Original article ISPreview UK:Read More

At the start of this year Quickline, which is building a rural gigabit broadband network across parts of Yorkshire and Lincolnshire (England), announced that they and the Lincolnshire Institute of Technology (LIoT) would support 500 students through a bursary scheme (i.e. money to help with study, travel and childcare costs). The first 50 students have now benefitted from this.

The bursary was setup to support students from “underrepresented groups“, including mature students, parents, people from low-income families, people with a disability and people who were previously in care. Students who meet these criteria and are enrolled on level 4 and 5 courses will be eligible for the funds.

The bursary support for LIoT forms part of the social value commitment made by Quickline as part of its Project Gigabit contracts. Apparently, each of the first 50 students to benefit from this has received a grant of up to £1,000 for things such as laptops, headphones, desk chairs and cameras, as well as travel expenses and course fees.

Julian Chalk, Head of Engagement and Enablement at Quickline, said:

“It’s great to hear that the bursary has already benefited 50 students who are studying technical subjects across Lincolnshire.

We’re big on accessibility and inclusivity, and it’s a key part of what we do – connecting rural communities that have been left behind by other providers. Now, we’re not only ensuring everyone has access to decent broadband but we’re also ensuring that everyone has access to the education they need to thrive in a STEM career.”

Over the next three years, Quickline’s rollout is aiming to extend gigabit-capable broadband to a further 360,000 premises across thousands of rural communities (roughly 170k via state aid projects and almost 200k from commercial builds). To date, the company has already invested more than £107m into rural areas. But before that, the provider hopes to end 2025 with a total of 200,000 premises passed.

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).

Original article ISPreview UK:Read More

One of the country’s largest alternative broadband networks, Netomnia (Substantial Group), which has now covered 2.8 million UK premises RFS (inc. 400,000 customers) with their Fibre-to-the-Premises (FTTP) based broadband ISP network (up from 2.7m on 1st Sept 2025), have this morning announced a refresh of their brand following the merger with Brsk.

So far as we can tell from the logo on their website today, the refresh appears to be reflected through a fairly subtle change of font and a tweak to the scale, organisation and colour of the circle graphic in front. Otherwise, it doesn’t appear to have gone through a dramatic shift. But as usual with any branding changes these days, the official press release goes rather heavy on the hype.

“This evolution is more than visual. It reflects Netomnia’s progression from challenger to national infrastructure leader. The company’s refreshed positioning emphasises its role as a future-ready fibre network built to enable tomorrow’s innovations, while the visual identity brings this ambition to life. The name itself tells the story – ‘Net’ represents the inclusive network built for everyone, while ‘Omnia’ (Latin for ‘all things’) conveys readiness to power whatever innovations come next,” says the announcement.

In addition, for those who didn’t know what the circle in front of their logo was meant to represent (we assumed some symbolism with fibre optic cabling), Netomnia explains how the refreshed circular abstract element actually “symbolises both ‘the right connection’ and ‘the potential’, forming a complete circle that suggests connectivity and continuous progress“. So, now you know.

Jeremy Chelot, Group CEO of Netomnia, YouFibre and brsk, said:

“This is more than a design change. It’s a signal of the company we’ve become – powerful, ambitious, and building the UK’s third fibre infrastructure. Where the most powerful internet lives is both our idea and our promise.”

Original article ISPreview UK:Read More

Network access provider Openreach (BT) has today provided more details to ISPreview on their future plans for a trial of full fibre broadband (FTTP) using 10Gbps capable XGS-PON technology in early 2026. The trial is planned to reach about 40,000 premises in Guildford and push download speeds from ISPs up to a blistering 8.5Gbps (8,500Mbps).

The operator’s existing FTTP network is currently still largely based off older Gigabit Passive Optical Network (GPON) technology, which places limitations on how fast they can go before capacity becomes an issue. For example, GPON supports a capacity on each trunk line of up to 2.5Gbps (Gigabits per second) downstream and 1.24Gbps upstream, which needs to be shared between several premises.

As a result, Openreach’s fastest asymmetric consumer broadband product via FTTP currently maxes out at a download speed of 1.8Gbps and uploads of 120Mbps. However, rural areas covered by their government-funded Project Gigabit (Type C) roll-out contracts can separately access symmetric speeds, albeit only up to 1Gbps, and that’s priced more as a premium business product.

The difficulty for Openreach is that many of their rivals have long since deployed XGS-PON technology (the ‘X’ stands for 10, the ‘G’ for Gigabits’ and the ‘S’ for Symmetric speed), which helps them to offer faster broadband speeds and be more competitive on price. Consumers might not strictly need such speeds yet, but marketing departments can still use it as an effective way to differentiate themselves.

Openreach’s Response

The good news is that Openreach haven’t been standing still. The operator’s network is currently adopting a ComboPON approach, which in the future will make it easier for them to upgrade premises to newer fibre technologies without needing to change all the existing optical modems (ONTs) inside homes (e.g. they’d be able to use either GPON or XGS-PON based ONTs, whatever the situation requires).

Back in February 2025 they also revealed a plan to trial XGS-PON sometime in 2026 (here), which a few months later was followed by ISPreview revealing that this would officially support symmetric product speeds of up to 3.3Gbps (here). Shortly after that we also revealed details of the new Optical Network Terminals (ONT) they’d be using to support this service in homes and businesses (here).

Suffice to say that we now know quite a lot about what to expect from Openreach in the future, except for precisely when and where the XGS-PON trial itself will actually take place. But that recently started to change after some of ISPreview sources began sharing new details and the network operator has now kindly confirmed their plan to us.

The initial XGS-PON trial, which will actually go beyond the previously stated symmetric speed of 3.3Gbps and test asymmetric speeds of up to a whopping 8.5Gbps, is due to take place across 40,000 premises in the Guildford area between January and March 2026.

An Openreach spokesperson told ISPreview:

“We recently told customers that we’ll be running a pilot of XGS-PON in the Guildford area, covering around 40,000 premises, and starting between January and March, 2026.

As part of the pilot, we’re exploring the full range of speed capabilities offered by the technology including symmetric 3.3Gbps and asymmetric options up to 8.5Gbps. This will help us understand how best to support future customer demand.

It’s important to say that this is a trial at this stage, so the higher speed tiers shouldn’t be taken as a commitment to launch products.

We’re continuing to assess the nationwide demand for products that this technology might enable.”

As expressed by Openreach, the 8.5Gbps speed mentioned above is initially more about testing the capabilities of their network to handle that performance than launching a commercial product at such speeds. The planned future product speeds in their official documentation currently only go up to 3.3Gbps, which to be fair is absolutely fine – it’s still a very impressive performance level to offer.

The classic problem with packages as fast as this is that most consumers would struggle to harness those top speeds, usually due to WiFi/device limits and any limitations of the online servers you’re connecting with (Why Buying Gigabit Broadband Doesn’t Always Deliver). But if you’re happy to pay for it, why not. The rest of the internet will catch up eventually.

The big caveat here is that we don’t yet know how much Openreach will charge for their faster consumer tiers, although we’ll no doubt get some indication of that once the official trial documents are released in the near future. This is important because, unlike a lot of other networks, Openreach’s FTTP coverage is already huge.

Openreach also has a lot more multi-gigabit capable competition to consider these days (e.g. CityFibre, Netomnia, Virgin Media, CommunityFibre etc.). But their wholesale pricing is still semi-restricted by Ofcom’s regulation. The operator will thus be watching the current Telecoms Access Review 2026 (TAR) closely in hope of some flexibility (any changes here will be introduced from April 2026).

Original article ISPreview UK:Read More

Hampshire-based alternative network builder and UK ISP toob, which has deployed a gigabit speed Fibre-to-the-Premises (FTTP) network across parts of South England and also harnesses CityFibre’s network in other areas, has today announced that they’ve connected their 100,000th customer (up from 90k on 12th June 2025).

The customer figures break down as 60,000 on their own network and more than 40,000 through their wider CityFibre partnership, which shows how much of a dramatic impact the latter agreement has had on their take-up. But that’s not too surprising when you consider that they’re currently only charging from £22 per month for symmetric speeds of 150Mbps and just £25 for 1Gbps on an 18-month term.

Just for context. Toob’s own fibre network can be largely found around the Southampton and Portsmouth areas, and also across the Aldershot, Farnborough, Fleet, Frimley, Blackwater, Yateley and Woking areas. But outside of that, they primarily harness CityFibre’s network to expand their reach. As of September 2025, the provider operates across a combined total of 28 counties and 89 towns and cities throughout England.

We should add that toob does in fact actively continue to expand their own FTTP network too, with recent deployments taking place in locations like the large Hampshire village of Portchester (here). Otherwise, we should add that the provider recently launched its complete Wi-Fi mesh extender system for customers and maintains a commitment to “no in-contract price rises“.

Nick Parbutt, toob CEO and Founder, said:

“Reaching over 100,000 customers is a fantastic achievement for all at toob and this milestone is a direct result of the dedication and hard work of each member of the team. It’s incredibly rewarding to see over 100,000 customers choose toob. We’re grateful for their trust and excited to keep building a future where our ultrafast broadband is affordable and accessible for all.”

The network operator is currently being financed through equity from funds managed and advised by the Amber Infrastructure Group, as well as a large amount of debt financing provided by Ares Management’s Infrastructure Debt (here). At the end of 2023 this mix of equity and debt reflected a total commitment of £395m.

Original article ISPreview UK:Read More

Customers of SpaceX’s popular Starlink broadband service, which offers ultrafast low-latency internet speeds across the UK and the world via a mega constellation of compact satellites in Low Earth Orbit (LEO), may like to know that they’ve added a useful “Event Log” feature to their accompanying App.

Starlink currently has around 8,500 satellites in orbit (c.4,895 are v2 / V2 Mini) – mostly at altitudes of c.500-600km – and they’ll add thousands more by the end of 2027. Residential customers in the UK usually pay from £75 a month, plus £299 for hardware (currently free for most areas) on the ‘Standard’ unlimited data plan (kit price may vary due to different offers), which promises UK latency times of 26-33ms, downloads of 116-277Mbps and uploads of 17-32Mbps. Cheaper and more restrictive options also exist for roaming users.

Existing customers of the service will know that the App already had a limited “Outage Log“, but this only tracked periods where the user terminal lost connectivity. By comparison, the new “Event Log” builds on that by also including router-related outages (e.g. if your Starlink router was powered off, asleep or disconnected) and non-outage events that may affect service quality but don’t necessarily bring your network fully offline (e.g. elevated packet loss or device reboots).

According to Starlink’s related support page: “The goal of the Event Log is transparency. We want you to see what’s happening in your network in real time, not just when service is completely offline. This helps you understand the cause of issues when they happen ... This expanded view makes the Event Log a more powerful tool for diagnosing issues across your whole Starlink setup“.

The Event Log tracks such activity over the past 24 hours and is designed to grow. “We’re continually adding new event types as we refine what’s most useful to share. Our philosophy is to be as open as possible about what’s happening on your network,” said Starlink. The extra information and added ability to self-diagnose issues could potentially also reduce the number of support requests the service attracts.

The new Event Log can be found in the app under “Statistics > Events and outages“, although at present that’s the only place you can access it as they haven’t yet added the feature to their website.

Original article Total Telecom:Read More

News

Netomnia has unveiled a new rebrand to better reflect the scale and longevity of its full fibre ambitions

The rebrand follows the company’s 2024 merger with brsk, which saw the company become the second-largest altnet in the UK, after CityFibre. Netomnia currently has 2.8 million premises serviceable and 400,000 customers connected as of September 2025, with the stated goal of passing five million premises passed by 2027.

To achieve this, Netomnia is backed by around £1.6 billion in funding, the last £300 million of which was secured earlier this month.

According to the altnet, the rebrand places greater emphasises on its role as a future-ready fibre network built to enable tomorrow’s innovations. In a press release, the company explained its new logo:

“‘Net’ represents the inclusive network built for everyone, while ‘Omnia’ (Latin for ‘all things’) conveys readiness to power whatever innovations come next. The refreshed circular abstract element symbolises both ‘the right connection’ and ‘the potential’, forming a complete circle that suggests connectivity and continuous progress. Modern typography and a vibrant colour palette – bold red-pink paired with deep blues and contrast black – project dynamism, confidence, and innovation, ensuring Netomnia stands out with clarity and strength.”

“This is more than a design change. It’s a signal of the company we’ve become – powerful, ambitious, and building the UK’s third fibre infrastructure. Where the most powerful internet lives is both our idea and our promise,” said Jeremy Chelot, Group CEO of Netomnia, YouFibre and brsk.

The rebrand will see its first public outing at this year’s Connected Britain conference taking place on Wednesday 24th September and featuring a keynote address from Group CEO Jeremy Chelot.

For more information, visit Netomnia at booth 247

Tickets for Connected Britain are still available! Get yours today.

Original article ISPreview UK:Read More

Mobile operator Vodafone UK (VodafoneThree) has revealed that they intend to switch off their now ancient 2G based mobile network “during 2030“, roughly three years ahead of the government’s official 2033 deadline for the phasing out of both 2G and 3G services (here). The operator has already shut down its 3G network (here).

One of the reasons why 2G has stuck around for so much longer, more so than even 3G (the first 2G services went live in 1991!), is because it has remained useful as a low-power fallback and is still necessary for some rural areas, as well as for particular applications (e.g. some Smart Meters and other Internet of Things (IoT) / M2M services remain dependent upon 2G).

Nevertheless, the government and mobile operators have already agreed to retire both 2G and 3G services by 2033. Last year similarly saw O2 (Virgin Media) become the first UK mobile operator to confirm that they would start the slow process of switching customers away from 2G in 2025 (here), although it’s expected to take several more years before they’d be able to completely phase it out.

Much like with 3G, any move to close down 2G will ultimately free up radio spectrum bands so that they can be repurposed to further improve the network coverage and mobile broadband speeds of more modern 4G and 5G networks, as well as future 6G services. The switch-off will also reduce the operators’ costs and power consumption.

The big development today is that Vodafone has now confirmed that they intend to switch-off 2G in the UK “during 2030” (note: Three UK has no 2G spectrum), while their German division already aims to complete this transition by 2028. In fact, by 2030, Vodafone said they will also be phasing out all of their remaining 2G networks across Europe.

Vodafone Statement

With spectrum in short supply, phasing out outdated 2G networks efficiently frees up this valuable resource, as well as allowing Vodafone to reallocate capital to support more advanced technologies. By 2030, Vodafone will be phasing out all its remaining 2G networks in Europe to further improve and extend more efficient and reliable 4G and 5G networks. This is consistent with industry trends. Data from industry body the GSMA indicates that 131 networks are scheduled for shut down by 2030, with about half being 2G networks.

Vodafone’s exact phasing of the switch over from 2G to newer technologies will vary country-by-country. For example, Vodafone Germany aims to complete this transition by 2028 and is working closely with the small number of customers, mostly businesses, to ensure that their migration from 2G is managed as smoothly as possible. VodafoneThree has also announced it will switch-off the Vodafone UK 2G network during 2030 (Three UK has no 2G spectrum).

Out with the old

By the time 2G is retired, it will have been in operation for nearly four decades and is now inefficient and costly to run.

A key limitation of 2G is its slow data transfer rate. For each hertz of spectrum – which is how data travels – 2G can carry 0.1 bits of information per second. 4G in comparison can carry 2.4 bits. This makes it impossible to use 2G for data-intensive applications such as video streaming or online gaming.

A gigabyte of data also uses up to one hundred times less energy to transmit over 5G than it does over 2G. 5G provides mobile operators the potential to lower their environmental impact, as industry standards target a 90% reduction in energy use, according to the GSMA.

Network operation and maintenance costs will decrease as legacy equipment required for 2G can be recycled, which may also make physical space available for new equipment at Vodafone’s mobile sites.

Vodafone hasn’t yet revealed exactly how they will phase the 2G switch-off in the UK, although we wouldn’t be at all surprised if they started the customer communications and migrations phase before 2030.

Original article Total Telecom:Read More

Press Release

Just a few months after its creation, VodafoneThree has today announced the next major milestone in building the UK’s best network, with the appointment of strategic build partners to support the delivery of one of Europe and the UK’s largest, privately-funded infrastructure projects, totalling contracts worth more than £2 billion. 

Global communications technology leaders Ericsson and Nokia will deliver part of the unprecedented £11 billion network investment plan. By providing world-class connectivity to all corners of the UK, this investment will boost the UK economy by up to £102 billion (between 2025 and 2035). In turn, delivering the infrastructure needed by all sectors to power Britain’s digital future, including energy, financial services, manufacturing, security and technology. The deal will span an eight-year period and uses the latest technology and R&D to make sure that VodafoneThree’s network will deliver world-leading 5G technology over the course of the decade. 

VodafoneThree’s fully funded and regulated plan to build the network at pace will bring jobs to every region of the UK, creating as many as 13,000 jobs in the engineering, construction and maintenance of telecom towers, fibre optics, and base stations over the entire eight-year build period. 

The majority (74%) of roles created will be outside of London and the South East, bringing employment opportunities to people in towns and communities across the four nations. This reinforces VodafoneThree’s commitment to supporting national growth through digital transformation, while equipping today and tomorrow’s talent with the skills they need for the future. 

VodafoneThree’s plan is front loaded. In year one, nearly three-quarters of the population will have access to VodafoneThree’s fastest 5G speeds, increasing to 90% of the population with access to 5G SA in year three. The network build will transform connectivity across the country, bringing 5G Standalone (5G SA) to 99.95% population by 2034. 

Max Taylor, CEO, VodafoneThree, said: “We said we would deliver at pace and, just a few months in, we are delighted to announce our strategic partners, Ericsson and Nokia, that will work with us to deliver our ambition of building the UK’s best network. They bring the scale and expertise needed to accelerate the delivery of a resilient, secure, world-class and future-ready network, and together, we are laying the foundations for the UK’s digital future.” 

Börje Ekholm, President and CEO, Ericsson, said: “We are proud to partner with VodafoneThree as their primary vendor to power them with the most advanced programmable network products, software and solutions in the world. Trusted high-performing programmable networks are critical to success for the UK’s digital economy. AI, automation and virtual/augmented reality won’t reach their potential without them.” 

Justin Hotard, President and CEO at Nokia said: “Today’s networks need new levels of performance, trust, and resilience. We are pleased that VodafoneThree has chosen our industry-leading network solutions to build a future-proof 5G Standalone network across the UK to meet the needs of customers today and as the AI supercycle accelerates.” 

As part of the agreement, Ericsson will deploy its next generation, high-performing Radio Access Network (RAN) and core network solutions across the UK. In addition to modernising existing 4G and 5G infrastructure, the deployment of Ericsson RAN over 10,000 sites in the UK will underpin VodafoneThree’s population-wide rollout of 5G SA connectivity by 2034. 

Nokia will supply equipment from its ultra-performance Radio Access Network portfolio to approximately 7,000 sites across the UK. Nokia will also modernise part of VodafoneThree’s voice core. This will deliver premium connectivity to VodafoneThree’s customers nationwide with improved speeds, coverage, capacity and a smooth transition to 5G Standalone networks. 

The two partners make up the majority, but not the entirety, of VodafoneThree’s network build which will culminate in a greater number of sites. 

Four British based site-build partners with extensive experience – Beacon Communication Services Limited, Circet Wireless Limited, M Group Limited and WHP Telecoms Limited – will accompany the technology partners, delivering vital work to enable the build across the UK. 

How is the UK connectivity market changing in 2025? Join the discussion at Connected Britain, taking place this week! Free tickets still available

Original article ISPreview UK:Read More

Tarana Wireless has announced that their next-generation “6GHz” capable G1 wireless (ngFWA) platform and kit is now ready to deploy in the UK with the addition of support for the UK’s Band C (5725-5850 MHz). This can be enabled via an “optional, free software upgrade to unlock the 6 GHz spectrum as it is available“.

At present a number of Fixed Wireless Access (FWA) providers in the UK are known to be using Tarana’s ngFWA setup, including broadband ISP Airband (here). But this has tended to use part of the 5GHz band, and the new announcement indicates that they’ll now able to add support for “6GHz” via a software update.

However, when Ofcom talks about 6GHz, they’re usually referencing both the upper 6GHz radio spectrum band (6425 to 7125MHz) and the lower part (5925 to 6425MHz). By comparison, Tarana’s mention of 6GHz is actually more akin to 5.8GHz, since it’s referencing the bit below that – 5725-5850MHz.

This is an important distinction because the UK regulator is currently still consulting on their January 2025 proposal to exempt additional devices (equipment) from needing a wireless telegraphy licence in the 5.8GHz band, including FWA kit (here). Clearly, Tarana are anticipating that the regulator will grant approval in the near future, which does seem likely to occur but is not yet approved.

FWA providers would no doubt welcome the extra spectrum capacity within their networks, which could mean faster wireless broadband speeds to homes and businesses.

Original article ISPreview UK:Read More

Network access provider Openreach (BT) has today provided a progress update on the difference that their innovations (e.g. drones, mini-exchanges, LiDAR-powered planning etc.) are making to their ongoing roll-out of Fibre-to-the-Premises (FTTP) based broadband ISP technology. This network now covers 20 million premises (70% of the UK).

We start things off with drones. Openreach have been using air drones to help deploy (carry) new fibre optic cables since late 2017, which comes in particularly handy when the fibre needs to be run over difficult or dangerous terrain (e.g. rivers, valleys and steep gorges). The operator has even deployed underwater drones to inspect and repair cables beneath some of Britain’s lakes and rivers.

According to the latest update, the operator’s DroneOps team is now home to 14 trained pilots and they’ve collectively flown nearly 1,200 missions, helping Openreach with more than 400,000km of fibre and connecting more than 100,000 premises in the process. Such missions are said to have saved over 600 days of “dwell time“, avoided more than 100 requests for temporary traffic lights, and helped them skip 50-60km of disruptive duct digging.

After that we come to Subtended Headends (SHEs), which have been around since 2019 (here) and are essentially mini exchanges (i.e. mini-head end or mini-Optical Line Terminals) that can be installed closer to customers – inside new or existing street cabinets). The approach is a useful way of extending the reach of a fibre cable by up to threefold and helps to cut down on the need for some other civil works; up to 1,000 additional premises can be reach from a single SHE.

The latest data reveals that Openreach has now installed 1,200 fibre-boosting nodes (SHEs) like this, saving an estimated £120m and 8,500km of fibre “that we didn’t need to lay” (up from just 1,262km only a couple of years ago). The change probably helps to underline that the operator’s roll-out is now increasingly tackling rural areas, where such methods can be particularly handy.

In addition, there have been a couple of smaller developments. For example, Openreach are now able to survey twice as many building per day and have slashed related costs by up to 65% after deploying Holoplan, which we’ve touched on a couple of times before. Developed by Digitalnauts, this LiDAR-powered tech turns a smartphone into a 3D scanner that allows engineers to create accurate VR models of buildings in seconds – mapping cable routes, equipment, and layouts in real time (saves lots of manual measuring etc.).

Finally, the operator is also now using overblow technology, where new fibres are propelled on a cushion of air through existing ducts. “It’s not only faster, but it uses fewer materials, it’s less invasive for nature, and it dramatically reduces the need for roadworks which disrupt communities,” said Openreach. But we didn’t get any data on this one.

We should point out that some of Openreach’s rivals are also deploying similar approaches, so none of this is strictly unique to the incumbent. But it’s always interesting to see what kind of impact such things can have at scale.