Artificial Intelligence (AI) is a popular phrase, especially in 5G era. What do you think about the relationship between AI and 5G, and how does ZTE develop 5G with AI?

AI and 5G will develop and evolve together with each other, and this is a two-way channel, benefiting both technologies. AI is built in multi-layers of 5G to form the ubiquitous AI capability. The AI capabilities are designed in a modular form at the network equipment layer, O&M layer, and service layer, which enables construction of a network with gradual evolved capabilities. With a unified AI platform, the mainstream deep learning and machine learning framework, support more than 150 built-in all-domain network AI algorithms and more than 60 AI scenarios. The visualized zero programming AI model development makes scenario exploration easier.

At network equipment layer, ZTE has the most intelligent baseband unit (BBU), which not only provides the largest capacity for RAT’s, but also enables intrinsic AI capability via a software upgrade to support the “Radio Composer” giving better user experience and higher network efficiency. For to B service provision, with one computing board inserted in the BBU to enable the NodeEngine solution, enterprises can build a private 5G network simply and cost efficiently while benefiting from powerful service provision capability…

read more on TotalTele.com »

New data from the UK Government’s Department for Digital, Culture, Media and Sport (DCMS) and Schools Minister, Robin Walker, has revealed that 3,835 schools are in postcodes “that do not have access” to full fibre broadband connectivity “or are currently not in areas of proposed commercial build within the next five years“. The Government’s Building […]

UK ISP Quantum Fibre Broadband (formerly Quantum Air Fibre), which last year set itself a target to cover 120,000 homes in Lincolnshire (England) with a new gigabit-capable Fibre-to-the-Premises (FTTP) network, has announced that they’ve now covered 5,000 premises and expect to reach 10,000 in Q1 2022. The operator originally started life as a Fixed Wireless […]

Network builder FullFibre Limited has announced that their new gigabit-capable Fibre-to-the-Premises (FTTP) broadband ISP network has started to be deployed across the first areas of the North Midlands, with construction starting in the Staffordshire town of Leek. The neighbouring town of Cheadle will follow next week. The operator, which runs its network as a wholesale […]

Mobile operator O2 (VMO2) has confirmed to ISPreview.co.uk that, after a long wait, they intend to finally start rolling out SMS (text messaging) support for Wi-Fi Calling “before the end of the year“, but this will be a gradual phased process that looks set to continue more widely during Q1 2022. At present all the […]

Vodafone has selected VMware (NYSE: VMW) as its strategic technology partner to deliver a single platform to automate and orchestrate all workloads running on its core networks across Europe, starting with 5G standalone (5G SA).
Vodafone previously announced its selection of VMware Telco Cloud Infrastructure as its Network Functions Virtualization (NFV) platform. Last year, Vodafone completed the rollout of Telco Cloud Infrastructure across all its European business and 21 markets in total. The company saw gains in productivity as it brought network functions online around 40% more quickly…

read more on TotalTele.com »

After a long delay due to COVID-19, the European Commission has today published their annual 2021 Digital Economy and Society Index (DESI), which reveals how the EU’s fixed line broadband ISP and mobile networks compare. The UK was removed from this edition due to Brexit, so we’ve used Ofcom’s data to compare. At present the […]

Many of us have become only too aware of virus transmission methods in the past couple of years, but BT thinks that understanding epidemiology could be more useful to the telecoms sector than simply helping us stay healthy. 
 
Today, the operator has announced its ‘Inflame’ prototype, which uses deep reinforcement learning to help enterprises to automatically anticipate and detect cyber threats…

read more on TotalTele.com »

Updated details, timescale and application process for the European Space Agency’s ARTES (Advanced Research in Telecommunications Systems) Programme for commercial telecommunications products and services has been released.

The UK has subscribed over £250 million into the ARTES programme to 2022 to support UK industry develop the next generation of telecommunications products, services and applications. This includes two main funding streams:

• Advanced Technology: offering 100% funding for developing early technologies and innovations. Invitations to tender are listed on the ESA website and include Scylight and 4S- optical technology streams among many advanced technology requirements
• Competitiveness and Growth: This is an industry-led programme offering matched funding for developing commercial satellite communications technology solutions and innovations.

Applications will in future be considered three times a year through a competition, with the first competition opening in November 2021 and closing January 2022.

 In early 2020, as a growing number of operators were launching commercial 5G services, it was clear that there were a wide range of factors that would affect the development of the market, from availability of spectrum and devices, to demand for high bandwidth services and private networks, and maturity of underlying technology and standards.
To make sense of how 5G would evolve – and amuse ourselves in the process – the STL Partners research team, Dean Bubley (of Disruptive Analysis and who runs STL’s Network Futures research stream) and the editorial team at Total Telecom came up with the 5G-aliser. By plotting progress on the primary, secondary and wildcard factors impacting 5G development on the 5G-aliser, we understand which ones become more or less important over time, and can also build a high level view of supply and demand.
Over the last 18 months…

read more on TotalTele.com »