Private 5G Network Use Cases - Reasons to Deploy Private 5G Networks

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Eric Murrell

Sr. VP of Sales

Undoubtedly, 5G technology has knocked on everyone’s door to transform the world we know. It has paved the path to enable faster, more reliable wireless communication. Hence, a private 5G network (as Red Hat defines it) functions similarly to a public 5G network. It allows the owner to provide restricted access and use licensed or unlicensed wireless spectrum. 

Do you know about private 5G use cases? Where can you deploy it? 

Well, public cellular networks have long served as the backbone of wireless connectivity. They provided universal access to voice and data services. However, their shared nature often limits bandwidth, latency, and security, particularly for areas with specialized connectivity needs. 

By shifting to private 5G, users can get better coverage, lower latency access, smoother performance, and top security than public 5G. It can be beneficial in manufacturing, airports, campuses, or business parks. Besides, it offers organizations complete control over their network infrastructure to customize network parameters, prioritize critical traffic, and implement robust security measures.

Cost Savings

Private 5G networks offer significant cost savings (CapEx investments) than public 5G networks. So, businesses can optimize resource allocation and minimize unnecessary expenses by having full control over their network platform.

User Preferences

5G private networks reduce dependency on package solutions offered by network operators. It enables flexibility and tailor-ability of security policies and ownership of data processing and storage.

QS-Based Priority Access

Integrating 5G private networks enable quality-of-service-based priority access than a public 5G network. So, they can digitally transform organizations in various sectors by providing a secure, reliable, low-latency, high-speed network.

Seamless Service

mmWave technologies used in private 5G networks can dramatically reduce the cost and complexity of providing 5G connectivity.

Private 5G Use Cases in Manufacturing Sectors

Private 5G networks can be a blessing for the manufacturing industries. More precisely, the use of these networks is increasing day by day in industrial automation to transform digitally and meet the needs of the Internet of Things (IoT). For instance, the enhanced reliability, low latency, and multiple spectrum options are making 5G private networks ideal for applications.

Automotive Manufacturing

In the automotive industry, private 5G networks revolutionize production processes. In this way, they enhance efficiency and enable real-time monitoring and control of manufacturing operations. Plus, they offer the opportunity to tailor connectivity capabilities for highly customized, on-premise demand. It improves safety and efficiency over the vehicle’s lifecycle (1). 

For instance, Mercedes-Benz has utilized a private 5G network in its “Factory 56” in Sindelfingen, Germany. This network connects all the manufacturing equipment for real-time tracking of assembly line products (2). 

Private 5G networks support the deployment of automated guided vehicles (AGVs) in automotive manufacturing. These vehicles can communicate in real time over the 5G network for efficient material flow automation. A case in point is Nokia’s test of an AGV solution in their “factory of the future” in Oulu, Finland (3). 

They also support vehicle-to-everything (V2X) communications, enhancing road safety and enriching the driving experience. The automotive industry is expected to be among the top industries for 5G-enabled service provider opportunities by 2030. We can anticipate that a significant portion of opportunities will come from connected cars.

Food & Beverages Manufacturing

Private 5G networks can facilitate real-time monitoring of production processes in the food and beverage industry to enhance food safety and quality control. The high-speed, reliable connectivity offered by private 5G networks supports various IoT devices used in this sector. It can be used from temperature sensors to automated packaging machines.

These networks enable the use of augmented reality (AR) systems in food and beverage manufacturing. And AR systems provide contextual maintenance advice to engineers for better operational efficiency.

Pharmaceuticals Manufacturing

Private 5G use cases in pharmaceuticals are immense, as this network can enhance productivity and efficiency. They can be used for advanced predictive maintenance to reduce both planned and unplanned downtime. It can be costly and inefficient (3). 

The implementation of these networks should be part of an ongoing business transformation. It may start small with pilot use cases and evolve iteratively. Hence, the ultra-low latency and high bandwidth offered by private 5G networks can support real-time monitoring and control of pharmaceutical manufacturing processes. In this way, we can ensure the quality and safety of medicines. 

Private 5G networks support advanced applications like remote quality control, real-time feedback, and anomaly detection. Furthermore, they facilitate the integration of tracking data into the workflow of automated manufacturing to improve operational efficiency and product quality.

Clothing & Accessories Manufacturing

Deploying private 5G networks in the apparel industry can help us develop operational efficiency and product quality. For instance, high-speed, reliable connectivity supports various smart manufacturing technologies like automated sewing machines, 3D body scanners, and real-time inventory management systems.

The AR systems of 5G networks can provide real-time guidance to workers. In this way, businesses can improve precision and speed in the manufacturing process.

Automotive Manufacturing

You can maintain the atmosphere of the electrical and electronics industry with private 5G networks. They enhance production processes for real-time monitoring and control of manufacturing operations. 

Even high-speed, reliable connectivity supports various smart manufacturing technologies. It may include automated assembly lines and real-time quality inspection systems. Besides, you can communicate and provide real-time guidance to the engineers.

Private 5g Networks for Industrial IoT

In the Internet of Things (IoT) landscape, the 5G private network use cases are rapidly becoming noticeable. They provide reliable, high-speed connectivity to operate different devices in real time. Also, they facilitate seamless communication between IoT devices for applications across various sectors.

One of the 5g private network use cases in this sector is the smart industry system. With a private 5G network, smart industry devices can connect to the network reliably. It enables business owners to control various systems remotely, from lighting and temperature control to security systems. Consequently, it can improve energy efficiency and enhance architectural security (4). 

In the industrial sector, these networks can support the deployment of IoT devices on a large scale. Through this, the authority can ensure real-time monitoring and control of various industrial processes. It can surely improve operational efficiency and cost savings. 

Industries can integrate 5G for predictive maintenance solutions, autonomous mobile robots, and real-time remote control of machines. Also, private 5G networks can replace wired connections and unify existing wireless connections to simplify and optimize digital technology deployment at scale across industrial sites (5). 

Emerging industrial use cases also include AI, automation, drone technology, augmented reality, and virtual reality.

Uses of Private 5G Networks in Retail & Enterprises

Private 5G networks in retail inventory management can power new services and drive operational optimization. Some examples are real-time out-of-stock detection, shelf replenishment, and shrink reduction (6). 

These use cases often involve the use of intelligent cameras, sensors, barcode scanners, and automated checkout systems. Moreover, 5G private networks can provide real-time guidance to customers, improving the shopping experience.

In enterprises, private 5G networks enhance the efficiency and effectiveness of various business operations. The high-speed connection supports various smart manufacturing technologies. It may include automated assembly lines and real-time quality inspection systems.

Besides, the AR systems deployed through private 5G in enterprises can provide real-time guidance to engineers. In this way, they can improve precision and efficiency in the manufacturing process.

Deployment of Private 5G Networks in Smart Cities

Lots of issues are out there in many cities worldwide, isn’t it? Private 5G networks can transform our cities into smart cities. They can provide the necessary connectivity to support various smart applications. Some examples include smart lighting, surveillance cameras, public Wi-Fi access, and intelligent traffic control.

City authorities can automate tasks like the inspection of 5G towers through private 5G. It can be particularly beneficial for traffic management systems that rely on real-time data. Furthermore, they can use these networks for human-centric use cases and massive machine-type communication. 

Private 5G networks can also support smart lighting systems in a city. These systems can automatically adjust the lighting based on the time of day and weather conditions, resulting in significant energy savings (7). 

In the context of public safety, deploying these networks can provide secure, reliable, and cost-effective smart parking. Also, they can support surveillance systems. They can provide high-quality video feeds in real-time. It can enhance the city’s security measures and aid in crime prevention. 

Private 5G networks can support the deployment of public Wi-Fi access points across the city. So, they may facilitate residents and visitors with free, reliable internet access. Also, these networks may enable advanced applications like remote management of utilities and waste management. It can enhance the efficiency and livability of smart cities.

Healthcare Benefits of Using Private 5G Networks

The use of private 5G networks in the telemedicine and healthcare sector has transformative potential. They support the development of new technologies, like XR-powered tools for medical training, teaching, or virtual therapy (8).

With a private 5G network, healthcare professionals can have a stable and secure connection. Besides, the high-definition video can improve communication between patients and doctors, especially in care homes (9). Additionally, the sector can use the network for robotics and automation in hospital campuses to deliver prescriptions and guide patients. 

Private 5G networks can ensure continuity of service in critical networks. Certainly, it is crucial for healthcare operations. Another significant application of private 5G networks in healthcare is in emergency response. For example, the Rush Medical Center in Chicago deployed a private 5G network to guarantee a high-quality mobile connection for first responders (2).

Applications of Private 5G Networks in Logistics & Supply Chain Management

Applications of Private 5G Networks in Logistics & Supply Chain Management
5G Networks in Logistics & Supply Chain Management
Private 5G networks transform logistics and transportation supply chain management by digitizing and automating factory, warehousing, and transportation environments (10). They enable instant communication with supply chain partners. It reduces risks and advances the future of transportation and logistics (11). 

In warehouses, private 5G eliminates the challenge of connecting multiple wireless devices across large spaces. So, businesses can benefit from inventory management and intelligent transportation systems (12). Furthermore, these networks accelerate the automation of supply chain processes for optimized decision-making, risk mitigation, and operational efficiency.

The superfast and consistent connection facilitates real-time tracking and monitoring of goods. It can also be helpful for improved warehouse management and efficient delivery systems. Through these, the supply chain can keep constant communication with transport vehicles, warehouses, and retail outlets. In this way, they ensure the smooth and efficient flow of goods. 

5G private networks also support advanced applications like smart contracts and blockchain technology in logistics and supply chain management. These technologies provide secure, transparent, and efficient methods for recording transactions and tracking goods.

Agricultural Advancement Using Private 5G Networks

Private 5G networks in the agriculture sector pave the way for a new era of smart farming or agritech. It transforms the way we grow food and makes our farms more efficient and sustainable (13). Also, the networks enable real-time monitoring systems. For instance, farmers can decide how to care for their crops and animals.

5G private networks support a high density of IoT sensors. It enables precise treatments for crops and reduces inputs, from water and food to fertilizer and pesticides. Then, large corporate farms can build a private 5G network to aggregate data from micro-monitored crop management systems. It may enable a more efficient real-time monitoring system with triggers for throttling irrigation and other crop support systems (13). 

Drone usage in agriculture is another significant application of private 5G networks. Farmers can use drones to monitor crops, livestock, and the field itself, and spray water and agrichemicals. They allow limited and precise spraying without overusing the chemicals and harming the crops. 

Animal tracking and monitoring is another important application of private 5G networks in agriculture. Monitoring livestock health, fertility, and food intake is crucial for cost-effective management. To this day, most animal monitoring devices do not have 5G sensors but Wi-Fi or Bluetooth. It makes the signal less stable and reliable. 

Private 5G in farming has a strong signal in smart 5G collars and ear tags. They provide precise livestock location and accurately monitor health.

Private 5G Use Cases in Financial Services

There is an increased use of private 5G networks in the banking sector. They offer real-time data analysis, increased security, and super-fast payments. Also, they provide organizations with improved customization and full control of their own connectivity. It allows a consolidated networking strategy across the enterprise (14).

The high level of connectivity supports advanced applications like high-frequency trading, real-time fraud detection, video conferencing, and secure transactions. In terms of customer service, private 5G networks enable financial institutions to provide real-time customer support. It can improve customer satisfaction and loyalty. 

Furthermore, private 5G networks support the integration of advanced technologies like artificial intelligence (AI) and machine learning in financial services. Banks or financial institutions can use them for predictive analytics, risk assessment, and personalized marketing. It can enhance the efficiency and effectiveness of financial services. 

One good example of using private 5G in banking is its implementation by Santander Bank. This bank has set up a smart pop-up branch outside Madrid for 4K video conferencing and augmented reality (AR). It has increased their work efficiency and enabled innovative business features (15). 

Banking sectors may prefer adopting 5G private networks for the ease and cost of setting them up. However, the initial investment in a network is often justified by the addition of multiple applications to the base network. It offers a good return on investment (ROI).

Frequently Asked Questions

Private 5G networks are more beneficial than public ones. These are a dedicated, secure network, better control and customization, low latency and high bandwidth, enhanced reliability and performance, and reduced costs.

Yes, there are several key differences between private and public 5G networks. Here is a table that summarizes the key differences:

Feature Private 5G Networks Public 5G Networks
Ownership A single organization A mobile network operator (MNO)
Access Restricted to authorized users Open to the public
Spectrum Can use licensed, unlicensed, or shared spectrum Uses licensed spectrum
Control The organization has full control over the network MNO has control over the network
Performance Can be customized to meet specific needs Performance is determined by the MNO
Security More secure from unauthorized access Less secure from unauthorized access
Private 5G networks can be used in various industries, including manufacturing, logistics, transportation, healthcare, retail, energy and utilities, and smart cities.

Final Words:

So, you have read the whole content, right? I hope you understand how the private 5G network works well. In this blog, I have shared all sectors where you can deploy and use 5G or fifth-generation networks privately. And, of course, it has benefits that I have already discussed. If you feel interested and want to set up a 5G private network, feel free to contact our team at NybSys. We are ready to welcome you!

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