Accelerating the 5G rollout

At 3+ gigabits per second per link, our dual link ORAN compatible mmWave 5G backhaul product provides a compelling solution for small cell networks using the license exempt 57-71 GHz band. These high levels of speed are essential in supporting the denser networks and higher bandwidth needed for 5G deployments.

The high performance, scalability, and flexibility of mmWave equipment can future proof the broadband industry in the face of rising multi-device connectivity, ensuring an outstanding experience for customers and a high return on investment for operators.

Read more in our FWA Whitepaper

Challenges unique to 5G

With previous mobile generations, backhaul had to overcome availability, capacity, cost, and reach challenges in order to meet the new network’s demand. With the impressive capabilities that 5G networks display however, backhaul providers now face two additional challenges that are unique to 5G: the need for extremely dense networks and meeting the low latency requirements for advanced applications.

Current backhaul solutions struggle to meet these unique requirements as well as providing the reach, capacity, and availability at an economically smart cost. With our sophisticated and innovative mmWave backhaul equipment Blu Wireless can significantly reduce the cost and difficulty of deploying 5G connectivity. This fibre-equivalent wireless technology completes 5G integrated access and backhaul in the built environment at a fraction of the cost and with minimal disruption during deployment.

Scalable-urban-5G-backhaul-network

mmWave for Backhaul: Undeniable advantages

With 5G network deployments picking up speed, a robust wireless solution is the effective choice for backhaul. Previous bands that used spectrum up to 42 GHz worked well for 4G, but in the long term they will not be able to meet the significantly higher data rates and increased capacity of 5G. Using mmWave solutions by moving higher up the spectrum, and tapping into the 14 GHz available between 57 GHz and 71 GHz, on the other hand will bypass traditional backhaul challenges, and offers undeniable advantages to operators:

  • Ease of deployment: mmWave equipment is easier, faster and more cost effectively deployed because no trenches for fibre optic cables are needed. Instead, mmWave small cells and access points can be easily mounted on existing infrastructure.
  • Ultra-fast data transmission: Blu Wireless’s high-speed, high throughput and low latency mmWave nodes easily meet and can improve the quality of service operators are used to from fibre networks, providing extremely high backhaul link speed.
  • Security: Low latency wireless backhaul technology and secure encryption of mmWave equipment means wireless transmission can be more secure and reliable than fibre. Additionally, it cannot accidentally be damaged by construction works or extreme weather events.
  • Reach: mmWave small cells can connect over long distances. Thanks to their robust connection speeds and flexibility they can be deployed over much greater areas, and in rural environments where connection points have greater distances in between them.
  • Network density: Connecting a high density of devices in urban or indoor environments requires an equivalent dense deployment of small cells and thus backhaul. mmWave backhaul has the capacity to remove risk of network congestion in this scenario without having to compromise on the most effective network design.
  • Scalability: To achieve the coverage expected from 5G networks, small cell base stations can be mounted throughout an urban environment on lamp posts, in buildings or on public transport. Having less limits during deployment, wireless nodes can be placed at the best locations and with smart network planning the coverage and throughput can quickly be scaled to meet the needs of the network and its various applications.
5G backhaul

A backhaul solution for operators

In order for operators to maximise their return on investments in both spectrum and network infrastructure, it is economically sensible to separate the backhaul network from the customer network.

When using mmWave spectrum for backhaul, costly licenced spectrum can be retained exclusively for customer access, ensuring high returns and a network performance that will not be compromised by having to share valuable spectrum resource. The unlicensed mmWave spectrum is ideally suited for 5G backhaul: it does not require any additional licensing fees and technologically the equipment will deliver higher bandwidth, greater speed and lower latency. mmWave wireless technology delivers the best solution to meet the growing demands for 5G and next-generation communications.

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5G Backhaul News, Views and Insights

Read more about the role that mmWave technology plays enabling 5G Backhaul

  • How 5G mmWave technology will enhance private networks

    5th May 2021 by Neill Young

    How 5G mmWave technology will enhance private networks

    Enterprises and industrial complexes such as factories and airports that require high-bandwidth networks need to have control over the security, management, data traffic and operations of their networks. In the past they have been able...

  • The role of mmWave in 5G backhaul solutions

    2nd March 2021 by Neill Young

    The role of mmWave in 5G backhaul solutions

    As 5G rollouts intensify, backhaul innovation is becoming a crucial way to support the higher bandwidth, denser networks and low latency applications expected of 5G in both public and private networks. In the past, as...

  • How Mesh Networks enable real world applications

    2nd February 2021 by Blu Wireless

    How Mesh Networks enable real world applications

    We previously discussed why mesh networks are an ideal solution to solving many of the problems innovators face when deploying 5G communications networks, especially across smart cities, private networks for industry, or Public Safety. As...

  • What is a mesh network?

    12th January 2021 by Blu Wireless

    What is a mesh network?

    In many real-world deployment scenarios for communications networks, particularly in industrial or smart city settings, a simple point-to-point connection does not offer the reliability or flexibility needed to support the wide variety of use cases...

  • Opening up UK 5G networks with millimetre wave

    15th October 2020 by Mark Barrett

    Opening up UK 5G networks with millimetre wave

    A radical programme is opening up new ways to roll out 5G mobile networks in the UK, all the way from the radio front end through to the core network. The Open RAN (O-RAN) Alliance...

  • mmWave Small Cells: Creating Private Networks for Industry

    28th April 2020 by Blu Wireless

    mmWave Small Cells: Creating Private Networks for Industry

    When thinking of small cells, mobile phone operators like Vodafone and EE will probably come to mind first – while this is perfectly correct, most people don’t realise that this is just one part of...