GoFibre Win Project Gigabit Broadband Rollout Contract for North East Scotland | ISPreview UK

Original article ISPreview UK:Read More

Edinburgh-based ISP and network builder GoFibre has secured a fourth contract under the UK government’s £5bn Project Gigabit scheme. The new deal is worth £105m (state aid) and will see them expand their gigabit speed Fibre-to-the-Premises (FTTP) broadband network to cover “around” 63,000 premises in hard-to-reach rural areas of North East Scotland.

Just to recap. The Government’s £5bn Project Gigabit programme is currently working to extend 1Gbps download speeds (200Mbps+ uploads) to reach “nationwide” coverage (c. 99%) by around 2032. As part of that, GoFibre has already secured three smaller ‘Local’ (Type A) deployment contracts for Teesdale (Lot 4.01), North Northumberland (Lot 34.01) in North England and the Scottish Borders and East Lothian (Scotland Lot 5) area.

NOTE: GoFibre previously aimed to cover 500,000 premises by around the end of 2025 and is supported by an investment of £164m from Gresham House (here). The operator has so far covered over 120,000 premises (RFS) across over 30 “local areas” in Scotland and the North of England.

The good news today is that they’ve now added a fourth state-aid supported deployment contract, albeit this time covering a much larger area of North East Scotland. But this is quite a large contract to be handing an operator of GoFibre’s size, and it will be interesting to see how well they handle it all. The roll-out itself will include parts of Aberdeen City, Aberdeenshire, Angus, Dundee, Highland, Moray and Perth and Kinross.

Just to be clear, this deployment contract is being targeted at premises that are not currently expected to be covered by gigabit broadband connectivity via either existing commercial projects or the Scottish Government’s own £600m Reaching 100% (R100) project with Openreach (BT).

At present, the roll-out plan for this new contract is still rather vague and subject to the usual pre-build engineering surveys, which often takes a few months to reach completion before the final build plan can be confirmed. But the following map does help to show clusters of all the “in scope” premises which were identified for contract procurement (tentative).

Project-Gigabit-Scotland-Lot-5-Coverage-Map

Customers of the new GoFibre service, once live over the next few years, can expect to pay from £22.50 per month for a 150Mbps (30Mbps upload) package on a 24-month term with an included wireless router, which rises to £33 for their top 1000Mbps (100Mbps upload) plan. The latter also comes with a bonus Wi-Fi extender (this can optionally be taken on other plans at extra cost).

Freedom Fibre Launch New 2500Mbps Broadband Tier for UK ISPs | ISPreview UK

Original article ISPreview UK:Read More

Network operator Freedom Fibre, which has so far grown their FTTP (XGS-PON) based gigabit broadband network to cover 350,000 premises across various parts of England and North Wales, has today made a new 160Mbps and faster 2.5Gbps (2500Mbps) tier available to their broadband ISP partners at wholesale.

The new speed options will join their existing 550Mbps and 1Gbps packages, which are already available from Freedom Fibre’s retail ISP partners (e.g. TalkTalk, iDNET, Aquiss, Zen Internet, Home Telecom and more). The move is expressed as being a “direct response to increasing market demand for greater flexibility and value in broadband services,” while also making the service easier to align with ISPs that harness similar tiers from Openreach, CityFibre and others.

NOTE: Freedom Fibre is backed by investment from InfraBridge (DigitalBridge) and Equitix. The network primarily operates in the Cheshire, Greater Manchester, North Wales, Staffordshire, Suffolk, Essex and North Shropshire areas of England.

The network operator has so far deployed their Fibre-to-the-Premises (FTTP) broadband network to cover 350,000 premises (inc. 24,000 customers connected) across the UK (part of their original aspiration to reach 1 million premises by 2030), mostly via commercial investment. But they have recently suffered some setbacks after scaling back and withdrawing from two of the government’s Project Gigabit contracts for Shropshire and Cheshire (here and here).

Lee Sutch, Head of B2B at Freedom Fibre, said:

I’m delighted to expand our consumer offering with these two new services, launched in direct response to valuable partner feedback. Our partners asked us to deliver on two fronts: more competitive, price-sensitive options, and products that go beyond the traditional 1Gbps service to meet the needs of high-bandwidth users. These additions open new opportunities for more customers to enjoy the Freedom Fibre network.”

Naturally, it’s up to their retail ISP partners to choose whether or when they adopt the new tiers and how they set the final pricing.

First new subsea cable launched in the North Sea for in 25 years | Total Telecom

Original article Total Telecom:Read More

Photo by Matt Hardy on Unsplash

News

After a series of strategic partnerships and network expansions throughout 2024, EXA Infrastructure has announced a significant advancement in Europe’s digital backbone with the deployment of a new high-capacity fibre route. This 1,200 km network connects key financial and data hubs in London, Frankfurt, Amsterdam, and Brussels. It represents the first new subsea cable along the North Sea corridor in 25 years, an infrastructure milestone that aims to bolster the resilience and scalability of Europe’s connectivity options.

The route integrates 1,085 km of low-loss G.652D terrestrial fibre and a 115 km subsea segment running from Margate in the UK to Ostend in Belgium, featuring ultra-low-loss G.654C cable. Two new cable landing stations—EXA’s 21st and 22nd globally—have been established for this route, along with important upgrades to existing in-line amplifier facilities across the UK, Belgium, and the Netherlands. EXA Infrastructure is uniquely positioned as the sole telecom consortium member for the submarine portion of the cable, handling Landing Party and backhaul services, underscoring its role as an essential provider in the deployment.

This expansion forms part of EXA’s broader vision to modernise and optimise fibre paths between the prominent FLAP hubs (Frankfurt, London, Amsterdam, Paris), complementing earlier investments in related infrastructure such as the Channel Tunnel. According to EXA’s Chief Operating Officer, Ciaran Delaney, the project faced “complex and challenging” regulatory and environmental conditions, particularly concerning the subsea installation over difficult seabed terrain. Nevertheless, the company leveraged its extensive regional expertise and advanced technical capabilities to overcome these hurdles and deliver next-generation connectivity.

The new fibre route offers ultra-low latency, with estimated 6.2 ms latency to Amsterdam and 9.4 ms to Frankfurt, supporting bandwidth capacities exceeding 5 Petabits per second. This capacity and speed are critical for sectors requiring rapid data transmission, including financial services, gaming, and broadcasting. EXA’s network footprint extends over 155,000 km across 37 countries and includes six transatlantic cables, boasting the lowest latency transatlantic connection known as EXA Express.

In addition to this route, EXA has been active on several fronts in 2024 to strengthen Europe’s critical infrastructure. The company signed a strategic partnership with SOCAR Fiber in July to develop terrestrial fibre routes offering diversity to traditional submarine corridors such as the Red Sea route. Another partnership later that year with Macarne, an advanced network solutions provider, expanded onward connectivity through more than 500 optical Points of Presence linking major European hubs.

EXA’s prominence in the region was further heightened when it was selected by IOEMA as the landing partner for a new 1,600 km submarine cable network launched in May 2024, connecting additional North Sea countries including Denmark and Norway. This collaboration enhances backhaul connectivity to major data centres like London Telehouse and Equinix, addressing rising demands for low-latency, high-capacity digital infrastructure in Northern Europe.

This development in Europe’s digital infrastructure occurs amidst broader upgrades to UK’s energy and communication infrastructures, such as Ofgem’s recent £2 billion funding approval for subsea and underground cables supporting renewable energy projects in the North Sea, highlighting a continental trend toward strengthening both digital and energy networks.

Meanwhile, competitors like euNetworks are also investing significantly in high-capacity fibre routes, with their recently launched ‘Super Highway’ between Amsterdam and Frankfurt designed to improve network efficiency, power usage, and carbon impact by avoiding congested fibres and bottlenecks.

Taken together, these investments and deployments reflect an intensifying drive to future-proof Europe’s digital infrastructure, ensuring faster, more resilient, and scalable connectivity across key financial and technological hubs. EXA Infrastructure’s new North Sea fibre route is poised to play a critical role in this evolution, serving the growing demands of the data-driven economy while supporting the region’s ambition for global digital leadership.

EMEA’s most important subsea event returns to London on 27th – 28th May, 2026 – find out more here

Total Telecom is trialling AI content creation tools with  Noah Wire Services – please flag any errors.

Climate action specialist, Carma, partners with challenger broadband player | Total Telecom

Original article Total Telecom:Read More

Press Release

Dotlines UK is embedding sustainability into its DNA from day one by partnering with Carma, a leading climate action platform that supports UK veterans. Dotlines UK will utilise Carma’s plug-in climate solutions across its brands; Audra SecurityCatena and Carnival Internet UK.

Each month, trees or kelp will be planted in alignment with sales volumes, directly contributing to biodiversity projects and helping to combat climate change. Dotlines UK has set an ambitious goal; to plant one million trees or kelp within its first five years.

Carma’s impact dashboards will help Dotlines UK and its customers visualise, track and measure progress transparently across all three brands. The dashboards can be found on the sustainability pages of their respective websites.

Audra Security, which provides user-friendly cybersecurity solutions for homes and businesses, will plant one tree for every device sold. This initiative complements the eco-friendliness the brand’s devices show through their moderate power consumption.

Catena follows a similar approach, contributing to environmental efforts by donating a number of trees or kelp each month, contingent on sales via its subscription-based model. The Catena PaaS offering is delivered across Black Box Hosting’s cloud, a partner Dotlines expressly sought out off the back of their ISO 14068-1 ‘carbon neutral’ credentials.

Carnival Internet UK, meanwhile, is setting a new standard for sustainable broadband services by pledging to go beyond net-zero emissions and actively create a positive environmental impact. Among its key initiatives, Carnival Internet will plant one tree or kelp plant for every month a customer remains with them. Additionally, 1% of all customer bills will be donated to UK charities fighting digital poverty.

Jim Holland, CEO of Carma, said: “This partnership is a powerful example of how businesses can address climate change while making sustainability more accessible. By working together, we can deliver measurable environmental benefits and inspire broader corporate action.”

Mike Lock, Director of Technology and Operations at Dotlines UK, said: “Sustainability is at the heart of our businesses, but not at the expense of service delivery. We strive to partner with like-minded companies that not only uphold our own values but better our customer proposition. Our partnership with Carma epitomises this stance.”

Quickline Put FTTP Broadband Live in 3 More West Yorkshire UK Villages | ISPreview UK

Original article ISPreview UK:Read More

Alternative network operator and rural ISP Quickline has announced that their new gigabit-capable Fibre-to-the-Premises (FTTP) broadband network has just gone live in three more West Yorkshire (England) villages, including Southowram, Clifton and Holywell Green.

The local deployment means that almost 3,000 homes and businesses across these three villages can now place an order for Quickline’s full fibre service. Further premises across the Calderdale district are expected to benefit from this as the roll-out expands. Check out the operator’s 3-year roll-out plan for more details.

NOTE: Quickline is supported by around £300m of public subsidy across four Project Gigabit contracts (here, here and here), a private investment of £500m from Northleaf Capital Partners, plus c.£225m in term loans and debt guarantees from the National Wealth Fund (NWF) and a £25m term loan from NatWest.

The provider initially aims to cover 200,000 UK premises with their full fibre lines by the end of 2025 (up from 65,000 premises in Nov 2023), before rising to over 400k by 2028. This includes both their commercial builds and the aforementioned deployments under the government’s £5bn (state aid) Project Gigabit broadband programme.

Residential customers reached by their new full fibre network are typically charged from £22 per month on a 24-month term for 100Mbps (50Mbps upload) speeds with free installation, which goes up to £49 for their top 1000Mbps symmetric speed tier (you also get the first 8 months of service for free on their top tier).

Ookla Name Vodafone UK Best for 5G Mobile Video Streaming in H1 2025 | ISPreview UK

Original article ISPreview UK:Read More

Network benchmarking firm Ookla, which collects data from consumers via their popular broadband Speedtest.net website and App, have published the results of their Q1-Q2 2025 study into the video streaming performance of 5G mobile networks and awarded Vodafone the best on a score of 85.29 out of 100. But none of the operators performed particularly poorly.

Ookla used data collected from around 211,000 samples (users) and 6.3 million tests to produce its video streaming score, which captured a range of key performance indicators during the playback of a high-resolution video clip. The score reflects a balanced outcome that weighted aspects such as the time it took for a video to start, the level of uninterrupted playback and HD (High Definition) resolution performance.

Overall, most of the primary mobile network operators delivered similar results across each scoring category, except for “Acceptable Video Start Time“, where O2 (Virgin Media) seemed to fall a bit further behind the pack. Vodafone came top of the pack with a total score of 85.29, which was closely followed by Three UK on 84.33, EE (BT) on 82.64 and O2 on 81.67.

In short, there’s not much to tell the operators apart, and all of them should be able to deliver a reasonable experience. This isn’t too surprising as mobile devices rarely need to stream in anything above HD quality, which usually only requires download speeds of between 2 to 5Mbps.

Ookla-H1-2025-UK-5G-Video-Experience-Scores

ICO Rules BT and Openreach are Subject to UK Environmental Info Requests | ISPreview UK

Original article ISPreview UK:Read More

Telecoms giant BT and Openreach are appealing a recent decision by the Information Commissioner’s Office (ICO), which made them subject to public information requests about their UK broadband network under the Environmental Information Regulations (EIR). The decision could potentially provide communities and rivals with a new avenue for extracting useful info.

The Environmental Information Regulations (EIR), alongside the Freedom of Information Act (FoIA), currently exist to grant the public the right to access “environmental information” held by public authorities. This covers any recorded information held by public authorities in England, Wales and Northern Ireland (Scottish public authorities are separately covered by the Environmental Information (Scotland) Regulations 2004).

NOTE: Such information requests are not limited to official documents or information – it can cover, for example, drafts, emails, notes, recordings of telephone conversations and CCTV recordings.

Suffice to say that Openreach (BT) is a private company and thus, perhaps understandably, initially chose to ignore an info. request about their network – seemingly placed under the EIR – when it was made in September 2024. The request came from somebody who wanted to know more about the operator’s “fibre-based” broadband ISP network in the rural Lancashire (England) village of Nateby, which is home to less than 600 people.

I request all your documentation and correspondence appertaining to the provision of fibre-based Internet communication to the village of Nateby, Lancashire, between August 2014 and August 2024,” said the original request. Just for context, Openreach’s FTTP broadband network passes nearby to this community, but doesn’t appear to enter the main area (it’s an intervention area under Project Gigabit and will hopefully be reached via the newer Call-Off 1 Contract).

The issue later became the subject of a complaint to the ICO, which in April 2025 ruled that “Openreach is subject to the EIR and was therefore under a duty to respond to the request“. Crucially, EIR requests do apply to some bodies that are not normally subject to a normal FoIA and the ICO ruled that BT “is a public authority for the purposes of the EIR” and so too is Openreach.

Openreach had attempted to argue that it was merely a private company carrying on a business for the benefit of its shareholders, but interestingly, the Commissioner ultimately took the view that Openreach “has been entrusted with functions that the state would normally carry out“. The ICO made the further point that many water companies are also private, yet are still considered “bodies performing functions of public administration for the purposes of the EIR“.

ICO’s Position on Openreach EIR Requests

The Commissioner is therefore satisfied that the state, acting via Ofcom, by virtue of issuing a direction to BT (or strictly speaking, deeming it to have already received such a direction) and, by extension, Openreach Ltd, thereby exercising its statutory powers under section 106 of the Communications Act, has entrusted both BT and Openreach Ltd with administrative functions. This entrustment has a clear basis in statute. He is satisfied that this is sufficiently similar to the process of appointment of undertakers under the Water Industry Act and that those undertakers are deemed to have been entrusted with the powers of the state.

The Commissioner considers that providing a telecommunications network is something that has an environmental impact. Just because a particular task isn’t being carried out for the benefit of the environment doesn’t mean that it does not have a environmental impact.

In order to create and maintain a network, Openreach Ltd can use mobile broadband – which involves emission of radio waves. However, in practice, most connections are made by the laying of new cables – usually underground. This requires the disturbance and removal of soil – meaning it directly affects the elements of the environment.

The Commissioner is therefore satisfied that Openreach Ltd has been entrusted, by the state, with functions of the state, related to the environment and that these functions have a statutory basis. The entrustment test is thus satisfied.

The issue is likely to give both BT and Openreach an additional layer of admin to tackle in the future, although it remains unclear how much useful information could actually be extracted using this approach. Openreach can still withhold details that are considered to be commercially sensitive or potentially a risk to national security, which could conceivably cover quite a wide remit.

In some other circumstances the network operator may also be able to refuse such a request, such if they don’t in fact hold the requested information, the request is too broad or the information is still being compiled etc. Furthermore, this also places a question mark over other network operators of scale and whether they could become subject to such requests too, although Openreach is currently the only one deemed to hold Significant Market Power (SMP) by Ofcom.

In addition, the original request doesn’t – at first glance – appear as if it was actually intended to seek environmental information (possibly a mistake?). The ruling only requires Openreach to supply “environmental” specific info. on that part of their network (i.e. land development, pollution levels, energy production, and waste management), which in practical ‘recorded’ terms will probably be quite limited.

However, the ICO’s decision is not yet the end of this story. ISPreview did ask Openreach for a comment on this decision and more details on what information they expected to be able to provide under the ICO’s ruling, but a spokesperson declined to provide that information because they’re in “the process of appealing the ICO decision“.

ICO Ruling on Openreach
https://ico.org.uk/action-weve-taken/decision-notices/2025/04/ic-340468-b4b0/

Environment Agency Recommends Deleting OLD Emails to Save Water | ISPreview UK

Original article ISPreview UK:Read More

More hosepipe bans are now starting to come into force to help tackle water shortages during the increasingly dry summer months. Partly as the response to that, the UK Government’s Environment Agency (EA) has recently begun recommending that people help to save water by “deleting old emails to reduce pressure on data centre servers“.

The latest water saving tip of wonder comes alongside a list of all the usual suspects, such as a recommendation for people to take shorter showers, turning off taps when brushing teeth, using full loads for washing machines and dishwashers, and of course collecting rainwater for garden use. So to find the suggestion of deleting old emails alongside those somewhat logical tips does seem a little.. odd.

The idea behind this is that data centres can apparently consume significant amounts of water, primarily for cooling servers and associated infrastructure. Some studies have shown that a typical data centre can use hundreds of thousands, even millions, of gallons of water per day (here and here). But it should be said that a lot of those studies come from the USA and involved a baseline of data centres in areas with arid, or semi-arid, climates.

The reality for a country like the UK, where the climate is much more variable – often colder rather than hotter – tends to be more complex. Quite a few of those past studies have also failed to take into account modern energy efficiency improvements and the rising use of closed loop systems, where water gets recycled multiple times before being replaced. Some water will then be lost to evaporation, while the rest is relatively clean and returned to the environment through various means.

Environment Agency Statement

Data centres are fundamental to growth, industry and society. Data centres store information ranging from medical records to photos on your phone. They also support many online services, from Artificial Intelligence (AI) to managing email and messaging. Data centres can require a large amount of water for cooling processes and there is the potential for a new large demand as more data centres are built.

Water availability needs to be considered when data centres are being planned, and consideration given to the water requirements of the cooling technology selected as well as where the data centre is being located. Data centres should look to other supplies of water beyond using Public Water Supply, for example using recycled water.

We want to continue to work with stakeholders to see how water resources planning for data centres can be improved. We are currently working with key representative bodies to collect data from the sector to increase our understanding of their current and future water needs. Such data is vital for long term planning and further collaboration is needed.

Naturally, email processing and storage does thus end up contributing to water usage in data centres, particularly since many of us do use online storage / cloud-based solutions for such services (Hotmail, Gmail etc.). Due to this, the government is clearly trying to connect the dots and raise awareness around the subtle impacts of that large inbox of stored email history that keeps growing year-on-year, and which many people rarely delete.

However, it’s worth remembering that some people do store emails locally too, and there’s clearly quite a big debate to be had around how much of an impact failing to delete old emails is actually having on the specific problem of water usage. We’d argue the impact may be exaggerated and then there’s the irony of how actually deleting your emails, while reducing storage, also increases processing and thus the heat that must be removed.

The fact of the matter may be that, if we’re going to talk about the load on data centres, then perhaps it would be better to start by reducing the collective use of processor intensive consumer AI solutions (or making it more efficient) and not to mention the many Internet Messaging platforms that also retain long cloud-stored records of your chat history etc.

Put another way, we can think of various other – perhaps more impactful – ways of cutting water usage in data centres than scaring people into deleting that ancient email from [INSERT ANY COMPANY NAME HERE]. In fact, a better approach, rather than simple deletion, may be to have a run through of your inbox to ensure that your SPAM filter is preventing unwanted emails from continuing to reach your account in the first place (where possible).

The reality is that deleting a bunch of old emails probably isn’t going to stop a drought, and we think the overall impact level remains highly debatable, although it certainly would have some collective impact. But the free email providers will of course be happy with any suggestion that users should clean up their inbox.

BT Study Claims UK Makes it Too Hard to Install New 5G Mobile Masts – Missing £230bn Boost | ISPreview UK

Original article ISPreview UK:Read More

Broadband and telecoms giant BT (EE) has published a new report from Assembly Research, which suggests that the UK is one of the hardest countries for building new mobile broadband infrastructure and has called for more reform of the planning rules (e.g. allowing taller masts). The prize, claims the report, could be to unlock up to £230bn in economic benefits by 2035.

The current Labour government previously made clear that they would be making a “renewed push to fulfil the ambition of full gigabit and national 5G coverage by 2030” (here). Mobile operators have thus not been shy about producing their own wish lists to support this (here, here, here, here and here), which has often been reflected in calls for a more flexible planning system, lower licence fees for radio spectrum and easier engagement with local authorities.

NOTE: Ofcom recently reported (here) that geographic 4G mobile coverage in the UK had increased to a range of 88-90% (up from 81-88% a year ago) and geographic (outdoor) covered by at least one operator had reached 62% (up from 50%).

However, the story so far has been one of disappointment. Despite their lobbying, the government’s recently introduced Planning and Infrastructure Bill (PIB) and the previous Autumn Budget 2024 largely seemed to ignore mobile networks, preferring instead to focus on other sectors.

The newly announced 10-year Infrastructure Strategy did suggest some improvements for mobile connectivity, but this mostly centred around implementing existing changes and was otherwise rather light on detail.

The new report from BT and Assembly Research (here) claims that taking a more flexible approach to mobile networks could deliver big economic benefits. For example, it indicates that improved 5G Standalone (5GSA) coverage could enable more than £88bn in economic growth through the industrial adoption of new technologies – such as AI and machine learning (thanks to the significant increase in network capacity).

Key Areas of Positive Economic Impact

➤ Road and Rail: Investing to improve rail coverage could result in £12bn in additional productivity by 2035, while improving road connectivity to 100% coverage could result in a £45bn opportunity for the UK through enabling autonomous vehicles.

➤ Rural Economy: Investing in improved 4G and 5GSA coverage could add as much as £3bn into the UK’s rural economy by 2035.

➤ Built up areas: In addition to the potential £88bn in growth from new technologies, improved 5GSA coverage could enable as much as £26bn of added economic value from accelerated drone adoption by 2035. In the same timeframe, an added £9.5bn could be unlocked for the UK’s broadcast, digital advertising and consumer media sectors.

➤ Mobile Backup: The findings also highlight that, if more reliable UK mobile networks were available, increased use of mobile backup options could become more attractive for some businesses. Doubling the take up of these options would result in recovery of c.£7.9bn in productivity as a result of reduced down time. The research also shows a further £37bn of benefits could be unlocked through supporting the modernisation of the energy grid.

However, BT argues that the current planning system “adds significant time and cost when we try and deploy new network infrastructure“, despite the “clear community benefits which could be generated“. The operator adds that the “amount of spectrum we can use to improve coverage and build up cost-effective capacity is constrained – with too much spectrum being used inefficiently elsewhere” (the latter point is debatable, depending on context).

The operator thus calls for doubling the level of spectrum available to mobile operators to help “rapidly improve services across the country” (i.e. opening up of the 3.8-4.2GHz, upper 6GHz and 600MHz spectrum bands) and, once again, calls for reform of the planning system to “reduce unnecessary roadblocks” and help accelerate network deployments. “A long-term vision for accelerating SME and public sector tech adoption is also critical to creating a truly digital-first UK“, said BT’s report.

Some of the examples given for all this includes amending guidance to “prioritise the public interest in improved mobile connectivity“, cutting annual licence fees for mobile spectrum, further softening net neutrality rules, cutting red tape in planning admin (e.g. lengthy applications to the Building Safety Regulator are often needed to make minor changes to rooftop apparatus on high rise buildings – also impacts FTTP broadband builds) and enabling monopole masts of up to 20m in height (currently 15m).

Such changes, claims BT, could help to expedite the roll-out of individual sites by 12 months, while also cutting the operator’s costs.

Howard Watson, BT Group’s Chief Security and Networks Officer, said:

“We’re proud to be the biggest investor in the UK’s networks, having spent billions in the last five years to deliver improved connectivity for communities in every corner of the UK. But the way we use mobile connectivity is evolving, and as the demands on network capacity increase and retail pricing remains comparatively low, greater support is needed to unlock more private sector investment.

To deliver the networks the nation needs for the future, we need greater collaboration with the government and regulator, as well as support from local communities and councils – so that everyone in the UK can reap the life-changing benefits connectivity brings. Reforming planning laws and opening up spectrum access would help accelerate the deployment of these critical networks.

This report proves that delivering secure, reliable and powerful mobile networks brings enormous value to consumers and businesses, fuelling the UK economy.”

As usual, it’s wise to take such forecasts with a big pinch of salt because trying to accurately gauge the economic impact of deploying faster mobile broadband networks is notoriously difficult. Part of this stems from the fact that most users won’t be starting from a point of having zero data connectivity, and we’re all very different in our consumption requirements.

One of the biggest problems above is that mobile infrastructure has always been somewhat of a hot potato topic for politicians and the electorate. Many people often object to the construction of new mobile masts and related kit, but this frequently occurs at the same time as others are calling for improvements in mobile performance and coverage. Trying to balance such conflicting viewpoints can be.. tricky.

Some of the things that the new report desires also stray into tedious areas like Net Neutrality (i.e. measures to prevent serious blocking or slowing of access to legal websites / internet services). This can be very divisive topic, even at the best of times, and is one that has only recently been reviewed by the regulator.

Elsewhere, Ofcom are currently looking to reduce Annual Licence Fees (ALF) in some radio spectrum bands, albeit not by as much as mobile operators really want (here); it remains to be seen whether the government might encourage the regulator to opt for a more radical change on this front.

The reality is that BT probably won’t get everything on their wish list, particularly as the government will be keen to avoid doing anything that might make them even more unpopular than current polling suggests. But it will be interesting to see how much the government are willing to bend, particularly given the importance many of us place on our ability to access good quality mobile signals.

Lest we forget that some rival operators, such as the recently merged Vodafone and Three UK, are already making a big investment to deliver major 5G improvements (here). Ofcom are also due to auction off a large chunk of millimetre wave (mmW) radio spectrum frequency in the 26GHz and 40GHz bands for 5G and future 6G services (here), although this will mostly only benefit busier/urban areas and some FWA links.

EE UK Upgrades Indoor 4G Mobile Network at Manchester Airport | ISPreview UK

Original article ISPreview UK:Read More

Mobile operator EE has today announced that they’ve worked with the Wireless Infrastructure Group (WIG) to deliver “enhanced connectivity” across all three terminals at Manchester Airport. The upgrade involved the deployment of a new Distributed Antenna System (DAS) to boost indoor coverage and capacity.

The new system has been engineered specifically for the demands of a busy international airport, particularly at peak times. It’s not just the sheer number of people using their phones that creates challenges, it’s also the physical complexity of the buildings themselves. Multi-level layouts, thick walls and complex designs can all impact network performance indoors.

NOTE: Last summer, Manchester Airport saw 6.56 million travellers in July and August alone, and it expects to see the same footfall this year.

The work follows a similar upgrade at London’s Stansted Airport, which reflected another collaboration with WIG to ensure seamless mobile coverage throughout all passenger and operational areas at the UK’s fourth busiest airport – serving over 29 million passengers annually.

Craig Birchenough, CEO of Indoor Networks at WIG, said:

“[We’re] pleased to see EE’s mobile services now live on the system we recently delivered at Manchester Airport, ensuring their customers stay connected with access to the mobile apps and services that form a vital part of a modern travel experience. This project highlights the strength of our partnership with EE and demonstrates how high-quality connectivity in airport environments can deliver real, tangible benefits for people on the move.”