Telecoms Infrastructure

Transmission systems

Transmission systems form the backbone of our telecommunications infrastructure, enabling the high-speed transfer of data across vast distances, which is fundamental to modern communication networks.

(1.1) Fibre optic cables

Fibre optic cables are at the forefront of our transmission infrastructure. These cables use light to transmit data, allowing for significantly higher speeds and greater bandwidth compared to traditional copper lines. The inherent characteristics of fibre optics, such as minimal signal loss over long distances and immunity to electromagnetic interference, make them exceptionally reliable for both broadband internet services and the backbone of mobile networks.

(1.2) Microwave transmission

Microwave transmission links offer a flexible and cost-effective alternative for data transmission, especially in areas where laying fibre optic cables may not be feasible. These point-to-point links use high-frequency radio waves to transmit data between two fixed locations, providing a vital connectivity solution for remote or challenging terrains.

(1.3) Satellite transmission

Satellite communication systems extend our connectivity reach even further, providing global coverage that ensures communication capabilities in the most remote locations. This is particularly important for ensuring that businesses with operations in isolated areas remain connected to their central networks and can access the same digital services as those in more urban settings.

Data centres

Data centres are a pivotal component of the telecommunications infrastructure, serving as the nerve centres where critical IT assets are housed. These facilities are equipped with an array of servers, storage systems, and networking equipment that play a key role in storing, processing and managing the deluge of data generated and used by businesses and individuals.

Mobile networks 

Mobile infrastructure is a cornerstone of modern telecommunications, enabling wireless connectivity for a myriad of devices, from smartphones and tablets to IoT (Internet of Things) devices. This infrastructure comprises several key components, including mobile towers, base stations and the Radio Access Network (RAN) components, which together facilitate seamless wireless communication over vast areas.

(3.1) Mobile (cell) towers

Mobile (cell) towers are the visible structures that dot landscapes, providing the physical support for mounting antennas and transmission equipment. These towers are strategically placed to ensure optimal coverage and signal strength, allowing users to maintain connectivity whether they are in densely populated urban areas or more rural locations.

(3.2) Mobile base stations

Mobile base stations are the linchpins of wireless communication, enabling mobile phone and data connectivity. These stations form the critical nodes in our mobile networks, ensuring coverage and capacity are maintained to meet the growing demand for mobile data services. As we progress with the rollout of 5G networks, the importance of these base stations, along with the accompanying small cell technology, becomes even more pronounced in delivering high-speed, low-latency communications.

(3.3) Radio Access Network (RAN)

The Radio Access Network (RAN) is a critical part of the mobile infrastructure, comprising the base stations and the antennas. The RAN connects mobile devices to the core network and is responsible for managing all radio communications. As we advance in the deployment of 5G and beyond, the RAN is evolving to support higher data rates, lower latency and increased device connectivity, enhancing the overall user experience and enabling new applications and services.

(3.4) Distributed Antenna Systems (DAS)

In the context of densely populated or high-traffic areas, Distributed Antenna Systems (DAS) become particularly relevant. DAS is a network of spatially separated antenna nodes connected to a common source that provides wireless service within a geographic area or structure. DAS is used to enhance network coverage and capacity in challenging environments such as buildings, stadiums and urban areas where traditional coverage methods may fall short. By distributing the signal more evenly and closer to the user, DAS can significantly improve the quality of service, making it an essential component of modern mobile infrastructure, especially in scenarios where high-density coverage and capacity are required.

Mitigating cybersecurity risk

The security of telecommunications infrastructure has never been more important with threat sophistication improving by the year. Businesses rely on this infrastructure to protect sensitive data, maintain privacy and ensure the integrity of their operations. Secure infrastructure is not just about safeguarding against external threats; it’s also crucial for maintaining customer trust and meeting regulatory requirements. As businesses become more reliant on digital operational processes, the demand for advanced security measures in telecoms infrastructure will continue to grow, emphasising the need for a proactive approach to cybersecurity.

Increased operational efficiency

Fast and reliable internet connections are no longer just a convenience; they are essential for the efficient operation of businesses. A robust telecoms infrastructure enables seamless communication and data transfer, facilitating cloud-based operations and services. This allows businesses to streamline their processes, reduce operational delays and minimise downtime, thereby enhancing overall efficiency.

Improved employee productivity

Strong connectivity is a cornerstone of modern work environments, particularly with the increasing prevalence of remote work and digital collaboration tools. Employees need to access resources, collaborate with colleagues and maintain communication regardless of their physical location. A dependable telecoms infrastructure ensures that these activities can be carried out without interruption, boosting productivity and enabling businesses to operate more dynamically.

Competitive market advantage

As technology continues to evolve at a rapid pace, the adoption of generation-defining telecom solutions like 5G presents an opportunity for businesses to innovate and stay ahead of the curve. By leveraging advanced technologies, businesses can automate processes, enhance their services and create new customer experiences. This can lead to significant competitive advantages, allowing businesses to differentiate themselves in ever-saturating markets.

Gigabit hubs and voucher schemes

There is up to £110 million available to connect public sector buildings – such as GP surgeries, libraries and schools – in hard to reach parts of the UK. Visit

There is up to £210 million to give people in eligible rural areas immediate financial help to get gigabit-capable speeds. The scheme is accessible through broadband service providers that have registered to provide connections through the scheme. Vouchers worth up to £4,500 for homes and businesses help to cover the costs of installing gigabit broadband to people’s doorsteps. Check your eligibility here.