Vodafone Business Gives Organisations in Europe the Edge With AWS Wavelength
Vodafone Business unveiled a powerful new service, combining the ultra-quick response times of distributed Multi-access Edge Computing (MEC) technology with the fast speeds of 5G.
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“What we can do now with Distributed MEC is astonishing. We’re turning what were once fantastic possibilities into incredible realities. I think it’s critical for customers to benefit from this immediately.”
Vodafone is the first company in Europe to enable organisations to create pilot applications using distributed MEC with Amazon Web Services (AWS). This is made possible by embedding AWS Wavelength at the edge of its 4G and 5G networks to bring customers and key applications closer together.
In collaboration with AWS, Vodafone Business’ distributed MEC service will be rolled out from the spring of 2021, starting with the first commercial centre in London, UK, and with other locations in the UK and Germany to follow. These will give business customers, application developers and independent software vendors (ISVs) a head start in developing new digital services and access to real-time analytics so they can better respond to events and end-user needs.
The commercial MEC centre in London will provide an ultra-low latency zone over a wide area and make use of Vodafone’s 5G network in the capital, named the best for video streaming and web browsing by leading mobile benchmarking company, umlaut. In addition to areas within and around London, the low latency zone will extend to Cambridge, Oxford, Birmingham, Bristol, and Cardiff, as well as many towns home to tech firms along the M4 motorway corridor and parts of Wales and Cornwall.
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MEC is a key component to unlock the full potential of 5G as it moves cloud-based IT services to the edge of the network, providing services with almost instantaneous connectivity. Combined, MEC and 5G is the platform on which remote surgery, connected industrial robots and autonomous cars as well as critical Internet of Things (IoT) applications will work by allowing ultra-low latency response times between the user and the application housed within the edge of the network.
Milliseconds matter for remote surgery and driverless cars, but the responsiveness of the network also makes a difference for gaming, augmented and virtual reality as it makes the experience more enjoyable and feel more real to the user. It will also provide a more immersive experience for sports fans when they replay a goal from several pitch-level angles, as well as allow shoppers to try on clothes virtually.
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