First Customer Live on CityFibre’s Cambridgeshire Project Gigabit Broadband Build

CityFibre have today announced that the first customer has just gone live on their new full fibre (FTTP) broadband ISP network in Cambridgeshire (England) under the £69m state aid supported Project Gigabit rollout contract (Lot 5), which began its construction phase back in February 2024 (contract was awarded in March 2023).

The original contracted announcement stated that a total of “around45,000 premises (hard-to-reach homes and businesses) in the county are ultimately expected to be covered by the new digital infrastructure (here). But the operator has previously stated that this deployment will also unlock a further £53m of commercial funding, which will separately enable them to reach a further 170,000 premises in the same county (total of 215,000).

NOTE: CityFibre is currently contracted to build its 10Gbps FTTP network to a total of almost 465,000 hard-to-reach homes through the Project Gigabit programme over the next few years.

The first customer, based in the village of Grantchester, has been connected by ISP partner Vodafone today and is taking its new ultrafast 2.2Gbps symmetrical broadband service (here). The customer is said to be a lecturer in film, who requires the frequent transferring of large video files, and has a young family. He was previously served by a legacy copper-based FTTC network (Openreach), which offered sub-80Mbps speeds.

Simon Holden, Group Chief Operations Officer at CityFibre, said:

“We’re thrilled to see the first customer connected on our Project Gigabit rollout and to welcome Vodafone’s launch of its fastest home broadband service exclusively over our network. This is an important milestone for CityFibre and for the hundreds of thousands of hard-to-reach homes and businesses left stranded on legacy copper networks.

We look forward to working with government and our partners to bring the benefits of full fibre and multi-gig services to rural premises nationwide.”

The work also supports CityFibre’s wider ambition of covering up to 8 million UK premises (funded by c.£2.4bn in equity, c.£4.9bn debt and c.£800m of BDUK subsidy) – across over 285 cities, towns and villages (c.30% of the UK), although it’s unclear precisely when they will achieve that (the original goal was for the end of 2025, but their current build + M&A plan may only get them to c.6m).

The operator currently covers 3.6 million UK premises (3.3m RFS).

NOTE: Cityfibre is supported by UK ISPs such as Vodafone, TalkTalk, Zen Internet, iDNET and others, but they aren’t all live or available in every location yet (often due to a mix of technical reasons and exclusivity agreements).

Australian Government and AWS Collaborate to Strengthen country’s Cybersecurity 

News 

The Australian Government has announced a strategic partnership with Amazon Web Services (AWS) to bolster Australia’s cybersecurity capabilities with an investment of at least $2 billion over the next decade

The partnership will involves establishing a Top Secret (TS) AWS cloud in Australia, which the country will move its secret intelligence data to, in collaboration with the Australian Signals Directorate (an Australian government intelligence agency). 

The platform aims to enhance the resilience of ICT services for the government and could create up to 2,000 local jobs. 

The TS Cloud will support secure storage and analysis of Australia’s most sensitive data, leveraging advanced technologies like AI and machine learning. This initiative is expected to strengthen the defence department’s communication networks and facilitate closer collaboration with allied nations such as the UK and the US, who already use AWS cloud computing in their governments.   

The Defence minister Richard Marles said in a press release that the deal would increase “interoperability” with the US and “ensure we have a far more resilient, capable, lethal, modern and potent defence force in the future”. 

“My government is bolstering our defence and national intelligence community to ensure they can deliver world leading protection for our nation,” said Australian Prime Minister Anthony Albanese.  

“We face a range of complex and serious security challenges and I am incredibly proud of the work our national security agencies undertake on a daily basis to keep Australians safe. We must never underestimate their value and importance. That is what this investment today is about,” he continued. 

AWS plans to engage local businesses in designing and building the TS Cloud, offering opportunities for innovation in cybersecurity, data analytics, and cloud computing.   

The company has also committed to other infrastructure investments in Australia, including a planned $13.2 billion by 2027 and a previous $9.1 billion since its launch in 2011, supporting local job creation. 

Keep up to date with the latest international telecoms news by subscribing to the Total Telecom daily newsletter 

Also in the news:
Dutch operators finally get their hands on midband 5G spectrum
Virgin Media O2 completes first stage of Shared Rural Network
Xavier Niel’s $4.1 billion bid for Millicom is too low, company says

Solving congestion challenges in FTTP deployment

Viewpoint Article

by Evan Rogers, Solution Innovation Manager EMEA, Corning Optical Communications

The UK is currently building Fibre to the Premises (FTTP) at an unprecedented rate.

Figures published by Ofcom in April 2024 confirmed that 62% of UK households (as of January 2024) can now access full-fibre broadband – a 48% year on year increase.

Powering this charge towards a more connected Britain are, of course, the likes of Openreach and a host of altnets, who must work smartly to utilise every inch of space of our towns and cities’ infrastructure, deploying more and more fibre in space-constrained environments.

Access to Openreach’s ducts and poles through Physical Infrastructure Access (PIA) regulations has helped ease some of the logistical difficulties of fibre deployment for altnets but network congestion is becoming a major challenge. This will only increase as more operators deploy.

Space has become a premium commodity within existing infrastructure, and the risk of damaging equipment when working or removing it from the chamber is high. Such damage often necessitates the construction of off-site chambers, a costly and time-consuming solution that is unsustainable on a national scale.

How are network equipment providers responding?

With network operators looking to deploy fibre in tight spaces not originally designed for today’s density of connections, they need ways to shrink their footprint and deploy more quickly and economically.

Corning’s solution, Evolv® Terminals and Drops with Pushlok™ Technology, was introduced in 2020 after an intensive development period and has since undergone continued refinements. Corning knew that decreasing the device’s size, without compromising on connectivity, would be key. The breakthrough came when the team reorganised the terminal ports and input stub to align in a single row on the bottom of the device.

Clever work to reduce the connector’s size meant we could also decrease the terminal size – critically, enabling operators to place the solution in any environment and navigate within congested chambers. Minimising the size of the terminal in multiple planes also enabled the product to be installed on buildings and poles discretely and with an overall aesthetic look.

Approximately half the size of the previous terminal, the  Evolv® terminal offers a neater cabling system, saving considerable space within the chambers and enabling additional customers to be served from a single chamber. With the risk over-congestion minimised, this in turn reduces the likelihood of end customer effecting faults and delays, leading to a more reliable network and customer experience.

Its ease of integration into the existing network is also a significant advantage for network operators, requiring minimal training for engineers.

Supporting rural deployment

With the UK Government committing £714 million towards boosting rural coverage in 2024, the expansion of the full fibre rollout into premises in the countryside must also be considered. For many rural deployments, overhead networks are favoured and congestion will again be a consideration.

UK regulations stipulate that cables installed between poles must break under a load of 2kN to prevent overloading the pole and potentially causing significant damage to the network and health and safety risks to engineers and customers. Again, prioritising smaller terminals that can be installed on congested poles will ensure the maximum number of customers can be serviced without jeopardising the integrity of the poles.

Maintaining momentum

A continued focus on speed, scalability and cost-efficiency will be key for the UK’s full fibre rollout to not stumble at the final hurdle.

To prevent network congestion from slowing this current momentum, particularly as more key players enter the market, we’re working closely with network operators to mitigate these challenges and plan for success as the rural push takes shape.

As the UK continues its march towards becoming a more connected nation, it’s clear that space-saving solutions will play a crucial role in the deployment of FTTP in both urban and rural areas.

Find out more about how we’re putting this into practice with Openreach in our recent video here.

Want to learn more? You can find Corning at Stand 69b at Connected Britain 2024, taking place on September 11-12 at ExCel London. Get your tickets now!

Netomnia’s Full Fibre Broadband Covers 1 Million UK Premises

One of the UK market’s largest alternative network operators, Netomnia (YouFibre), has today announced that after four years of work they’ve managed to build their 10Gbps capable Fibre-to-the-Premises (FTTP) broadband ISP infrastructure to cover 1 million premises passed (Ready for Service) – rising to 1.6m once the Brsk merger (here) completes.

The figure of 1 million premises (RFS) represents another significant improvement from the 960,000 they had just a month ago, which shows that their rollout has not been dampened by the wider market’s many challenges (i.e. they’ve added 500,000 premises within the last year alone). The network sells its packages to consumers and businesses via sibling ISP YouFibre, which had 80,000 customers in March 2024 (c.140k if you include Brsk).

NOTE: Netomnia and broadband ISP YouFibre have so far raised £795.5m via Advencap, DigitalBridge and Soho Square (excluding Brsk).

Since its inception, Netomnia has now laid over 15,600km of fibre cabling to build its network – the equivalent distance of London to Cairns, Australia – and specialises in a lower cost approach to build, which seems to be working well and gives them greater tolerance when growing take-up.

The operator previously aimed to continue this network expansion, with a plan to reach up to 2 million premises by the end of 2025. But that has since been boosted by the merger agreement with Brsk. The combined network thus technically already covers 1.6 million premises and now aims to reach 3 million premises (coverage) by the end of 2025.

Zoltán Kovács, Managing Director at Netomnia, said:

“We are incredibly proud that our network now serves one million premises. We started building our network in 2020 and to reach one million premises in just four years is truly unprecedented. This achievement is a testament to the dedication and hard work of our entire team. Thank you to all our partners and stakeholders for being part of this journey.

By accelerating the UK’s transition to fibre, we’re empowering residents and businesses to unleash their potential by providing access to world-class connectivity, today.”

Customers of YouFibre typically pay from £22.99 per month for their 150Mbps package, which rises to just £29.99 for 1Gbps and £99.99 for the dizzy heights of 7-8Gbps on a 24-month term. The provider has also pledged “no in-contract price rises” and “no set-up fees“.

Virgin Media UK Start Phase 2 of Smart Support to Boost Broadband Reliability

Broadband ISP Virgin Media (O2) has begun the second phase of their effort to deploy the new “Smart Support” service, which aims to boost the reliability of internet connections by proactively identifying and tackling issues remotely at no extra cost. So far only 50,000 users have benefitted from this since its April 2024 launch (here), but new customers will now join them.

Just to recap. The Smart Support service is built on technology from Cisco’s ThousandEyes (formerly SamKnows) platform (i.e. cloud-based data sets and advanced device identification technology), which initially targeted broadband customers “whose connections will be checked throughout the year as the service learns and evolves” (i.e. it monitors for things like speed drops and disconnections), before being rolled out more widely.

NOTE: The offer of a free engineer visit excludes problems caused by misuse, neglect and accidental damage.

Should smart support detect any potential connection issues to the WiFi Hub, then Virgin Media will reach out to the customer, offering guidance and simple fixes. The ISP debatably claims to be the “first major telecoms provider to proactively reach out to customers to improve their broadband experience“, which they say has seen “positive results to date with smart support resulting in a more reliable connection and less time offline for customers currently receiving the service” (no stats are provided to support this).

The smart support process is currently being rolled out in phases – adding new features as it goes, with Phase One monitoring enrolled customers’ broadband service (c.50,000 users). By comparison, the latest Phase Two will enhance the onboarding journey and make it available to “new fibre customers“, albeit presently only for the first 14 days of service to “ensure a smooth installation period.”

Smart Support’s Multi-Layered Approach Includes:

➤ Always-on monitoring: Using smart support technology to constantly monitor the customer’s broadband speeds and connection performance.

➤ Problem solving: If a fault is detected, the WiFi Hub will work automatically overnight to try and resolve the issue.

➤ Tailored advice: If the suspected issue cannot be fixed remotely, the customer will be sent personalised advice on how they can try to resolve the issue themselves.

➤ Easy to book expert help: Should this be unsuccessful; the customer will be invited to book a free engineer appointment at a time that suits them.

As we recall, Phase Two will later be followed by Phase Three (date TBA), which will add machine learning to help fix faults and prevent them from reoccurring. Smart support will also develop to support digital TV issues (e.g. buffering) in the future, but for now it’s focused purely on the core internet connectivity angle.

The other benefit of this approach is that it could reduce calls to Virgin Media’s support lines, since customers won’t need to manually report all faults. But we should point out that proactive monitoring of broadband lines is something that other ISPs have also adopted, albeit to varying different levels of effectiveness and sophistication. Sometimes this comes as part of a premium add-on, while in other cases it’s a default feature.

However, one issue stems from Virgin Media’s use of contradictory language around the availability of Phase Two, which might cause some confusion: “T&C’s: Smart support: Subject to availability. Currently Fibre broadband only (excludes Full Fibre).” So at present this only seems to work on Hybrid Fibre Coax (HFC) lines and not FTTP, but it’s unclear whether the “full fibre” exclusion extends to both XGS-PON and RFoG lines (we’re checking).

Possible Broadband Boost as New UK Gov Looks to Unblock Planning

The new UK Government is off to a rapid start this week and has already appointed Peter Kyle (MP) to be the new Secretary of State at the Department for Science, Innovation and Technology (DSIT), which oversees many of the country’s public broadband and mobile infrastructure projects. But bigger news on planning is expected from the chancellor, Rachel Reeves, today.

Just to recap. The Labour Party’s 2024 General Election Manifesto (here) stated that the previous (Conservative) government’s “investment in 5G [was] falling behind other countries and the rollout of gigabit broadband [had] been slow“, but they also made clear that the party would be making a “renewed push to fulfil the ambition of full gigabit and national 5G coverage by 2030.

PICTURED: Peter Kyle MP, the UK’s new Secretary of State for tech and digital infrastructure.

In fairness, the private sector’s rollout of gigabit broadband (currently covering 83%+ of the UK), which has driven the lion’s share of deployments, has been fairly rapid given the huge costs and complexity involved. But you could certainly argue that the £5bn (state aid) Project Gigabit broadband scheme (i.e. aiming for 85% gigabit coverage by 2025 and “nationwide” [c.99%] by 2030) has been slow to award some major subsidised deployment contracts (e.g. Wales, Scotland etc.). Likewise, the deployment of 5G could have been better, but did suffer early on from weak coverage targets and the sudden U-turn to ban Huawei’s kit.

Suffice to say that the new government are clearly looking to build on what already exists, rather than risk huge delays by ripping up the existing programmes. The first signs of this new approach are expected to surface today when the new Chancellor, Rachel Reeves, declares economic growth to be their “national mission” and moves to announce reform of the planning laws to help “unblock” key infrastructure projects, as well as investment.

The comments echo Labour’s manifesto, which similarly stated: “We will also update national planning policy to ensure the planning system meets the needs of a modern economy, making it easier to build laboratories, digital infrastructure, and gigafactories.

Rachel Reeves, New UK Chancellor, will say:

“We face the legacy of 14 years of chaos and economic irresponsibility. New Treasury analysis I requested over the weekend exposed the opportunities lost from this failure.

Had the UK economy grown at the average rate of OECD economies since 2010, it would have been over £140bn larger. This could have brought in an additional £58bn in tax revenues last year alone to sustain our public services. It falls to this new government to fix the foundations.

Where governments have been unwilling to take the difficult decisions to deliver growth – or have waited too long to act – I will deliver. It is now a national mission. There is no time to waste.”

At present we still know very little about what kind of changes the new government will be looking to make, although network operators have not been shy about producing their own wish lists (here), which often echo a strong desire for the full embracement of flexi-permits and cancelling plans for street works charging. Not to mention those that seek easier access to large residential buildings (MDUs).

The party has also previously spoken of working with Ofcom to try and encourage greater infrastructure sharing or co-operative build between network operators, which would have to be very carefully balanced to avoid any unintended damage to competition.

The existing Access to Infrastructure (ATI) Regulations 2016, which applies to all operators, does already include provisions on the exchange of information about existing infrastructure, and the right to access that infrastructure on fair and reasonable commercial terms etc. But this doesn’t matter much if a commercially viable deal cannot be reached.

The previous government did attempt to update the ATI Regulations (2016) to improve infrastructure sharing, but some smaller and more vulnerable alternative networks (altnets) said they were concerned about the risk of “unintended consequences” if changes to those rules ended up undermining the investment case for new networks (here).

Likewise, operators expressed “limited interest in using non-Openreach or non-telecoms infrastructure,” due to a general preference for telecoms infrastructure, as well as the “availability of a more stringent regulated product on a near ubiquitous nationwide network.” Suffice to say, infrastructure sharing alone may not be a magic fix. In the end, the previous government opted to merely clarify the existing rules, which did little to move the dial.

The new government will also have to tread carefully, given the current and somewhat growing opposition – at the local level – to the deployment of new poles (telegraph poles) for running fibre optic lines, which is a matter that has been raised by a fair few Labour MPs too. Before the election, the previous government was already in the process of developing clearer guidance and oversight for pole deployments (here and here).

Finally, Labour indicated in 2023 that it would aim to foster an “industry-wide social tariff for low-income families” and do more to tackle mid-contract price hikes and loyalty penalties etc. But since then Ofcom has already done quite a lot to tackle these areas, so it remains to be seen what new approaches the government might now direct Ofcom to take, if any.

In any case, we don’t expect to get a lot of detail on the new planning reforms today, but we will update this article if the announcement includes something more than the usual political sound bites. Any detail that does get released will probably come in a very generalised form, which may be open to different interpretations.

2024 H1 – UK Gigabit Broadband Coverage Tops 83 Percent

ISPreview’s latest biannual UK summary of fixed broadband coverage for H1 2024 has found that “full fibre” (FTTP) ISP networks have grown to reach 67.68% of premises (up from 60.54% in H2 2023) and 83.39% are within reach of “gigabit” speeds (up from 79.86%). Continue on to see details for England, Wales, Scotland and N.Ireland.

Practically all the new gigabit-capable (1000Mbps+ or 1Gbps+) class connectivity added during 2024 so far have come from Fibre-to-the-Premises (FTTP) based network deployments via Openreach (BT), Nexfibre (Virgin Media), Hyperoptic, CityFibre, Netomnia (YouFibre), KCOM, Gigaclear and many other operators (Summary of Full Fibre Builds).

NOTE: The government’s £5bn Project Gigabit scheme aims to help extend gigabit-capable networks (1Gbps+ downloads) to “at least” 85% of premises by the end of 2025 and then “nationwide” (c.99%) by around 2030 (here). Most of this target (80%+) will be delivered via commercial builds.

The reason why gigabit cover is currently still higher than FTTP is down to the 14.3 million premises covered by Virgin Media’s older Hybrid Fibre Coax (HFC) network, which have been upgraded to gigabit-capable DOCSIS 3.1 technology (there’s a lot of FTTP overbuild of this in urban areas). But that project completed in 2021 and thus the focus now is almost entirely on FTTP delivery for most operators.

In addition, most of the progress on gigabit-capable coverage during 2024 is still down to commercial investment in FTTP, often with only a little support from the Government’s various voucher schemes. But the £5bn Project Gigabit scheme and its subsidised rollouts are starting to have an impact on this, albeit focused on the hardest to reach premises (e.g. rural) that typically take longer to cover.

H1 2024 Broadband Coverage Figures

Listed below is the latest independent modelling from Thinkbroadband to early July 2024 (H1 – 2024). We should point out that the figure for ‘Under 10Mbps‘ doesn’t reflect 4G mobile coverage (we’re only looking at fixed broadband), which plays a part in the official USO (see below table) but isn’t included in TBB’s mapping work. Sadly, it’s incredibly difficult to do an accurate model for mobile coverage, especially in terms of a specific performance level.

NOTE: The figures in brackets (%) represent the previous H2 – 2023 result, as measured at the start of January 2024.

Fixed Broadband Network Availability H1 – 2024

Area
30Mbps+
Full Fibre
Gigabit
% Under 10Mbps

England
98.24% (98.07%)
67.41% (60.06%)
84.15% (80.73%)
0.59% (0.64%)

UK
98.01% (97.81%)
67.68% (60.54%)
83.39% (79.86%)

0.79% (0.85%)

Wales
97.04% (96.90%)
67.38% (59.06%)
73.65% (67.58%)
1.60% (1.65%)

Scotland
96.31% (95.99%)
61.33% (54.82%)
77.64% (73.73%)
2.09% (2.26%)

N.Ireland
98.29% (97.70%)
95.19% (94.09%)
95.73% (94.68%)
0.98% (1.35%)

NOTE: It’s very important to remember that Government / political coverage targets, like 85% for gigabit by 2025, reflect a national average, which can of course be better or worse for some areas (e.g. some counties may achieve higher coverage, while others could be well below that).

Take note that each devolved region (Scotland, Wales etc.) may also have its own policy and targets, which all feed into the central UK coverage figure. Furthermore, it’s worth highlighting how much of an impact newer alternative networks (Altnets) are having on all this – excluding coverage by Openreach, KCOM (Hull) and Virgin Media.

Rival Altnets were found to have covered 35.28% of the UK with FTTP by H1 2024 (up from 30.06% in H2 2023). This breaks down as 37.16% in England (up from 31.75%), 14.23% in Wales (up from 10.72%), 29.71% in Scotland (up from 25.26%) and 34.44% in Northern Ireland (up from 29.39%). But the overall coverage improvement from this will be lower due to overbuild between so many networks, particularly in urban areas.

As stated earlier, this data is an estimate and should be taken with a pinch of salt, not least because it won’t always reflect the very latest real-world position. But it’s still one of the best and most up-to-date gauges that we have for checking against official claims (Ofcom’s own data tends to be several months behind that of TBB’s).

Solutions for Slow Broadband Areas

Finally, those still stuck in sub-10Mbps speed areas will, at least for now, be left with little option but to try harnessing the flawed 10Mbps Universal Service Obligation (USO) via BT (UK-wide) or KCOM (Hull-only). Many of those who have pursued the USO say they were offered a mobile broadband (4G or 5G) connection via EE, but those considered delivered under the USO itself usually get full fibre (FTTP) lines.

However, the reality is that some people will find they live in areas where not even the USO can cover the colossal upgrade costs of getting FTTP (here and here). The government are currently still examining support options for remote premises and are also preparing to review the broadband USO (here), which may bring some changes in the future, particularly with the new change in leadership (here).

Failing that, consumers could either try waiting to see if the problem gets resolved or consider exploring the option of a LEO satellite service (Starlink is good, if you can afford it). We would also recommend that consumers check via Three UK, Vodafone and O2 (VMO2) to see if any of those deliver better 4G or 5G mobile coverage than EE in your area (ideally by conducting your own tests, since official coverage maps are fairly useless) – see our guide to external antennas.

ISP Hey! Broadband Offer 900Mbps Plan at £1.99 Monthly for Six Months

New customers looking to join UK ISP Hey! Broadband, which caters for areas covered by F&W Networks‘ new Fibre-to-the-Premises (FTTP) lines, may like to know that the provider is currently offering their top 900Mbps (symmetric) package for just £1.99 per month for the first size months of service on a 24-month term (£28 thereafter).

The package, which also commits to making “no price increase during the length of your contract“, includes a wireless router and free installation. But take note that the standard post-contract price of the 900Mbps package is £43 per month, or £55 if you take out a 30-day term instead.

F&WN has so far managed to extend their full fibre broadband infrastructure to cover 410,000 UK premises (RFS) across various towns in West Sussex, Oxfordshire, Greater London, Buckinghamshire, Hertfordshire and Surrey etc.

Vodafone Invests £120m in AI Chatbot ‘SuperTOBi’

News

The chatbot is an upgrade to the pre-existing ‘TOBi 

Vodafone has announced the rollout of SuperTOBi, its new virtual assistant powered by Generative AI (GenAI), across Europe. Built on Microsoft Azure OpenAI, SuperTOBi is designed to handle complex customer inquiries more effectively than traditional chatbots.

After successful launches in Italy and Portugal, SuperTOBi will be available to customers in Germany and Turkey this month, with more countries to follow later in the year. This new service builds on Vodafone’s existing chatbot, TOBi, which already supports customers in 13 countries across Europe and Africa and understands 11 languages.

SuperTOBi is a key part of Vodafone’s broader effort to improve customer experience, supported by a €140 million (£120 million) investment this financial year. Unlike conventional chatbots that rely on keyword recognition, Vodafone says SuperTOBi can understand full sentences and phrases, allowing for more natural and personalised conversations. It can also transfer complex questions to human agents when needed.

In the announcement’s press release, Vodafone provided us with some results. The first-time resolution rate has increased from 15% to 60%, and the online net promoter score (NPS) has risen by 14 points to 64. Additional functions, such as billing inquiries, are also being added to SuperTOBi’s capabilities.

Vodafone has also introduced SuperAgent, a bot assistant for customer care employees, and SuperSearch, an improved search tool on its customer-facing websites. SuperAgent, based on Microsoft Azure OpenAI’s Agent Copilot solution, helps human agents find answers to complex queries more quickly. In Ireland, it summarises online customer conversations for agents, reducing the need for customers to repeat themselves. This tool uses information from Vodafone’s internal knowledge database, ensuring reliability and accuracy.

Join the UK telcos in conversation at this year’s Connected Britain event, 11-12 September in London. Get tickets here!

Also in the news:
Dutch operators finally get their hands on midband 5G spectrum
Virgin Media O2 completes first stage of Shared Rural Network
Xavier Niel’s $4.1 billion bid for Millicom is too low, company says

Nokia, BT Group and Qualcomm achieve enhanced 5G SA downlink speeds in European first

Press Release

Nokia, BT Group and Qualcomm achieve enhanced 5G SA downlink speeds in European first 5G Carrier Aggregation with Five Component Carriers

BT Group becomes first European operator to achieve 5G 5CC carrier aggregation, boosting 5G standalone (SA) performance ahead of network launch later this year.
Combines three FDD and two TDD carriers with 150 MHz total bandwidth, delivering greater capacity and downlink speeds in areas of high demand.
Follows 5G SA downlink 4CC carrier aggregation breakthrough in 2022, and concurrent two carrier uplink aggregation in 2023.

5 July 2024. Espoo, Finland – Nokia and BT Group today announced that they have successfully aggregated 5G Standalone (SA) spectrum using 5CC Carrier Aggregation (5CC CA), making BT Group the first European operator to achieve this milestone. The achievement uses a device powered by a Snapdragon® 5G Modem-RF system from Qualcomm Technologies, Inc., a pioneer and global leader in 5G technology.

5CC CA will significantly boost the data rates available to customers in areas of high demand by combining all mid-band radio spectrum when the 5G SA device requires a high-speed connection. Set to launch later this year, EE’s 5G SA network will also have the capability to leverage a low frequency sixth carrier to provide a superior experience in more places, including indoors.

In 2023, BT Group and Nokia successfully demonstrated 4CC CA in 5G SA downlink with concurrent 2CC CA in 5G SA uplink. With today’s announcement, the companies reached the next milestone, achieving further performance uplift in connections from the device to the network by increasing throughput and capacity.

The tests were conducted in the field on live network spectrum at Adastral Park, BT Group’s headquarters for R&D, using Nokia’s 5G AirScale portfolio and a device powered by a Snapdragon® 5G Modem-RF system from Qualcomm Technologies. Downlink speeds of 1.85 Gbps were reached, using three FDD carriers NR2600 (30MHz), NR2100 (20MHz), NR1800 (20MHz) aggregated with two TDD carriers NR3600 (40+40MHz).

Greg McCall, Chief Networks Officer at BT Group, said: “This latest milestone achieved with Nokia and Qualcomm Technologies enhances 5G SA performance as we work towards the launch of our network, building further on the benefits of carrier aggregation in delivering greater throughput and speeds to customers. This is particularly important as more and more devices come to market with 5CC CA capabilities. We are focused on maximising our spectrum assets to deliver the very best experience to our customers with that in mind.”

Mark Atkinson, SVP and Head of RAN at Nokia, said: “This successful trial with our long-standing partner, BT is another great example of Nokia’s clear leadership in 5G carrier aggregation technology. Multi-component carrier aggregation helps mobile operators to maximize their radio network assets and provide the highest 5G data rates at more locations to subscribers.”

Dino Flore, Vice President, Technology, Qualcomm Europe, Inc. said: “Qualcomm Technologies is committed to pushing the boundaries of 5G connectivity, and our Snapdragon 5G Modem-RF Systems are designed to unlock the full potential of 5G, delivering unparalleled speed, efficiency and capacity for networks and their users. We are proud to work with Nokia and BT Group to play a key role in bringing this enhanced 5G experience to European consumers.”