5G Connectivity
Our experts leave no stone unturned with our 5G connectivity services. TRG conducts comprehensive site surveys to evaluate your current 5G performance, designs new environments or enhances existing ones, and executes onsite installations to boost your connectivity throughout your facilities.
What Are 5G Private Networks?
Public Wireless Networks
Public wireless networks are shared among multiple users. Mobile users, for instance, connect to networks provided by mobile network operators (MNOs) such as Vodafone, EE, Three, and O2, which cover most of the UK. Another common type of public network is Wi-Fi. However, these networks can suffer from lower speeds and high latency, especially during peak times, making them unsuitable for mission-critical applications.
Private Wireless Networks
Private 4G/LTE and 5G networks use standard cellular technology but are dedicated to a single user and closed to the public. These networks provide reliable and resilient connectivity, tailored to specific areas like warehouses, factories, or office spaces, ensuring full control and eliminating interference. Hybrid public/private networks can offer added flexibility by connecting private networks with public ones.
5G Private Network Benefits
Reliable Coverage
Dedicated Capacity
Improved Quality
Increased Flexibility
Enhanced Security
Greater Control
How 5G Compares to Other Technologies
| Metric | Wi-Fi 6 | LTE/4.9G | 5G 'Light' | 5G 'Ambition' |
|---|---|---|---|---|
|
Downlink Speed |
Up to 9,600 Mbps |
1,000 Mbps |
>1,000 Mbps |
>10,000 Mbps |
|
Latency |
<100 ms |
10 ms |
<10 ms |
<1 ms |
|
Spectrum Range |
2.4GHz and 5GHz |
800MHz to 2.6GHz |
700MHz to 3.7GHz |
600MHz to 28+GHz |
5G offers lower latency than LTE and Wi-Fi 6, making it suitable for high-density applications where large volumes of data need quick processing.
Possibilities of 5G Private Networks
Network Slicing
5G allows the creation of multiple virtual networks on a shared infrastructure, maximising flexibility and optimising costs.
Edge Computing
5G supports edge computing, bringing processing closer to the source, reducing lags, and improving data analysis.
Implementing a 5G Private Network
Setting up a 5G private network involves several components. Costs vary depending on the scale and use cases, with device investment being a significant factor.
Key Components of a 5G Private Network
Spectrum
Licensed spectrum is typically obtained via an MNO, but unlicensed spectrum can be publicly available, though it may suffer from interference.
Equipment
Requires equipment for the radio access network (RAN) and a core network, which can be onsite or cloud-based, along with specific devices like robots and sensors.
Software
Operating support software (OSS) is needed to run and maintain the network, acting as its ‘eyes and ears’.
Managed Services
Ongoing maintenance can be outsourced to specialists, with service level agreements (SLAs) affecting costs.
Use Case Design
Specialist designers are required to develop use cases, ensuring operational benefits and maximising return on investment.
What Are the Benefits of 5G Private Networks?
5G private networks are being implemented to enhance coverage, security, and safety. These improvements can reduce downtime, minimise data breaches, and improve employee wellbeing, leading to better financial outcomes. As standardisation increases, more operational benefits are expected to emerge.
Main Triggers for 5G Private Networks
Coverage
Essential in rural areas like mines or refineries, with improved reliability being a key factor.
Security
Offers robust and secure connectivity, reducing the risk of data breaches.
Safety
Ensures reliable communication in critical industries to prevent serious injuries.
Operations
Increases productivity, uptime, and efficiency, with new applications transforming business operations.
/ How Are Industries Using 5G Private Networks?
Warehouse & Logistics
Challenges
Timeliness, accuracy, digitisation, worker safety, optimal shipping conditions, and increased automation are key goals.
5G supports immediate and reliable data collection, integrating with warehouse management and enterprise resource planning systems.
Applications
Vehicle telematics, yard and warehouse drones, asset tracking, lone worker safety, inventory management, robotics, indoor positioning, autonomous vehicles, environmental sensing, operational equipment monitoring, security, and COVID-19 compliance.
/ How Are Industries Using 5G Private Networks?
Manufacturing
Challenges
Industry 4.0 drives the computerisation of manufacturing with AI, machine learning, IoT, big data, robotics, augmented reality, 3D printing, drones, 5G, and cloud computing.
The digitalisation of operations continues with technologies like the Internet, Cloud, robotics, blockchain, and additive manufacturing.
Applications
Predictive maintenance, proactive monitoring, remote equipment control, asset tracking, process optimisation, worker safety monitoring, robotics, machine vision, digital twins, and AR/VR.
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