorrow.

Beyond the hype, does the cost of a private 5G network really match its benefits? Private 5G networks are gaining popularity across vertical industries like healthcare, manufacturing, logistics, and more for a good reason. It offers ultra-low latency, fast speed, broader coverage, and higher bandwidth suitable for IoT devices, critical applications, and mission-critical processes. 

Even mid to large businesses in need of limited 5G coverage can take advantage of the cheaper indoor private 5G small cells. Here’s everything you need to know about the cost and ROI of deploying a private 5G network in the UK. 

Global Private 5G Market Size: Growth Report, Trends, and Industry Examples

Looking ahead, market intelligence firm SNS forecasts that private 5G networks will exceed $6.4bn or over £5m in revenue. Some influencing factors, such as competing tech, spectrum availability, and enterprise skill sets, have a role in determining whether the market will surpass industry expectations.

Enterprise RAN systems for indoor mobile connectivity are fairly common, and 5G private networks are starting to be implemented in buildings, offices, and corporate areas. On a national scale, many countries are proactively granting and releasing access to local and shared area licensed spectrum, encouraging a conducive environment for private 5G deployment. Countries like the UK, Germany, and France are on this table. 

Here are several case studies that showcase the versatility and ROI of the private 5G network:

1. Manufacturing industry

About 93 manufacturing businesses publicly announced they installed private 5G in the first half of 2023. As the so-called smart factories continue to be popular, more companies in the manufacturing space are expected to join the bandwagon. Private 5G enables connectivity for automated guided industrial plants and vehicles. 

For instance, a 250,000 sq. ft. manufacturing factory will need only 20 5G radios for reliable connectivity, compared to about 50-80 access points required by other technologies. The private 5G radios are more expensive at face value. But, using fewer radios reduces the hardware costs, maintenance costs, and labour costs, so you end up saving more in the long run.

 2. Transport and logistics industry

Transport and logistics enterprises use private 5G networks to provide a robust “always-on” connectivity for airports, railways, ports, and logistic warehouses. Thanks to the private 5G network’s high bandwidth and low latency, these businesses rely on fast connections for smooth operations. 

3. Entertainment and retail

With 21 private 5G network announcements, entertainment and retail industries are not left out. The network covers shopping centres, stadiums, and similar venues and allows visitors and staff members to enjoy high Internet speed and perfect connectivity.

4. Other industries

Other industries adopting private 5G networks at scale include education, healthcare, mining, oil and gas, utility, etc. In addition, the idea of a smart city enables city leaders to integrate ICT on a large scale, connect various devices to the Internet of Things, and optimise city operations in real time. For example, London is already in the lead as the number one smart city in Europe by the number of its 5G infrastructure.

For more insights, read on our article on how private 5G can revolutionise commercial and industrial environments.

Understanding the Return on Investment (ROI) of a Private 5G Network: Is it Worth It?

On a cost-benefit scale, many enterprise executives and project managers are wondering whether investing in a private 5G network is a worthy endeavour. Some enthralling reasons why big tech is adamantly making a case for private 5G networks are listed below:

1. Speedy and reliable connectivity

If your enterprise can’t sacrifice speed and response time, then a custom private 5G network is a cost-effective solution. 

2. 5G coverage in remote areas

With factories located in remote locations where public networks are grossly unstable, deploying a private 5G network makes so much sense and is efficient. 

3. Low latency 

All available facts and figures point out that a private 5G network cost is cheap when compared with its capabilities. Take its ultra-low latency feature, which makes it ideal for apps that demand swift, automated, and real-time data transfer. This brings the idea of remote surgeries and autonomous vehicles to life. 

4. Highly secured

The private 5G network is inaccessible to the public, reducing the risk of cyberattacks to a bare minimum. Rick Fulwiler, a cybersecurity expert, reports that he couldn’t hack his way into a private 5G network like he can with networks in the public domain. 

5. Easy to customise

A private 5G network gives commercial businesses a chance to be in charge of their network infrastructure, quality, security, and expenses. This makes room for customisation based on security needs. In fact, it’s possible to even install a private 5G network on a “pay-as-you-go” basis. 

What is the Cost of a Private 5G Network Deployment?

The cost of private 5G network deployment varies and depends on the wireless company, project size, number of access points, factory type, etc. Celona’s pricing starts from £17,000 for an indoor access point and $57,500 for its outdoor equivalent. If we take Nokia, with its wider reach, it will be more expensive. But even then, the actual cost to deploy a private 5G network for your business will depend on: 

1. Project size 

The bigger the size of a facility for private 5G coverage, the higher the cost. Influencing factors here include number of access points needed, spectrum licensing, specific hardware, labour costs, security protocols, etc. 

2. Preferred subscription type

Both Nokia and Celona offer different pricing structures. For instance, Celona’s private 5G network is available as a single software-as-a-service, with three- and five-year subscription options. Speak with a licensed Nokia and Celona channel partner at UCtel for expert guidance on the best option for you.  

3. 5G network type

The cost to install a private 5G network also depends on the network type. Private 5G small cells are a cheaper option for small-to-mid businesses, as well as in-building coverage. Also, frequency bandwidth influences private 5G’s total cost of ownership (TCO).

Overall, we recommend consulting with a private 5G signal expert like UCtel for unbiased advice and installation guidance on how the pricing for building private 5G networks works and the best solution for your business needs. Also, we can walk you through the stages of private 5G network deployment, including business engagement > test plan development > network design > shipping and installation > validation to test plan and training. 

Consider UCtel’s Expertise in Building Private 5G Networks

UCtel is one of the leading private 5G network providers in the UK. As Celona and Nokia partners, we are pros in deploying highly efficient private 5G networks for businesses of different sizes. We’ll inspect your business location, diagnose your coverage problems, and install the best dedicated 5G wireless option within your budget. Contact us now, let’s calculate your total cost of ownership.

Wrap Up

With the increasing rate of private 5G network adoption among vertical industries, one may wonder if the cost vs value makes a match. At this point, you already know that the answer is a resounding yes! However, before deploying a private 5G, it’s best to get a true cost estimate and expected return on investment based on your business realities.

So, let’s find out why campuses need private 5G in the UK and how they can benefit from its implementation. Check this and more further in the article!

Necessity of a Good Network for Campuses: Why Do They Need It?

A strong campus network is a priority for modern educational institutions. The reason is simple — it gives easy access to many online learning materials, facilitates active classroom participation, fosters a flying collaboration, encourages effective interaction between students and teachers, and ensures students download the learning materials they need.

Poor communication infrastructure hinders online learning, prevents timely communication, and provokes vulnerabilities in sensitive data. The network limitations impede the educational process and lower the chances of finding success in the classroom.

A secure and reliable network is a fundamental need in today's education, providing students and teachers with the foundation to access the best educational tools and opportunities in today's technological education environment.

Reasons to Use Private 5G for Campuses

There is no denying that 5G technology is used in healthcare, construction, manufacturing, and media industries. However, what are the advantages of its usage in the campus service areas? Let's find out!

Higher Speeds and Bandwidth

The main reason why campuses need a private 5G network is because it offers significantly higher speeds and greater bandwidth than previous generations of wireless technology. This means faster internet connections and seamless data transfer across campus. High-speed Internet is essential for various educational programs, such as streaming lectures, accessing online resources, and conducting research.

Enhanced Learning Environment

The higher speeds and low latency of private 5G create a technologically advanced learning environment. With quicker access to educational content, interactive virtual classrooms, real-time collaboration, and augmented/virtual reality applications, teachers can employ innovative teaching methods, enhancing student engagement and understanding.

Efficient Data Handling

5G's ability to handle massive amounts of data effectively is crucial for academic pursuits, research activities, and collaborative projects. Researchers and students can process and share large datasets, conduct data-driven analyses, and engage in resource-intensive applications, advancing academic and research initiatives without network bottlenecks.

Cost-Effectiveness in the Long Run

Despite the initial investment required to establish a private 5G network on campus, the technology can provide long-term cost savings. The efficiency and productivity gains achieved through faster data processing, reduced downtime, streamlined operations, and the potential consolidation of various communications systems can lead to long-term cost savings.

Internet of Things (IoT) Integration

Another reason why campuses need private 5G is the simple integration and management of IoT devices. Educational institutions can leverage 5G's capabilities to connect and control IoT devices, like smartboards, sensors, wearable devices, and other smart campus infrastructure. This integration enhances campus safety, energy management, traffic control, facility maintenance, and healthcare systems, ultimately optimising campus operations and improving the learning experience.

Enhanced Security and Privacy

Private 5G networks operate in a dedicated and isolated environment, separate from public networks. This isolation significantly enhances security and privacy for the campus. Maintaining a secure and private communication environment is paramount, with sensitive academic, administrative, and research-related data flowing within the network. Private 5G networks can implement robust security measures specific to the campus's needs, reducing the risks associated with potential cyber threats.

Tailored Network Configuration

Another reason why universities need private 5G is precise control over network configurations and bandwidth allocation. Private 5G allows for customisation based on specific academic and administrative needs. Through network tailoring, campuses can allocate bandwidth to critical educational and administrative functions, ensuring seamless communication and data transfer. By prioritising academics and admins, the campus ecosystem is becoming more efficient and productive.

How Can We Help?

UCtel is a well-known company that provides high-quality solutions for better office communication, reliability, and robust consumer connectivity. With internal signal-boosting solutions and next-generation private 5G networks, we are at the forefront of changing businesses' digital networks and moving large enterprises into the age of technology. 

Explore how UCtel ensured a robust mobile signal for London North West University Healthcare NHS Trust and other case studies. Contact us today, and forget about the slow connection and disrupted educational process.

Final Thoughts

Summing up, there are numerous benefits of private 5G for campuses. It improves speeds and bandwidth and enhances the educational environment by providing a seamless connection for students and faculty. Additionally, private 5G allows for the efficient handling of data and IoT device integration, further enhancing the overall campus experience. 

Opting for a private 5G network offers extra security measures and the ability to tailor the network configuration to meet the specific needs of the campus. This ensures a reliable network that promotes uninterrupted learning and minimises lagging issues.

Do you want to be one step ahead of the competition? Contact us to give your campus a powerful boost with the latest technology!

What is a 5G Private Network?

A 5G private network is a kind of mobile local area network (LAN) owned and run by a separate company, which is designed to cover its needs by providing a reliable connection medium. 

Private mobile networks are nothing new for the business world of the 21^st century. However, until recently, they were mostly employed by companies whose sphere of activity required security-driven independence from public facilities combined with maximum efficiency (for instance, military or critical infrastructure organisations). But right now, given private networks' excellent performance and productivity, many modern ventures opt for such systems for their internal purposes. 

When it comes to setting up a private network, you should harness the latest innovation in this domain. To stay on the cutting edge of technological progress, many businesses embrace private 5G that increasingly ousts LTE-powered LANs and Wi-Fi systems. They are second-to-none instruments for supporting specific app types, IoT devices, and organisational workstations. 

What benefits do you get when you decide to build your own 5G network?

Why Choose a 5G Private Network instead of a Wi-Fi Network

The global market for private 5G networks is probably the most rapidly growing, with an astounding CAGR of almost 41%. Definitely, organisations obtain weighty benefits when they build a 5G private network. Namely, those are:

Enhanced Security

This is one of the top considerations making companies prefer private networks over public. Being designed to order, such networks can implement any level of security their owner needs (for instance, limitation on the devices that can be connected to it).

Reliability

Unlike standard Wi-Fi networks, private 5G systems are much less likely to experience external interference, enabling users to collect and transfer data accurately and swiftly.

Coverage

The spotty Wi-Fi connection symptomatic of a crowded office with numerous devices eating up the bandwidth will become a thing of the past when you build a private network of 5G. It will support a large number of endpoints, whether indoors or outdoors, even in remote areas where classical internet connection is intermittent. 

Control

Since it is your own network, you can regulate its functioning in the way you like. You can choose employees who will access it or the type of traffic it utilises, create a custom profile for each stakeholder, etc.

Mobility

Once set up, a private 5G network doesn’t have to stay in one place, like it happens with Wi-Fi. If the organisation changes its location, the private network can move with its users to the new premises. 

Ultra-low Latency

5G is famous for its minimal latency — one-thousandth of a second, which is 15 times less than 4G radio transmission. And in private 5G networks, the signal can travel even faster, thanks to the local processing capabilities. Such a characteristic makes these networks the only option for the use cases where ultra-low latency is mission-critical (autonomous vehicles and other mechanisms, X-ray equipment, etc.). 

All these perks come from the peculiar architecture 5G networks rely on.

Private 5G Network Architecture

Before you find out how to build a private 5G network, you should understand its architecture. There are three basic elements a 5G private network consists of:

User Equipment (UE)

These are gadgets of different kinds (smartphones, laptops, tablets, cameras, IoT gizmos, etc.) that are bound together by the network and are used by employees in their shop floor operations. To identify user equipment, 5G networks utilise SIM or eSIM.

Base Stations

Also known as cell towers, these structures connect the devices described above to a central hub by transmitting and receiving radio signals. Due to the fibre-optic wires they rely on, and the advanced technologies they leverage (such as multiple input, multiple output (MIMO), beamforming, power amplifier, and millimetre wave frequency), base stations provide the quality of 5G connection users enjoy so much.

Core Network

The task of this intelligent router is to direct and manage all network traffic, provide its security via performing UE authentication, and ensure communication between all network elements. 

All these components can be arranged differently when you deploy a private 5G network.

Types of 5G Networks

There are three basic patterns of a 5G network’s organisation.

Dedicated Secure 5G Network

As can be guessed from the name, such systems are totally isolated from any public network, which adds a point to their security. 

Also, the owner completely controls the network, making this model especially attractive for public safety bodies (like rescue teams) and large organisations with exclusive data privacy concerns. The downside of this architecture type is the high cost of its setup and maintenance, as well as the necessary high level of the personnel’s expertise.

Multi-Tenant 5G Network

In this hybrid model, the network shares some public infrastructure to reduce upkeep expenditures. The user is free to choose which and how many components they will manage privately, and what they will entrust to the operator to handle.

This choice is conditioned by the nature of the enterprise. Smart factories will benefit from dealing with multi-access edge computing (MEC) and user plane functioning (UPF) locally, whereas, say, sports facilities or exhibition centres with a vital need for prompt and stable connection should leave a radio access network (RAN) on premises.

5G Network Slicing

This approach prioritises cost saving over network control. Here, some part (slice) of the mobile operator's available infrastructure is isolated, and a set of privately determined rules is applied to it. 

In this way, you can ensure the security of the slice and identify the traffic you will consume. Such an arrangement works well for projects involving large-area deployments, such as autonomous driving services or smart city IoT environments. 

When you know what 5G network type suits your use case to a tee, you should get to building one hammer and tongs.

How to Set up a Private 5G Network for a Business

As a long-time expert in the field with dozens of completed projects under our belt, we at UCtel know what roadmap should be followed in creating a private 5G network.

Step 1. Make a plan

You can never build a private 5G network of your dreams until you realise what problem you want to solve with it. So, you should start with defining its use cases and determining the KPIs of launching it.

Step 2. Conduct a site survey

After creating a strategy, you should study the lay of the land, that is, look at the place where you will implement the project. It will allow you to identify the coverage area, the equipment required to support it, the power it will consume, the best locations to place it, and possible obstructions to transmitting signals. The major deliverable of this phase is the bill of materials with the indication of the cost of infrastructure elements (access points, cable or fibre, etc.) you will have to cover.

Step 3. Installation and post-deployment verification

Finally, you can acquire the items on your list and deploy them. When everything is in its place, you must make sure the cellular access points transmit signals according to the expectations. If they don’t, relocate them or add new ones to obtain the optimal speed, capacity, and coverage for the end devices. Also, compare the resulting KPIs against the intended ones to see whether the outcome dovetails into the established requirements. 

However, even after a successful check, you can’t launch your 5G private network before you receive a frequency to use it via a licensing procedure. 

Ofcom Licensing

In the UK, you must receive a licence from the Office of Communications to run any network. There are two types of permits in this sector, and 5G network owners across numerous industries typically go for the Shared Access licence. It grants access to four spectrum bands supporting mobile technology. These bands range from 1,800MHz to 26GHz with different propagation capabilities, which are better for lower frequencies. The Shared Access Licence comes in two versions: 

• Lower Power Licence authorises users to place an endless number of base stations anywhere (and move them around at their discretion) within the circle having a 50-meter radius. If they need bigger coverage, they will have to apply for more licences of this type. 
• Medium Power Licence is meant for an extended transmission range (and thus perfect for rural areas), allowing for one base station, which isn’t supposed to change its location once deployed. 

No matter what version you opt for, the pricing policy is the same since the fees are conditioned by the bandwidth for the three lower spectrum bands (between 1,800MHz and 4.2GHz). Annual payments range from £80 for the minimal 3.3MHz frequency to ten times the sum for 100MHz. For the highest frequency band (26GHz), the fixed sum is £320, irrespective of the amount of bandwidth used. 

Also, there are numerous minute licensing details you should pay attention to, like granting Ofcom representatives access to your equipment, providing the officials with various relevant information (e.g., address, antenna type and height, or number of terminals), etc. That is why you should study licence terms carefully so as not to have it revoked.

Install a Private 5G Network with UCtel

As you see, setting up and launching a private 5G network is a no-nonsense task that should be entrusted only to vetted professionals in the niche. The experts of UCtel have the necessary skills and expertise to handle the creation of a private 5G network of any type, architecture, and coverage that will cater to all business needs your company has in the field of communication. Contact us to give your business a powerful boost with the latest technology Industry 4.0 has ushered in.

Final Thoughts

A 5G private network is a mobile communication environment that functions separately from similar public facilities and caters to the needs of a particular organisation. Thanks to its security, reliability, mobility, low latency, and stable coverage, the 5G private network can become indispensable for modern businesses with big-time aspirations. No matter what architecture or type of private network you choose to satisfy your company’s requirements, its setup should be delegated to seasoned professionals in the field.

But is 5G that much different? After all, the fourth-generation network is still fast and reliable enough. What's the difference between 5G and LTE? Do you need a 5G network? Will it bring something new to your business? Let’s figure it out.

Difference Between LTE and 5G: Working Principle

Dependence on Internet connectivity is the main reason for the development of LTE after 1G, 2G, and 3G. Further demand for high-speed data transfer is driving the need for 5G technology. Let's take a quick look at both technologies to understand the difference between LTE and 5G.

How Does LTE Work

"LTE" stands for "Long-Term Evolution" and is often referred to as "4G LTE". It is a standard for wireless broadband communication that supplemented and then replaced 3G, allowing faster web browsing on smartphones, laptops, and tablets. In theory, the speed should be 100 Mbps–1 Gbps for the 4G standard, but in reality, users are experiencing speeds around 30–100 Mbps, which still allows LTE to be considered 4G.

You should also know that LTE hasn't rested on its laurels since its launch. Mobile operators strived to provide the fastest speed for the 4G standard and, therefore, there were developed LTE-Advanced (LTE-A) and then LTE-Advanced Pro (LTE-AP), currently the best option available for 4G users.

How Does 5G Work

5G is a fifth-generation network that utilises advanced network architecture to revolutionise the mobile landscape due to its high data upload and download speeds. It started hitting the market in late 2018 and will continue to expand in the near future. 

The main benefits of 5G are the maximum connection speed between 1 and 20 Gbps and a latency of 1 ms. Another major difference between 5G and LTE is the ability to support more customer devices in a given area. The new standard can reach up to one million customers in an area of 1 km².

5G vs LTE: Key Capabilities Comparison

Now let's compare LTE vs 5G in terms of their main characteristics:

Speed

There is a clear winner in terms of what's faster, 5G or LTE. Theoretically, the maximum LTE network speed is 100 Mbps for mobile subscribers (trains, cars, etc.) and 1 Gbps for static subscribers (smartphones, laptops, etc.). But the average LTE speed does not exceed 100 Mbps. 

If we talk about 5G, the speed of the fifth-generation network is many times faster. Theoretically, this network can transmit data at a maximum speed of 20 Gbps. Even if it will be 10 times worse than stated, like in the case of 4G, the rate of 2 Gbps is still optimal for users to download large volumes of data quickly.

Latency

This is another major advantage of 5G over LTE. Latency is the period of time between the sending of information by one device and the beginning of its receipt by another. The lower the latency, the better it is. LTE has a reasonably low latency, only about 40–50 milliseconds, but 5G has surpassed even this, having a significantly lower latency of about 10–15 milliseconds, with future predictions of 1–5 milliseconds.

Capacity

Network capacity is the maximum number of devices a network can handle per 1 km2. A 5G network can handle about 1 million devices per 1 km2, while the limit of an LTE network per 1 km2 is only 100,000 subscribers. In this round of "Which is better, LTE or 5G," the score once again goes to the latter.

Coverage

So, we've found out if 5G is faster than LTE. But there is another important factor regarding  what's better, 5G or LTE. The deployment of LTE networks started much earlier, and hence their coverage is almost universal, with up to 99% in the UK. At the same time, 5G towers are at an early stage of deployment, and even in large cities, 5G connections are not available everywhere.

Energy Consumption

With more bandwidth, 5G infrastructure appears  to be more energy efficient than LTE. A 5G tower can transmit significantly more data per 1 kW of energy, which reduces uptime per user and minimises environmental impact. 

When It's Worth to Continue Using LTE

Although in the battle of 5G versus LTE, 5G wins on almost all parameters, it's too early to abandon LTE for good. The main advantage of LTE over 5G is its more developed infrastructure. LTE coverage is incomparably larger, so unless you're in a big city, there's a good chance that 5G isn't available there.  For some users, this is enough to answer the question, "Is LTE better than 5G for me in 2023".

In addition, price is a big factor. LTE technology is much more affordable, and therefore most businesses will find it quite reasonable to hold off on switching to 5G. The budget saved in this way can be channelled into other areas of development, and 5G can be addressed when there is a real need for it.

When it’s Reasonable to Use 5G

5G adoption is the future; sooner or later, all technologies will move to this standard. Insane speeds and low latency can revolutionise the way we do things. Today, 5G technology will be useful in industries where it is necessary to speed up the Internet. For example:

Autonomous vehicles

5G allows vehicles to react to objects and automatically change direction. For example, if a car is travelling at 30 mph, it should be able to receive a signal instantly to automatically adjust its speed or route if there is an object on the road.

However, with the current LTE latency of around 50–100 milliseconds, the car will receive signals a little later than on the 5G network, which can cause an accident. Therefore, the future of autonomous vehicles is 5G, not LTE.

Virtual reality and industrial technology

All augmented and virtual reality applications will become more interactive and immersive with the low latency of 5G. In the industrial sector, a technician who wears 5G AR glasses can see the overlay of a machine. It can also identify different machine parts that are unsafe to touch.

AI

When you apply AI to a huge amount of data, 5G speeds up data transfer through more efficient connectivity. For example, smart city AI can automatically correlate all traffic light data.

So, Is LTE or 5G Better?

Is 5G better than LTE? Undoubtedly, 5G is the technology of the future and the need of the hour. But for now, it’s clear that 5G will not replace LTE.

The main reason is that 5G is in its infancy, and the technology is not yet fully formed for its implementation. Moreover, upgrading all software to 5G is not an easy and overnight task. Many types of equipment need to be replaced to utilize 5G properly. Also, cell towers need to be upgraded with the latest 5G antennas to increase signal strength. So 5G and LTE can work together, and they will for a long time.

Discover UCtel Experience in Next-Generation Private 5G Networks and Indoor Signal Boosting Solutions

Now you know what the difference between LTE and 5G is, but whether you choose 5G or LTE, there's always the issue of connection stability. There is no point in picking a side in LTE or 5G if your business is equally far away from any base station or located where the signal cannot penetrate a wall. In this case, you need special equipment for signal amplification, and UCtel will help you get it.

UCtel is your reliable provider of signal-boosting solutions. We provide CEL-FI QUATRA 1000/4000e, GO G41/G51, and SOLO products that support 5G networks. During our work with many businesses, we've managed to take their communications to the next level with our signal-boosting solutions. Even the implementation of simple boosting solutions for elevators dramatically improves the overall work experience in a company. Read more about how our mobile signal boosters can improve signal quality in case studies, such as enabling private 5G networks with Nokia Digital Automation Cloud.

Contact us now, and our experts will be on-site to assess the scope of work and select the best equipment. You won't blink an eye as we'll have the equipment up and running with minimal disruption to your business processes.