London Broadband ISP Community Fibre Launch Cheap 100Mbps Tier

Broadband ISP CommunityFibre (CF), which has deployed their 3Gbps speed FTTP network to cover 1.32 million UK premises (mostly in Greater London), has this week introduced a new entry-level tier that offers symmetric speeds of 100Mbps from just £19 per month on a 24-month minimum term.

The new package is slower than the old entry-level tier of 150Mbps, but at £19 per month it’s also a few pounds cheaper. The residential package includes free setup, a wireless router and a 60-day satisfaction guarantee (i.e. no exit fees if you leave within this period). The monthly price of this package is said to be locked until March 2026 and after that it will go up by £2 each April, but at the end of your contract the price will increase by £4 versus your last month.

CommunityFibre also offers a separate 35Mbps social broadband tariff called “Essential 35 Mbps” for £12.50 a month (rising to £16.50 after the first 12-months), although this plan isn’t technically a true Social Tariff because it’s available to everybody covered by their network (i.e. not just those on state benefits). But they don’t advertise this tier alongside their main packages on the front page.

Share and share alike: Ofcom consults on the future of 6GHz

yellow and red striped illustration

News

The regulator is proposing sharing the upper 6GHz band between both mobile and Wi-Fi networks

Today, Ofcom has launched a consultation on the future of the upper 6GHz spectrum band, potentially allowing both mobile and Wi-Fi networks to share the valuable airwaves.

Back in 2020, 500MHz of spectrum in the lower portion of the band were allocated to Wi-Fi as part of the Wi-Fi 6E and Wi-Fi 7 standards. The future of the upper portion of the band, on the other hand, remained up for debate.

With its low latency, high capacity, and relatively strong propagation, the 6,425 –7,125MHz spectrum band is appealing to both mobile and Wi-Fi operators. For the mobile players, this band could substantially bolster the quality of their 5G offering, while for Wi-Fi it could support high-power and outdoor deployments. As a result, both parties have been deeply involved in regulatory discussions with Ofcom, alongside the band’s existing users – mostly satellite services and radio astronomy users – that are also seeking assurances from the regulator.

Ofcom’s proposed solution would see the band potentially split between mobile and Wi-Fi. The regulator wants to make the whole of the upper 6GHz band available for Wi-Fi as soon as possible, ideally before the end of this year. But, by 2027, it suggests the band should be shared, with 160MHz and 400MHz prioritised for Wi-Fi, with the remainder prioritised for mobile usage.

In cases where mobile deployments are not present, the full band would still be available for Wi-Fi usage.

In addition to these changes, Ofcom is also suggesting that the use of the lower part of the band be expanded to outdoor and high-power Wi-Fi deployments.

“This new spectrum would provide a large increase in capacity for both mobile and Wi-Fi services, laying the foundations for future generations of data-hungry technologies, such as virtual and augmented reality, and AI,” said Ofcom in its announcement. “In a boost for the economy, it would also help mobile and Wi-Fi providers to deliver improved services to more customers, especially where demand is greatest. It would support advanced Wi-Fi for homes, businesses and industry, and enable mobile networks to better serve their customers, particularly in the most crowded places like high streets or stadiums.”

As Ofcom makes clear in its announcement, much of this regulatory approach is based on harmonising with its European counterparts, who are similarly debating the best use of this spectrum and are expected to make a decision by 2027.

“European harmonisation would see sharing of 6 GHz by mobile and Wi-Fi across the continent, and will help manufacturers, operators, and users have the confidence to invest in equipment and services for the band, which we are keen to encourage,” explained the regulator.

Feedback on the proposals are open until May 8.

Is the UK’s spectrum policy adequately supporting the country’s digital needs? Join the telecoms industry in discussion at Connected North live in Manchester

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GNM Expands Network with First PoP in Budapest

Boosting Wavelength and Interconnection Services in the Region

GNM’s Budapest Point of Presence takes advantage of its own DWDM-system. It provides valuable options for network redundancy improvement, traffic flow optimization, and reduction of points of failure. The GNM’s interconnection services such as GNM-IX and IP Transit allow direct connections with a wider range of networks, as well as access to Tier-1 connectivity providers. Flexible port options from 10G to 400G provide customized options to meet different bandwidth needs.

Expanding Infrastructure to Support Growing Demand

“The launch of our Budapest PoP marks an important milestone in GNM’s expansion strategy,” said Alex Surkoff, Business Development Director at GNM. “This new PoP not only enhances connectivity in Central Europe but also supports local telecom providers by delivering cost-efficient and scalable solutions.”

The Budapest PoP is now part of GNM’s European backbone, offering direct, low-latency connections to hubs in Bratislava and Sofia. This expansion improves access for Hungarian telecom companies to European content and international networks while reducing reliance on third-party transit providers. It also enables seamless integration with major global content providers, cloud platforms, and international carriers. By lowering latency and ensuring stable traffic flows, the PoP ensures more efficient data exchange and service quality for end-users.

Future Expansion Plans

GNM plans to expand its backbone and establish new PoPs in Central Europe to strengthen network coverage, providing businesses and telecom operators with a robust digital infrastructure.

About GNM

GNM is a global backbone provider known for its extensive 18,000 km DWDM backbone network. It offers high-performance connectivity solutions that ensure low-latency, scalable, and resilient network infrastructure. Unlike traditional providers, GNM combines its own GNM-IX Internet Exchange with direct access to Tier-1 ISPs, giving customers enhanced routing efficiency and cost-effective traffic exchange. including Internet Exchange and IP Transit, as well as DWDM transport services.

ISP KCOM Upgrades Customers to Symmetric FTTP Broadband Speeds

Hull-based broadband ISP KCOM, which has spent the past few years building a new Fibre-to-the-Premises (FTTP) network across parts of East Yorkshire and Lincolnshire in England, has begun upgrading their packages to support symmetric speeds. But only up to a maximum upload speed of 500Mbps.

The change, which started to be deployed from 20th January 2025 (credits to Phil for the news tip), means that all KCOM packages up to 500Mbps will now offer fully symmetrical upload and download speeds. For packages above 500Mbps, upload speeds will be capped at 500Mbps and so aren’t fully symmetric (although we doubt people will moan too much about a 500Mbps upload rate).

The upgrade “comes at no extra cost, delivering enhanced experience and performance“, said a KCOM spokesperson to ISPreview. The move doesn’t come as too much of a surprise because the operator had already promoted some similar changes at the wholesale level.

Copy of KCOM’s Customer Letter

KCOM-Symmetric-Broadband-Speeds-Letter

UK space race heats up as Amazon wins UK MoD satellite contract 

photo of black metal framed glass street post near gray concrete building during daytime

News 

Amazon’s satellite arm, Project Kuiper, has secured a deal with the UK Ministry of Defence (MoD) worth £670,000  

The consultancy deal will see Amazon study the potential use of “translator” satellites to facilitate communications between military, government, and private satellites as well as between allied nations.

This technology, which is also being explored by the US Defence Advanced Research Projects Agency (DARPA), aims to improve communication between military, government, and private satellites, as well as between allied nations.  

Currently, satellite networks are typically limited to communication within the same network. As such, Amazon suggests it could provide an intermediary layer, allowing military satellites communicate with their non-military counterparts without compromising security.  

According to a previous article in The Telegraph, senior Project Kuiper executives met with British defence officials back in February, including Air Marshall Paul Godfrey, head of the UK Space Command at the time. 

Just last month, Kuiper confirmed it is preparing to launch a satellite broadband services in the UK to rival Elon Musk’s Starlink, with the launch of more than more than 3,200 low Earth orbit (LEO) satellites, which will deliver high-speed broadband to underserved areas around the world. Commercial satellites are set to be launched as early as this year. 

Amazon already works closely with the UK government, with Amazon Web Services a main supplier of secure internet storage. 

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Also in the news:
Navigating the depths: Strategies for delivering successful subsea cable projects
Vodafone–Three reveals leadership team
French energy giant EDF offers up land for data centre projects

Navigating the depths: Strategies for delivering successful subsea cable projects

Contributed Article

By James McKenzie, international arbitration and cross-border litigation partner at Eversheds Sutherland

The difficulties inherent in delivering subsea cable projects are well known, but a confluence of geopolitical events is making delivering them now, in the current climate, particularly acute.

The critical security role performed by subsea cables makes them an obvious target. Recent events have highlighted the physical challenges of policing and patrolling large cables, and heightened international tensions is reinvigorating the debate about the security of cables as well as the data that passes through them. The nature of subsea cable projects means they usually span multiple geographies (the ownership of which can be contested), jurisdictions, and legal systems, each of which bring unique challenges and cultural differences.

We consider here two key areas in which parties to these projects can mitigate risks and hopefully help to deliver subsea projects efficiently in 2025 and beyond.

Effective change mechanisms

A recent survey of over 2,000 international projects across 107 countries, conducted by global consultancy firm HKA, highlighted that the most common cause for claims and disputes on international projects was change in scope, impacting 36.9% of projects surveyed.  The other leading causes were incorrect design (21.5%), late design information (21.3%), and incomplete design information (19.8%).

Subsea cable projects take years, with costs running into hundreds of millions; it is inevitable that changes will be required during the life span of a project.  When preparing for and delivering a project, parties need to understand (and contract clearly for) the circumstances in which a variation will arise, who is responsible for valuing its impact, and how to record its consequences quickly and accurately.  The more certain all parties are of these requirements, the quicker they can continue to deliver the project with minimal interference.

The potential impact of variations also highlights the need to ensure that, at the outset, the design and route of a cable is sufficiently well developed, and contractual responsibility clearly allocated, to allow the parties to prepare accurate cost estimates for each section(s).  To the extent that contract variations can be priced at the outset, this is a sensible approach to take.

For example, if route changes are required, either temporary or permanent, the successful project will be the one which can identify changes early and then move to quickly re-sequence its programme and re-deploy resources elsewhere.  As always, communication, and compliance with contractual notice regimes will help.  To the extent that differences as to the value, extent or impact of a variation arise at the time, or many years in the future, accurate, detailed, and contemporaneous records are key.

Supply chain and international protections

Secondly, there are only around 80 ships worldwide capable of laying new cable (whilst, for context, there are approximately 20,000 cargo ships). The relative scarcity of capable cable ships highlights the importance of scheduling and tracking project delivery very closely. If projects are delayed and cable ship operators are left carrying cable on board, they will want to be compensated via standby costs or released to work on other projects.

Stakeholders should aim to have clear contractual relationships that cater for unexpected works and flexibility when problems are encountered. The above issues, as well as likely future regulatory changes, also highlight the importance of securing additional protections for investment into subsea cable projects.

Existing legal protections for damage to subsea cables is provided through the 1982 United Nations Convention on the Law of the Sea (“UNCLOS”) and the 1884 Convention for the Protection of Submarine Telegraph Cables (the “1884 Convention”). While almost all European countries are signed up to UNCLOS, fewer are signed up to the 1884 Convention, which, unlike UNCLOS, makes wilful or negligent damage to subsea cables a punishable offence. In Europe, none of Bulgaria, Croatia, Cyprus, Estonia, Finland, Ireland, Latvia, or Lithuania have ratified the 1884 Convention and therefore lack the necessary laws (and obligation to create such laws) to protect subsea cables against sabotage and negligent damage. As a matter of priority, countries should ratify the 1884 Convention to deter damages and provide a clear route for stakeholders to recover their losses.

Finally, in our May 2024 article for Total Telecom (link), we noted that another way for parties to achieve a further measure of protection is through structuring their investments to take advantage of bilateral and multilateral investment treaties.  Multilateral and bilateral investment treaties can grant investors falling within the relevant definitions considerable rights which can give rise to additional, distinct remedies to those they have contracted for.  These include protections against expropriation (direct and indirect), nationalisation, discrimination, or unfair and inequitable treatment.  Although this differs from treaty to treaty, to benefit from their protections a project investment needs to be structured through vehicles incorporated in a country that has the most advantageous investment treaty within the relevant jurisdiction(s).

Structuring investments in this way should go hand in hand with good contracting to provide parties with the tools that they need to deliver their subsea cable projects on time and within budget.

Join Eversheds Sutherland and the submarine cable community next week at Submarine Networks EMEA 2025, the world’s leading subsea connectivity event

Broadband Altnet Freedom Fibre Appoints New UK COO

Alternative network operator Freedom Fibre, which has built a Fibre-to-the-Premises (FTTP) broadband network that it wholesales out to UK ISPs across the North West and West Midlands of England, have today appointed Lindsey Sutherland to be their new Chief Operations Officer (COO). This will become effective from 4th March 2025.

Lindsey is a former military veteran with 30 years of experience, most of which has been spent in engineering and IT roles. He originally founded a data systems business to underpin transformation work in industry, including NHS acute hospitals and military shipbuilding. Lindsey then headed up the technology team at CommunityFibre where he led the integration of a strategic acquisition and was CTO of the rapidly growing SaaS VOIP provider Nebula.

NOTE: Backed by investment from InfraBridge (DigitalBridge) and Equitix. Freedom Fibre’s network already covers 315,000 UK premises across parts of Cheshire, Greater Manchester and Shropshire in England, as well as North Wales. The operator also holds the Government’s Project Gigabit contract to cover 15,000 rural premises in Cheshire (here).

Nathan Vautier, CEO of Freedom Fibre, said: “We are thrilled to welcome Lindsey to our leadership team. His experience and vision align perfectly with our ambitions for the future of Freedom Fibre.”

Freshwave Claims Better Indoor Mobile Signals Can Grow UK Economy by £70bn

Wireless infrastructure provider Freshwave, which is backed by investment firm DigitalBridge and naturally has its own vested interests in this field, have published a new study that claims a focus on improving indoor mobile (4G, 5G etc.) signals and “eliminating mobile dead zones” could help to grow the UK economy by £70bn a year.

According to Freshwave’s somewhat high-level Mobile Connectivity ROI Index, just 5 minutes of poor current connectivity a day reduces annual productive time by 1% and 87% of UK organisations say poor current connectivity causes “daily disruptions at their sites“. The value lost each year by poor current connectivity in the average UK organisation with more than 100 employees is said to be -£4.6m.

NOTE: STL Research surveyed 900 CXOs and senior IT decision makers from medium and large organisations across the UK’s private and public sectors in December 2024 to support the study. All respondents represented organisations with over 100 employees and annual revenues or budgets exceeding £50 million.

Overall, the study claims to have found that poor indoor mobile connectivity costs the UK economy £100bn annually. But respondents to the study believe better indoor mobile connectivity could reduce that impact by as much as 70%, equating to added value of £70bn per year across the UK economy.

The public sector was found to be the most affected by indoor connectivity dead zones, losing £46bn annually, with potential gains of £33bn not being realised. The professional and financial services sector follows, losing £24bn annually, with a potential gain of £17bn from better indoor mobile connectivity. As the nation’s financial and governmental hub, London stands to gain the most from improved indoor mobile connectivity (£14bn), followed by the South East (£13bn) and the Midlands (£10bn).

The majority of respondents (62%) identified workforce productivity as being the primary beneficiary of improved indoor mobile connectivity. Not to mention other immediate gains from better indoor signal, such as financial performance (57%), operational efficiency (56%), and customer satisfaction (52%). Respondents also saw longer term benefits such as AI-driven use cases, automation use cases and personalised experiences.

Simon Frumkin, CEO of Freshwave, said:

“The UK economy simply cannot afford to lose £100bn every year. That is why massive investments have been made in digital infrastructure over the past decade. We must now build upon this platform and ensure seamless mobile connectivity extends to wherever people want to use it. The prize will be £70bn of added value for businesses, so it’s little wonder the majority expect to invest in mobile technology over the next two years.

Working alongside the UK’s mobile network operators, we’re at the forefront of helping businesses reap the full economic benefits of this decade-long investment. 4G/5G connectivity is going to enable transformative technologies across every sector, benefiting organisations and the economy both today and for years into the future.”

Admittedly, we always advise taking studies like this with a pinch of salt, not least since there are vested interests fuelling it and they tend to make a lot of assumptions about service coverage, performance and economic benefits, which may or may not accurately reflect reality.

On the other hand, there are clearly positives to be had and few people will complain about the arrival of indoor signal improvements, regardless of whether they can be directly proven to result in significant economic or other positive impacts.

Ofcom Propose to Share Upper 6GHz Band for UK Mobile and WiFi

After conducting more research, the UK telecoms regulator, Ofcom, has today formally begun to consult on a proposal that will allow low power indoor WiFi and mobile broadband (4G, 5G etc.) networks to “share” access to the upper 6GHz radio spectrum band (6425 to 7125MHz). But full implementation could take years.

The regulator has already made the lower part (5925 to 6425MHz) of the 6GHz band available for WiFi under the new WiFi 6E, WiFi 7 and future standards (here), yet the Upper part has remained the subject of some debate. Mobile operators want to harness it (licensed) to deliver faster 5G based data speeds, while others say it should go toward licence-exempt consumer WiFi. Existing users of the band (e.g. fixed services, satellite, radio astronomy etc.) have also sought protection.

NOTE: Today’s consultation also proposes to allow outdoor and higher power Wi-Fi to operate, within the lower part of the band, under the control of an “automated database to protect other users from interference“. At present, Wi-Fi in this band is limited to low power indoor use only.

Suffice to say, both sides of the debate have been able to field strong arguments and Ofcom has, thus far, opted not to pick a side. Instead, the regulator has been exploring the option of “hybrid sharing” (details), which could potentially enable, with some performance caveats (i.e. co-existence without causing interference is a challenge), the use of both Wi-Fi and mobile in the Upper 6GHz band.

The big development today is that Ofcom has now progressed these ideas into a formal proposal, which is set out below. This will be open to feedback until 5pm on 8th May 2025.

Ofcom’s Proposal

Lower 6 GHz (5925–6425 MHz)

We are consulting on making standard power Wi-Fi (up to 4 Watts) available in the Lower 6GHz band provided it is under the control of an AFC database (this would include outdoor use). This would be subject to a clear expression of demand from industry and an indication that industry parties are willing to provide AFC database services.

Upper 6 GHz (6425–7125 MHz)

We are consulting on a phased approach to maximise the use of spectrum by enabling commercial mobile and W-Fi to share the Upper 6 GHz band. We include detailed proposals to make Wi-Fi available in the band in phase 1. We provide an overview of our expected approach for enabling shared use by mobile in phase 2, including measures that may be needed to facilitate coexistence between mobile and incumbents.

Phase 1 – Initial Wi-Fi access:
We are proposing to authorise low power indoor Wi-Fi (up to 250 milliwatts) across the whole band on a licence exempt basis. We intend to do this as early as feasible, ideally before end 2025.

Phase 2 – Adding mobile access:
We intend to propose the specific sharing mechanism between mobile and Wi-Fi, once the European harmonisation is clear. We are currently leaning towards a prioritised spectrum split as our preferred outcome with between 160 and 400 MHz prioritised for Wi-Fi. We expect the remainder (a minimum of 300 MHz) would be prioritised for mobile, enabling high power mobile deployments while still allowing Wi-Fi access to the full band where there is no mobile deployment.

We understand demand for this spectrum might be greater in high traffic areas, we therefore intend to authorise mobile use of the band in high density areas (possibly by award) and will decide on the authorisation approach for mobile outside high density areas in due course (possibly through local or smaller area-based licences).

The catch above with Phase 2 (adding mobile access) reflects the admittedly understandable decision to link this change with wider talks on “European harmonisation” (Europe is also looking to adopt a similar approach), with related discussions currently being expected to drag on toward completion by 2027. Suffice to say that it might be a while before mobile operators can harness this band.

Finally, on the changes to the lower part of the band, it’s worth noting that solutions involving the use of a remote database have a bit of a mixed history (e.g. TV White Space wireless technology largely seems to have gone the way of the Dodo). In that sense, we’re not surprised to see Ofcom linking this to the need for a clear expression of industry interest, although that does mean the change may not necessarily come to pass.

Vodafone–Three reveals leadership team

Press Release 

Following CMA clearance of the Vodafone UK Three UK merger in December 2024 (subject to legally binding commitments), and in anticipation of final deal completion in the coming months, Vodafone-Three has announced the company’s General Management Team

Max Taylor, CEO Vodafone UK, and CEO of the future merged entity, has appointed the following people to lead the new company:

  • Darren Purkis, CFO
  • Kelly Barlow, Strategy and Portfolio
  • Clare Corkish, HR
  • Andrea Dona, Networks
  • Nick Gliddon, Business
  • Stephen Lerner, Regulatory, Government Affairs & Company Secretary
  • Nicki Lyons, Corporate Affairs & Sustainability
  • Stephen Reidy, IT
  • Jon Shaw, Consumer Operations
  • Rob Winterschladen, Consumer
  • Andy Yorston, Legal, Security, Compliance & Risk

The appointments followed a robust selection process and were approved by the MergeCo Governance Board, with representatives of both Vodafone Group and CK Hutchison as shareholders of the future merged company. The General Management Team appointees will transition into their new roles once the CMA process is fully complete and the new company, [MergeCo], is created, with the date of completion yet to be announced.  Until then, all appointees will continue in their current roles at either Vodafone UK or Three UK, with both companies and teams continuing to operate separately until the merger is finalised.

Max Taylor said: “I would like to congratulate everyone on their new appointments. The new leadership team are all looking forward, following completion of our merger, to integrating our two companies and deliver on our commitment to build the UK’s best network for our customers”.

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

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