Openreach Reveal More 2024 UK Ethernet, PIA and Dark Fibre Price Rises

Network access provider Openreach (BT) has just announced the second batch of annual price increases for 2024 (see first batch), albeit this time focused more on their wholesale Ethernet (EAD, EBD etc.), OSA, Excess Construction Charges (ECC), SOTAP for Analogue, Dark Fibre and Physical Infrastructure Access (PIA) products for UK ISPs, businesses and other networks.

Just to recap. Ofcom’s regulation (example) allows Openreach to increase prices across their various wholesale products, usually by the current level of inflation, although this may differ between products due to various factors (discounts etc.) and there could also be some decreases. But increases mean that ISPs on the same network will need to pay more for the services they sell, which often ends up being passed on to customers.

NOTE: All the price changes being announced this week will be introduced from 1st April 2025.

Once again, the price changes are too numerous to easily summarise as they occur across masses of different products, but you can find more details by following the links on their Pricing Page. Just to give an example, the annual rental for an 1Gbps EAD circuit will increase from £2,262 to £2,358 (+4.24%) – or from £2,850 to £2,946 when specifically used for FTTP (full fibre) aggregation.

However, it’s not all bad news, because Openreach have also announced the renewal and addition of some special offers for EAD 1Gb and EAD 10Gb lines (here and here). In addition, they’ve announced the withdrawal from new supply of some Optical Spectrum Access (OSA) FS3000 optical filter products, partly due to discontinued vendor supply (here).

Court Dismisses Class Action Claim Over BT’s Alleged UK Landline Overcharging

The Competition Appeal Tribunal (CAT) has today dismissed a £1.3bn class action claim by the Collective Action on Land Lines (CALL) campaign against national broadband ISP and phone provider BT, which alleged that the UK telecoms giant had overcharged 2.3 million of its landline-only phone customers between 2015 and 2018.

Just to recap. The original claim was first raised at the start of 2021 through UK law firm Mishcon de Reya, which was acting on behalf of a former Ofcom telecoms consultant – Justin Le Patourel. At issue was Ofcom’s 2016/17 review of the narrowband market (here and here), which found that landline-only customers (i.e. those who didn’t take a cheaper broadband bundle) had been “getting poor value for money compared to those who buy bundles of landline, broadband and/or pay-TV services.”

NOTE: The case also sought compensation for customers who took both a broadband service and a BT landline, albeit not together as a bundle (i.e. customers paid more for the individual services).

The review also found that customer bills for line rental had risen significantly since 2009, while at the same time BT’s costs (wholesale) for providing the service had fallen. But this did seem to ignore the fall in calling volumes that hit related revenues (other linked costs may have also been excluded) – a key weighting factor for operators when setting retail prices.

Nevertheless, Ofcom put pressure on BT to respond, and the operator did so in 2018 by voluntarily cutting the line rental charge for c.900,000 vulnerable landline-only customers (reduction of £7 per month), while at the same time capping any subsequent overall increases to line rental and call charges to inflation (here) – this was extended again in 2020 for another 5 years (here).

The Collective Action on Land Lines (CALL) campaign used much of this as the basis for their wider claim, which finally went to trial at the start of 2024.  In theory, a victory for Justin Le Patourel might have forced BT to pay out up to £1.3bn in compensation to consumers (largely because CALL had won approval to represent all of BT’s allegedly affected customers, unless they decide to opt out), although such headline figures are often optimistic.

The Verdict

After nearly four years of battling, the CAT today handed down their judgement and dismissed the claim. Naturally, retail broadband ISPs and phone providers ultimately have the freedom to set pricing however they so choose, albeit often restricted by the realities of natural competition (i.e. making your service too expensive or too cheap can be counter-productive). But this is less relevant where cases involving the Competition Act and dominant players are concerned. The CAT “found that BT was dominant” in the SFV market, but the judge ruled that their pricing was “not unfair“.

CAT’s Judgement

Overall, we considered that, whether taken by itself or in comparison with other prices, BT’s prices were not unfair, and therefore there was no abuse of dominant position. This meant that the CR’s claim failed.

BT’s Statement

Today the Competition Appeal Tribunal (“CAT”) handed down its judgment in the case of Justin Le Patourel v BT Group plc (“BT Group”) in which the CAT has dismissed the claim and found that BT Group’s conduct did not breach competition law. We take our responsibilities to all of our customers very seriously and welcome today’s ruling.

The judge stressed that “just because a price is excessive does not mean that it was also unfair“. The CAT took into account, first, that while BT’s prices were excessive, they were also “radically less than the excess relied upon by [Justin Le Patourel]. This meant that the weight of the excess going forward into the unfairness analysis reduced.”

The CAT also considered that BT provided “distinctive value” to its Standalone Fixed Voice (SFV) customers such that its price “bore a reasonable relation to value“. Value here was found, not just in terms of particular features or “Gives” provided to the customers, but also in BT’s brand value as a whole.

Breaking news.. more to follow..

World Communication Awards shine a light on AI Excellence

ai, artificial intelligence, sci-fi

Contributed Article

by Marc Anné, Chair of Judges for the World Communication Awards

This year, we counted 219 entries across 23 award categories in the World Communication Awards.

As expected, the newly introduced AI Excellence Award became a popular category. 2023 saw the rise of generative AI, 2024 proved to be the year of its integration into telecommunications. Entries showcased incredible innovation and excellence and reflected a wide variety of use cases whereby Gen-AI is generating telco-specific functionality.

After much delibration from the judges, seven companies were shortlisted for the Award: SK Telecom, Jio Platforms, Netcracker Technology, Telkomsel, Tata Communications Transformation Services, Rakuten Symphony, and Amdocs.

Click here to discover which of them ultimately took home the coveted trophy!

So, what were some of the common trends, solutions, and strategies that characterised the AI Excellnce Award submissions in 2024?

  • Firstly, enhancing customer and user experience by leveraging foundational AI models and Large Language Models was a hit. This areas including improved agent handover processes by delivering highly contextual, human-like responses based on automated front-facing AI agent systems providing selfcare and trouble ticketing. Some entrants have even started designing TelcoGPT services, with embedded copilots and GenAI agents.
  • The automation of various telco processes, across the operations cycle, are getting streamlined by deploying various AI workflows and solutions aiming to increase productivity, including areas such as: the Lead to Quote cycle (RFP AI response generator); preventive maintenance AI inspections; new partner onboarding; catalogue modifications; invoice explanations and analytics.
  • The use of 360° customer engagement creates a platform that connects real time behavior, decisioning and omnichannel orchestration. AI-based guided selling recommends the next best action. This opens the door for real-time marketing.
  • The proactive recognition of anomalous data pattern behaviors and the presentation of possible root-causes based on AI models and actionable insights is leading the way towards autonomous networks. Network performance is optimised by AI powered automation technology that proactively anticipates and addresses spikes in 5G data usage.
  • Democratised AI access across the organization as well as AI enhanced knowledge management systems do not only support customer agents and radio frequency engineers, but also employees from diverse backgrounds and business users conducting analysis without the need for deep technical knowledge. It also enhances the accuracy of information delivered to customers with the goal of improving the quality and reliability of customer service experience.
  • The world’s first autonomous telecom store, powered by AI and Machine Language, was presented in the category of the Future Award. It integrates advanced AI, Machine Learning, sensor fusion, robotics and facial recognition technologies. The next generation of retail experience is becoming a reality!
  • Various AI assisted energy efficiency solutions were also present in the award submission. The prediction of data transmission in real-time helps to optimize the connection status of the smartphone and AI solutions reduce power consumption of the modem in the device and in radio units.
  • Finally, AI innovation helps to improve fraud mitigation and eliminates artificial inflation of traffic. ML and AI immediately detecting and blocking malicious attempts is a popular entry theme. Use cases cover areas such as AI powered anti-phishing and spam systems in real time, blocking millions of illegal messages.

We look forward to seeing how AI continues to evolve and be integrated within the telecoms industry in 2025!

CityFibre Begin Project Gigabit Broadband Build in Leicestershire and Warwickshire

Network operator CityFibre has today announced that they’ve begun the roll-out phase of their £77m state-aid supported Project Gigabit contract for the Leicestershire and Warwickshire (Lot 11) area. This will extend their 10Gbps capable FTTP broadband network to an additional 45,000 hard-to-reach rural premises in those regions.

Curiously, the figures given in Cityfibre’s announcement today differ from those they gave when the contract was announced in February 2024 (here), which specified a contract value of £71m and planned coverage for 38,000 premises. This suggests a modest extension may have taken place since the deal was signed. The first premises under this contract were originally also anticipated (here) to have access to gigabit-capable broadband in 2024.

NOTE: Project Gigabit aims to help extend 1Gbps capable (download) broadband networks to reach “nationwide” UK coverage (c. 99%) by around 2030 (here) – the country recently passed the 85% coverage mark.

Sadly, today’s announcement doesn’t provide any details of where CityFibre are starting to build or how long it will take to complete the deployment, which is a bit disappointing. But hopefully more information will be forthcoming in the future.

Telecoms Minister, Sir Chris Bryant, said:

“Families and businesses across Leicestershire and Warwickshire will soon be reaping the benefits of lightning-fast broadband.

Thanks to this government-backed project, we are not only giving rural communities the infrastructure they need to thrive in today’s digital world, but enabling students to engage in online learning, improving access to quality healthcare, and securing more jobs in the area.”

Greg Mesch, CEO at CityFibre, said:

“Helping hard-to-reach homes and businesses across Leicestershire and Warwickshire to access full fibre will enable residents to stay and thrive within their communities by unlocking new possibilities. Leaving behind the limitations of copper technology and improving vital infrastructure will provide a significant boost for the local economy, making the regions among the best connected in the country.”

The operator, which is supported by various ISPs like Vodafone, TalkTalk, Zen Internet and more (Sky Broadband will follow in 2025), already covers around 4 million UK premises with full fibre broadband – mostly in urban areas – and their ambition is to eventually cover up to 8m (funded by c.£2.4bn in equity, c.£4.9bn debt and c.£800m of BDUK / public subsidy) – representing c.30% of the UK.

Over the past couple of years CityFibre has secured nine Project Gigabit contracts, totalling over £782m in government subsidies to serve more than 464,000 hard to reach rural premises across Cambridgeshire, Suffolk, Norfolk, Hampshire, Buckinghamshire, Hertfordshire, Berkshire, Leicestershire, Warwickshire, Sussex, Kent, Bedfordshire, Northamptonshire & Milton Keynes.

The network operator has also committed their own funding to help build commercially beyond this those contracted areas (i.e. a total of £1.2bn in combined public and private investment or 1.366 million extra premises may be delivered as a result of these contracts).

First Customer Live on Project Gigabit Broadband Network in South Wiltshire UK

Rural ISP Wessex Internet has announced that they’ve connected their first customer to a new 10Gbps capable Fibre-to-the-Premises (FTTP) broadband network, which they’ve been building as part of their £18.8m Project Gigabit (Lot 30) contract for South Wiltshire (England). This aims to cover “around” 14,500 hard-to-reach premises in the area.

Zoe Hallett from Bapton is the first to benefit, although the roll-out will see the provider expanding their existing full fibre network across more of the Wylye Valley, going through the Salisbury Plain, connecting villages surrounding Amesbury, and going as far north as Chisbury and Little Bedwyn. The first communities being connected are Stapleford, Wylye and Bapton.

NOTE: Wessex Internet is backed by abrdn and in late 2023 secured £35m of extra funding, including a Senior Debt Facility from Triodos Bank (here). The provider has also won four Project Gigabit contracts – North Dorset (Lot 14.01 – 7,100 premises, £6m state aid), New Forest (Lot 27.01 – 10,500 premises, £14m), South Wiltshire (Lot 30 – 14,500 premises, £18.8m), Dorset and South Somerset (Lot 14 – 21,400 premises, £33.5m).

The original LOT 30 contract for South Wiltshire was awarded by the government (Building Digital UK) in March 2024 and is due to be delivered over the next 5-years (by around 2029). So far, their deployment appears to be going as scheduled.

The provider recently revealed that their gigabit broadband network had already covered 30,000 UK properties (Ready for Service), including 10,000 customers connected (here). But the new Project Gigabit contracts will significantly increase their current level of network coverage and add a total of 53,000 properties over the next few years.

Hector Gibson Fleming, CEO at Wessex Internet, said:

“We’re excited to welcome the first South Wiltshire residents to our network under Project Gigabit. This is just the beginning of an important upgrade that will impact thousands of homes and businesses, empowering them with reliable, full fibre broadband.”

Telecoms Minister, Sir Chris Bryant, said:

“Project Gigabit is all about giving people the infrastructure they need not only to live, but to thrive in the place they call home – no matter how rural or isolated. These connections will make a significant difference to thousands of families and individuals, who will find it easier to stay in touch with loved ones and speak to their GPs on video call.

Plugging connectivity black holes in hard-to-reach areas isn’t only helping this government achieve its mission to kickstart economic growth, but is also allowing us tackle digital exclusion, something which continues to hold back far too many communities across the UK.”

Prices for their full fibre packages start at £29 per month for a 100Mbps (15Mbps upload) tier on a 12-month term, but this only comes with a meagre 100GB data allowance (£44 for unlimited), and you’ll have to pay £49 (one-off) for activation. By comparison, their top unlimited usage plan will give 900Mbps (450Mbps upload) for £79 per month. Not cheap, but then they’re often the only FTTP choice in a lot of their locations (rural areas cost more to serve).

Rural UK Fibre Broadband ISP Gigaclear Appoints New Chairman

Abingdon-based rural ISP and full fibre network builder Gigaclear, which has already extended their FTTP network to cover 580,000 premises (RFS) in England and signed-up over 130,000 customers, has today announced that they’ve appointed Andy Matthews to be their new Chairman – replacing Stephen Nelson who is retiring.

Andy is currently the Chief Investment Officer (CIO) of infrastructure investment firm Infracapital, which backs Gigaclear, and has been on the provider’s Board since 2019. Andy will succeed Stephen Nelson, who is retiring from Infracapital and is therefore stepping down from Gigaclear after 6 years in the Chairman role and almost a decade on Gigaclear’s board.

NOTE: Gigaclear is principally owned by Infracapital, together with Equitix and Railpen. The company previously had investment commitments estimated to be worth up to around £1.1bn (here) and, at the end of 2023, also secured a £1.5bn debt facility (here). The operator previously held an ambition to cover “over” 1 million premises by 2027.

Nathan Rundle, CEO of Gigaclear, said: “Andy’s experience has had a positive influence on the Board for many years and I look forward to continuing to work with him on the next exciting chapter. I would like to thank Stephen for his highly valued leadership during his tenure. Gigaclear has achieved significant growth in recent years, propelling the company ever further forward in its mission to become the UK’s leading rural altnet provider of ultrafast broadband. I am personally grateful for Stephen’s direction and support which has played such a pivotal role in the success of the business.”

Broadband ISP TalkTalk UK Suffers Router Disconnections Bug

Some of TalkTalk’s broadband customers have, over the past week or two, been experiencing an unusual router bug with the provider’s ‘Wi-Fi Hub’ device that has been causing them to be repeatedly disconnected from the internet. But the ISP is currently known to be “in the process of applying a solution to all impacted” routers.

The issue appears to have started on Monday (9th Dec) last week for some customers, although others only began to notice it at the start of this week (examples here and here). In all cases, the router’s lights remain normal / white, but the internet connection itself will drop. Customers are often able to re-connect after resetting the router, but then the connection drops again after a period of time (seemingly anything from 30 minutes to a few hours). This occurs on both wired and WiFi links.

The exact cause of the sudden router bug is unclear, although it wouldn’t surprise us if TalkTalk had sent an incorrect configuration or buggy firmware update to devices, which would help to explain why the issue has emerged in a somewhat staggered fashion (i.e. device updates at major ISPs are usually distributed slowly, in phases, over a period of time – often several days or weeks).

The good news is that TalkTalk itself finally acknowledged the issue via their Service Status page two days ago and yesterday began distributing a fix.

Internet connection issues (2 days ago)

We’re aware that some of our customers are having problems with their service. Your Wi-Fi Hub may experience a loss of connection while the white light remains on. We’re sorry for the inconvenience this is causing, the team continue to work on a resolution and testing is currently taking place on a potential fix. Please check back here for updates.

Update 14:50PM December 18th 2024 – Our team are in the process of applying a solution to all impacted Wi-Fi Hubs. We will continue to update this post as this solution is applied to all affected customers.

The solution does not yet appear to have reached everybody, as some customers were still reporting problems late last night. The provider has also been advising customers to reboot their routers again to help with the fix.

One risk above is that too many reboots on ADSL and FTTC broadband lines can sometimes cause the Dynamic Line Management (DLM) system to think there’s a copper line fault, which could result in slower speeds as the line attempts to adapt by reducing the profile rate in pursuit of greater stability. Credits to Thinkbroadband for spotting the router bug.

Airbus to Build 100 Satellites for Eutelsat’s OneWeb LEO Expansion

News

The satellites will be built at Airbus’ facility in Toulouse, with production set to begin in 2026

Airbus Defence and Space has been awarded a contract by Eutelsat to expand its OneWeb Low Earth Orbit (LEO) satellite constellation. The contract will see Airbus build the first 100 satellites of the extension, with deliveries expected to begin at the end of 2026.

Airbus has previously manufactured the current OneWeb fleet, and the company is now set to continue its role in supporting Eutelsat’s efforts to enhance and expand its satellite services. Alain Fauré, Head of Space Systems at Airbus, commented: “We are committed to the successful continuation of the OneWeb constellation and to keep serving the business of Eutelsat as we have done over the past decades.”

The new satellites will offer several key technology upgrades, including integration with 5G networks and improved compatibility with Europe’s planned IRIS2 multi-orbit constellation, which is expected to become operational in 2030. This expansion aligns with Eutelsat’s strategy to grow its LEO capacity in response to increasing demand for global connectivity.

“We are relying on our long-standing partner, Airbus, to begin building the first batches of the Next Generation of our OneWeb LEO constellation, which will ensure we deliver continuity of service of the existing constellation with enhanced service features, as we move towards an architecture in line with the European IRIS2 constellation in 2030. Our in-market experience shows us that the appetite for low Earth orbit capacity is growing rapidly, and we are excited to embark on the next stage of our journey to satisfy that demand,” added Eva Berneke, CEO of Eutelsat in a press release.

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Also in the news:
Japanese telcos unite to strengthen disaster response
Softbank to invest $100bn in US AI
BT’s network wrapped reveals how Brits connected with the biggest cultural moments of 2024

Japanese telcos unite to strengthen disaster response 

people gathered outside buildings and vehicles

News  

Japan’s top telecom providers have joined forces to improve how quickly communication networks are restored after disasters 

The initiative, launched earlier this month, brings together the NTT, KDDI, SoftBank , and Rakuten Mobile, aiming to streamline recovery efforts and minimise the impact of outages on affected communities. 

The companies will share resources such as storage facilities, accommodations, and refueling stations to accelerate recovery in disaster-hit areas. Ships from NTT and KDDI, traditionally used for cable-laying, will be repurposed to transport portable base stations, generators, and essential supplies like food and water to coastal regions. These ships will also serve as temporary mobile base stations, helping restore connectivity in areas hardest hit by natural disasters. SoftBank and Rakuten are now part of this initiative, enhancing its scale and effectiveness. 

Mobile and fixed-line operators will coordinate closely, sharing real-time information about network damage and prioritising repairs in critical locations such as hospitals and municipal offices. This collaboration will ensure a faster and more organized response, reducing the time it takes to restore vital communication links. 

Building on lessons learned from the 2024 Noto Peninsula Earthquake, the initiative reflects a commitment to improving disaster preparedness across Japan. By working together, the participating companies aim to set a new standard for resilience, ensuring that communities stay connected when it matters most.  

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

Also in the news:
Softbank to invest $100bn in US AI
BT’s network wrapped reveals how Brits connected with the biggest cultural moments of 2024
Talking the language of sustainability

Vodafone UK and Google Boost 5G Upload Speeds for Pixel Users via MIMO and ULCA

Vodafone UK has announced that they’ve worked with Google to bring MIMO (Multiple Input, Multiple Output) support to their Pixel 8 Pro and new Pixel 9, 9 Pro, 9 Pro XL, and 9 Fold phones when on the mobile operator’s new 5G Standalone (broadband) network, which has helped to boost upload speeds. But Google users won’t be the only ones to benefit.

Vodafone has already made 5G SA technology (i.e. their end-to-end pure 5G network) available in the “busy areas” of 23 cities and hundreds of other locations across the UK, although it’s currently only accessible to customers with supporting devices on their Ultra plans.

NOTE: Under the recently approved Three UK merger, Vodafone has pledged to extend their 5G SA network to more than 99% of the UK’s population by 2034, while pushing fixed wireless access (home broadband) to 82% of homes by 2030.

However, until recently, owners of Google’s Pixel 8 and 9 Smartphones haven’t been able to take full advantage of some of the new network’s features (when covered by it). But that started to change in June 2024, when MIMO technology was introduced to Google’s phones, resulting in faster uploads, and enhanced Uplink Carrier Aggregation (ULCA – using several radio bands at once) was also added for increased download speeds.

Vodafone has since doubled the number of antennas communicating with Google’s phones, improving their mobile broadband performance and the reliability of the connection. This is complemented by the new ULCA combinations available on their 5G Ultra network, allowing the simultaneous aggregation of four spectrum bands (i.e. more spectrum capacity and greater efficiency of the transmission itself).

Andrea Dona, Chief Network Officer, Vodafone UK, said:

“By looking at the data, we can clearly see customer behaviour changing as more of our lives become digital. In previous years, the digital highway was a one-way street, with consumers downloading significantly more data than uploading, but it is starting to balance out now. We must recognise this customer trend and adapt our network as a result.”

Michiel van Eldik, VP, Devices & Services Partnerships, Google EMEA, said:

“We want our customers to have the freedom to share their experiences seamlessly and in the highest quality possible. That’s why we’re thrilled to partner with Vodafone on network advancements that make this a reality. Whether it’s live-streaming a concert or sharing a 4K video with loved ones, we’re committed to providing the best possible mobile experience.”

We should point out that MIMO technology, which is an enhancement in which multiple antennas are used at both the source (mobile mast) and the destination (the user device), is nothing new to wireless networks. But sometimes extra work is required to ensure that these enhancements are properly supported with each new generation of technology and device. It’s a similar story for ULCA, which was also part of the 4G Advanced (LTE-A) spec.

The good news is that Vodafone now intends for both of these capabilities, under their 5G SA network, to be “made available on other devices in the future“. But at the time of writing, we don’t currently know which devices that will include or when the enhancements will go live for them. Sadly, Vodafone did not provide any benchmarks to show the before and after impact of these changes, which would have been interesting.