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BT to speed fibre build-out – looks to form joint venture

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BT’s semi-detached wholesale access arm, Openreach, raises its FTTP target from 20 million premises passed by December 2026 to 25 million.

Last year BT committed to spend £12 billion installing full fibre lines to replace copper infrastructure, depending on a number of factors.

The firm says its plan can proceed due the regulatory clarity provided by Ofcom’s recent Wholesale Fixed Market Review, the government’s cash tax super-deduction scheme to stimulate investment and the outcome of the recent 5G spectrum auction.

Currently the UK languishes towards third from the bottom of the FTTH Council Europe’s ranking of fibre penetration in 39 countries using figures from September 2020.

Internal capacity

Openreach says it has the capacity to reach about 4 million premises a year, having passed 2 million last year.

The acceleration is to start immediately, but BT is looking for outside investment in the form of a joint venture to build out fibre to 5 million premises, which it reckons could create another 7,000 jobs.

It is to explore JV structures over between now and the end of September – the first two quarters of the current financial year.

Nice to have

The company is at pains to stress that BT could fund the accelerated build by itself while delivering other commitments from investing in 5G, its modernisation programme, keeping to a minimum credit rating of BBB flat, support its pension scheme, which has an £8 billion shortfall, and reinstating its dividend during this financial year.

This is despite just reporting that revenue for the year ending in March fell 7% to £21.3 billion while pre-tax profit dropped 23% to £1.8 billion which is blamed on the fallout from Covid-19 and increased investment in fibre.

Philip Jansen, Chief Executive, BT Group said of the intended new JV approach, “This has three massive benefits: it allows us to go faster, beefing up our capacity to build fibre to households and businesses; it allows us to go further, getting fibre to more people including in rural communities; and it will help fuel UK economic recovery, with better connectivity and up to 7,000 new jobs.”

The JV approach to fibre build out is gaining ground in Europe, with examples in the Netherlands and Germany.

Proximus, Nokia double speed and capacity of VSDL to prolong its life

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Not everyone is likely to view this world first “ultra-dense vectorisation” as good news in the gigabit era.

Belgium’s biggest operator, Proximus is rolling out fibre, with the aim of covering 70% of households in Belgium by 2028. This is a big hill to climb, given Belgium is is at the bottom of the new FTTH Europe Council’s ranking for fibre penetration, just scraping over the 1% threshold for inclusion.

In parallel Proximus is extending the life of its VDSL infrastructure using tech developed by its engineers and Nokia’s called 2MX6, which is based on Nokia’s Quillion chip.

The Council said in the commentary on its new findings, “It is interesting to note that many countries, where legacy infrastructure still dominates, have modified their strategy deploying more FTTH solutions, migrating from existing copper-based and cable-based networks towards fibre and are even intensifying copper switch-off.

“Nevertheless, three historically copper-strong countries (UK, Germany and Italy) are accounting for almost 60% of homes left to be passed with fibre in the EU27+UK region.”

In other words, history shows that hanging onto copper technologies slows progress in the longer term.

Proximus said in a statement that this “unprecedented installation of a new piece of equipment that will seriously boost all copper networks in the world in the years to come” – which could be interpreted as condemning many customers, especially those outside cities, to a second-class service provided by a quick fix.

Ultra-dense

The operator says this world first “ultra-dense vectorisation” has been commercially deployed in the Walloon city of Andenne and will be rolled out to hundreds more street cabinets in the coming months.

On the upside, it will improve the broadband many have now, and fast, with Proximus saying it will double both capacity and speed.

As are several variations of VDSL technology, we asked Proximus’ press office to clarify what speeds could be attained by the new tech. We’ll update this story when we have that information.

Regarding capacity, it can now provide souped-up VDSL to twice the number of customers per remote optical platform (ROP) in the cabinet, that is an increase from 192 to 384.

Proximus also points to the advantages of reduced power consumption and no digging the streets up.

The photo shows Patrick DelcoigneDirector Network Engineering & Operations at Proximus (left), and Geert Heyninck, General Manager Broadband Access Business Unit at Nokia, standing by a revolutionary street cabinet.

Next G Alliance launches Technical Work Program to act on 6G roadmap

The aim is to put North America in the lead for 6G and beyond. Other regions have their own 6G projects.

The Alliance for Telecommunications Industry Solutions (ATIS) set up the Next G Alliance last October and it has about 50 ICT, cable and telecom network operator members.

Down to business

It has now announced a technical work programme, working groups and leaders for the National 6G Roadmap, Green G, Technology and Spectrum working groups.

More working groups will be launched in the next few weeks, with the National 6G Roadmap Working Group acting as the coordination point across them all and chaired by Amitava Ghosh, Fellow and Head of Radio Interface Group at Nokia – a well-known North American company and founding member of the Alliance.

“The primary goal of the National 6G Roadmap Working Group is to drive communications technology innovation through developing and maintaining a North American 6G vision, lifecycle roadmap and timeframe,” Ghosh noted.

Regional rivals

Japan is also determined to lead the 6G charge, although it is working with some US companies.

European efforts were pioneered by the University of Oulu in Finland which is now involved in the European Commission’s Hexa-X project, part of the European Union Horizon R&D effort designed to keep Europe at the head of the pack.

The Hexa-X project is led by Nokia.

US efforts

The National 6G Roadmap is intended to establish the North American vision for 6G and beyond, taking an holistic view of the 6G marketplace and broader environment.

In particular, the work is geared toward the eventual commercialisation of 6G, and so will address the lifecycle from research, to standardisation, development, manufacturing and market readiness.

It will have an inherent focus on “the sustainability and societal drivers that will shape future wireless technologies”. This is known by everybody else as finding uses for technology developments driven by technology-based industries.

The Vice Chairs are Lead Solution Architect at AT&T, Marc Grant, and Senior Director of Research and Innovation for 6G Projects at InterDigital, Doug Castor.
Working Groups are set up for the following areas but some are yet to appoint leaders.

Technology – defining the technologies needed to fulfil the vision set out in the National 6G Roadmap, led by Technology in Wireless Research & Development at Qualcomm Eddy (Hwan-Joon) Kwon. 
Applications – identifying the leading vertical applications that will leverage network infrastructure in the Next G environment.  
Spectrum – exploring new paradigms for spectrum access, management and sharing. This work will also look at opportunities to harmonise global spectrum, the coexistence of technologies and greater spectrum efficiency. It is led by Andrew Thiessen, Head of 5G/xG Engagement at MITRE.   
Societal/economic drivers – identifying and characterising social and economic drivers that are central to the 6G vision and how they will drive change and progress and impact the 6G marketplace globally.

Note that ATIS is accredited by the American National Standards Institute (ANSI) and is the North American Organizational Partner for the 3rd Generation Partnership Project (3GPP). It is also a founding Partner of the oneM2M global initiative, a member of the International Telecommunication Union (ITU), as well as a member of the Inter-American Telecommunication Commission (CITEL).

FTTH Council Europe publishes latest fibre penetration figures

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Homes passed in the EU39* countries was almost 182.6 million (more than 50% of homes) in September 2020, compared to 172 million in September 2019.

The Market Panorama report was pulled together by IDATE and shows that the main movers in terms of homes passed in absolute numbers are: France added 4.6 million; Italy 2.8 million; Germany 2.7 million; and the UK 1.7 million.

The top five in terms of annual growth rates in homes passed is headed by Belgium up 155%, Serbia up 110%, Germany 66%, the UK 65% and Ireland 49%.

Accurate picture?

Caution is needed regarding the state of some countries’ digital infrastructure. Firstly, fibre is not the only game in town and secondly, the number of premises passed is not the same as the number that are in use by paying subscribers. For example, a new study by VATM found that the number of gigabit connections provided by  cable networks in Germany is expected to reach 23.3 million by the end of June 2021, 8.4 million of which have subscribers. Of Deutsche Telekom’s 2.3 million fibre gigabit connections, 675,000 are in use.

In the UK where cable company Virgin Media, owned by Liberty Global and in the throes of merging with Telefonica UK (O2), plans to bring gigabit speeds to more than 15 million homes across its UK network by the end of 2021, and UPC Poland (also part of Liberty Global) so far connected more than 60 cities to its gigabit service. 

Key milestone

This year[2], a key milestone has been reached, as FTTH/B Coverage in EU39 now amounts to more than half of total homes. By September 2020, EU39 reached a 52.5% coverage of FTTH/B networks while EU27+UK [3] sits at 43.8%, compared to respectively 49.9% and 39.4% in 2019. This shows a clear upward trend from the September 2015 figures when the coverage was at 39.8% in EU39 and 27.2% in EU27+UK.
 
The number of FTTH and FTTB subscribers in Europe increased by 16.6% in EU39 in the year since September 2019 with 81.9 million FTTH/B subscribers in September 2020. Russia still plays a major role in this increase, however, it is interesting to note that the EU27+UK experienced a 20.4% increase on its own.
 
This year, the country adding the most subscribers is located in Western Europe. France added 2.787.000 new FTTH/B subscriptions, whereas Russia came second adding 1.681.000 new FTTH/B subscribers. Spain rounds out the top 3 with 1.436.000 new FTTH/B subscribers. Other countries also experienced an outstanding increase in their number of subscribers such as Turkey (+ 718.000) and Germany (+ 694.000).
 
By September 2020, the EU39 FTTH/B take-up4 rate raised to 44.9% in comparison to the 43% [5] rate registered by September 2019. For the third consecutive year, the take-up rate for EU27+UK surpasses the EU39’s one by reaching 46.9% (as opposed to 43.3% in September 2019).

Evolving tech

Fibre technologies have been continuously evolving during the last few years with a predominance of FTTH architecture over FTTB (63% vs 37%). Alternative internet service providers still make up the largest part of FTTH/B players, with a contribution of around 57% of the total fibre expansion.

It is interesting to note that many countries where legacy infrastructure still dominates have modified their strategy deploying more FTTH solutions, migrating from existing copper-based and cable-based networks towards fibre and are even intensifying copper switch-off. Nevertheless, three historically copper-strong countries (UK, Germany and Italy) are accounting for almost 60% of homes left to be passed with fibre in the EU27+UK region.

The ongoing COVID-19 pandemic, in turn, has demonstrated the necessity of both FTTH deployments and adoption. The governments and local authorities are increasingly involved in the digital transformation, introducing revised national programmes, subsidies and relevant policy framework to promote fibre expansion.

[*] The EU 39 includes Andorra, Austria, Belarus, Belgium, Bulgaria, Croatia, Czechia, Denmark, Estonia, Finland, France, Germany, Greece, Hungary, Iceland, Ireland, Israel, Italy, Kazakhstan, Latvia, Lithuania, Luxembourg, Malta, Macedonia, Netherlands, Norway, Poland, Portugal, Romania, Russia, Serbia, Slovakia, Slovenia, Spain, Sweden, Switzerland, Turkey, Ukraine and the UK

[2] Between September 2019 and September 2020

[3] The EU 27 + UK includes Austria, Belgium, Bulgaria, Croatia, Cyprus, Czechia, Denmark, Estonia, Finland, France, Germany, Greece, Hungary, Ireland, Italy, Latvia, Lithuania, Luxembourg, Malta, Netherlands, Poland, Portugal, Romania, Slovakia, Slovenia, Spain, Sweden, United Kingdom

[4] Take-up=Subscriptions/Homes Passed

[5] Figures recalculated using a bottom-up approach.

[6] Penetration rate = FTTH/B Subscriptions/households

A1 offers container orchestration as managed service in Exoscale cloud

The operator’s digital unit will provide Kubernetes-based orchestration as a European alternative to cloud hyperscalers.

A1 Digital, a subsidiary of A1 Telekom Austria Group, is offering orchestration and automation of containerised applications based on Kubernetes as a fully integrated service in its Exoscale cloud.

Exoscale SKS (for Scalable Kubernetes Service) is designed to make it easier for customers to use container technology without major administrative effort or expertise in a secure, scalable and privacy-compliant environment.

It claims customers of all sizes can benefit from an affordable, transparent pricing structure and companies can book Kubernetes as a managed service at A1 Digital immediately. As a managed service in the cloud, it offers easy use of applications “like electricity from a socket,” A1 Digital.

Put another way, container technology, companies can completely virtualise their IT infrastructure in a constistent way.

Rivalling hyperscalers

“The Exoscale team has proven time and again that they are at the pulse of the new digital revolution. At A1 Digital, we are developing world-class products for our international customers.
 
“Those cloud enthusiasts have built a solid cloud platform that is powerful, enjoyable to use, and is a European alternative to the incumbent hyperscalers.
 
Exoscale perfectly matches one pillar of the A1 Group strategy, which is to scale the platform business, and with the SKS services both we and our customers are primed for scale,” says Alejandro Plater, COO of A1 Telekom Austria Group.

More information about Exoscale SKS here.

Orange launches Slovakia’s first 5G network

Access is initially limited to residents of the Bratislava (pictured) district of Petržalka and parts of Banská Bystrica.

Orange is launching Slovakia’s first 5G network today, after spending three years and €144 million modernising its mobile network.

Orange’s 5G uses the latest Massive MIMO technology to improve the efficiency and speed of data transfer at 3.5 GHz.

Customers can transfer data at theoretical speeds up to 1300Mbps for downloading, and 130 Mbps for sending files, although data download speed can exceed 600Mbps.

Ambitious projects

Federico Colom, CEO, Orange Slovakia, said, “Thanks to the most extensive modernisation of our network, we were able to start implementing several ambitious projects, including the construction of the first real high-speed 5G network in Slovakia, which brings extremely high transmission speeds and low latency.

“Orange already has the best mobile 4G network in the country, which is available to 99% of the population, and whose highest quality was confirmed by up to two independent tests, which I am very proud of.

Orange’s starting position for launching the 5G network is…more than good, and its gradual deployment will take place in two phases – evolutionary and revolutionary”.

A milestone

Mari-Noëlle Jégo-Laveissière, Orange Deputy CEO, in charge of Europe, added, “The launch of a new network, as 5G is, is an important milestone in the operator’s history, which occurs only once in a decade.

“In addition, the recent crisis has shown how critical connectivity is for our economies. I am glad that Orange Slovakia has set out on a path that will enable it to bring new services and innovations to customers in the future.”

 

 

China state media says last chance for Sweden to reverse Huawei ban

The immediate threat is to keep Ericsson out of the next phase of China’s 5G build out, but it won’t end there.

The Global Times, an instrument of the Chinese state, said the Swedish government has one last chance to reverse the ban on operators using Huawei equipment in telecoms infrastructure.

The decision was taken on the grounds of national security by the Swedish Post and Telecom Authority (PTS), but has been challenged in the Swedish courts by Huawei with the final decision is expected in the next few weeks. 

World’s biggest market

In the meantime, the Chinese government is threatening possible retaliatory action against Swedish telecoms equipment firm Ericsson, preventing its involvement in the next phase of China’s 5G build out.

China is the biggest 5G market in the world, with its operators collectively deploying almost three-quarters of a million base stations last year.

Non-Chinese vendors are only ever been allowed a small share of the Chinese telecoms market whereas Huawei had unfettered access to European markets – and had the lion’s share in many until security concerns reached the top of the agenda, largely propelled by the Trump Administration.

Even a small share of such a huge market is lucrative hence Ericsson’s CEO, Börje Ekholm, has criticised the Swedish stance and in turn has been criticised for blatant self-interest.

The governments of Australia, the UK and the US have all banned the use of Chinese vendors equipment in infrastructure on the grounds of national security.

Threats from the start

From the start China threatened the Swedish state with retaliatory measures for its action against Huawei, so they are not likely to be confined to Ericsson, although further damage could also be inflicted on Ericsson by denying it access to the Chinese supply chain as well not being able to sell its products in China.

The question is can Sweden publicly bow down to such direct public bullying, and what the implications are for other European states if it does?

Ericsson agrees to pay Nokia €80m in damages

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The payment relates to a US Department of Justice ruling in 2019 which found Ericsson broke the Foreign Corrupt Practices Act.

Sweden’s Ericsson reached an agreement with Finnish rival Nokia to pay a total settlement of €80 million in three similar instalments, in Q2 2021, then 2022 and 2023.

Ericsson said this would impact operating profit (EBIT) by €80 million and cashflow by €26 million in the second quarter.

“The amount reflects uncertainty, risk, expense, and potential distraction from business focus associated with a potentially lengthy and complex litigation,” it said in a statement.

Investigations

The payments are the result of investigations by the US Department of Justice (DoJ) and the US Securities and Exchanges Commission into corruption, including bribing government officials. Ericsson settled with the DoJ in 2019 and agreed to pay over $1 billion in penalties.

The DoJ said that Ericsson admitted to conspiring with others to violate the Foreign Corrupt Practices Act from at least 2000 to 2016, including a scheme to pay bribes, to falsify books and records, and by not implementing reasonable internal accounting controls.

The charges covered five countries including Djibouti.

Earlier this week Ericsson announced the end of a legal battle with rival Samsung concerning patents in the US and several other geographies.

Massive network automation might be years away, but there’s plenty of scope now

Steve Jarrett, Global Head of Data and AI at Orange, talks about the operator’s ambitious network automation strategy, timing and progress.

Jarrett charts the path from the test and learn approach that is being applied today, to the recent transformational tie-up with Google Cloud and a future of “massive network automation”.

This article first appeared on FutureNet World and is reproduced with kind permission.

Orange unveiled its Engage2025 five-year strategic plan in December 2019, which has four main strands. They include gaining a new level in its digital transformation by positioning AI and data at the heart of innovation model. More specifically, to achieve three tightly linked goals of smarter networks, greater operating efficiency and reinventing customer experience.

Telcos have been trying to exploit big data for years, with little or mixed success in the main. Jarrett says that artificial intelligence (AI) has accelerated progress with this greatly in the last two years, but adds, “We’re in this environment where there’s lots of new tools, most of which are not very mature and the environments extremely dynamic.

That’s what led us to the ‘test and learn approach‘ [with AI] because it’s just a very dynamic situation.”

He stresses that Orange is, “very focused on impact and use cases to help the business” right across the organisation. He is also keen to emphasise that in no sense is Orange waiting for the 5G non-standalone core to progress. 

Jarrett says, “The vast majority of our investment is in physical infrastructure and will continue to be so. Think about how much it costs to lay fibre and deploy base stations, even if they’re virtualised. There is still the power element, the antenna and the compute, however it’s structured at the base station, and those towers, not to mention the spectrum.”

He says that AI and automation could be applied to them, with the test and learn approach, from network planning to predictive maintenance. Early experiments are already saving the company millions of euros as well as improving customer service, from identifying the most profitable base station to preventing truck roll for fibre broadband problems, and saving energy through predicting idle nodes in the RAN.

On the starting blocks

However, Jarrett thinks that massive network automation, “will be more like a ten-year time horizon, because we’re going to have a radical shift in network architectures that we’re just beginning to see now. They will begin to function well over the next two to three years, but it’ll take a couple more for them to be deployed and then adopted across the world.”

He said that if on a scale of one to ten, the massive network automation envisioned in ten years is ten, then Orange’s progress stands at two or three now. Jarrett continues, “Even somebody like Rakuten [Mobile I would put them at three to four], on that scale”. This is not dismissive of achievement, but an indication of the “enormous opportunity” the industry has “to transform the way that we run our businesses through automation”.

He adds, “If you look at, for example, how Google runs their data centres and how they also run the operations internally at their own company, and their capital efficiency. I think you see a model there for what the opportunity is for all businesses, not just telco.”

“As you disaggregate the software from hardware, you have good interfaces to access the data and to act on the data that enables a much more dynamic kind of environment. I think we’re going to see an explosion of that. We already see it generally in the containerisation of how services work on cloud providers today in terms of software providers. You see an explosion of ways that enable you to, for example control your costs, or provide security and so on. We’re going to see enormous amount of innovation.”

Partnership with Google Cloud

Little wonder then that in July, Orange and Google Cloud announced a strategic partnership to accelerate the transformation of Orange’s IT infrastructure and the development of future cloud services, in particular edge computing.

Jarrett says, “A big part of my job is to make sure that we make large partnerships decisions that allow us to improve the advantage of all [that] external investment,” pointing out that the hyperscale cloud companies have been dealing with data problems similar to those of the operators for years, but at much greater scale.

Still, while the cloud hyperscalers were created to be data driven, the operators were not, hence the travails of digital transformation. Jarrett is nothing daunted, comparing the situation to the early years of the internet when the pace of change was extraordinary, and companies had fundamentally to rethink how their business would operate.

He says, “We need to think about data as being a common wealth, which is the ability to share data between teams and break down the silos. It enables everyone to take business benefit from using the data for different purposes. Historically, the team that generated a particular data set felt like they owned it but, for example, network data is…extremely useful to many different teams. That’s the biggest, the hardest, problem plus the willingness to change and that also relates to training and skills.”

As part of Engage2025, Orange is committed to invest more than €1.5 billion in a skills-building programme open to all employees, that will train 20,000 staff in network virtualisation, AI, data, cloud computing, code and cybersecurity.

Data governance

In the meantime Jarrett explains, “To have extremely heterogeneous network data requires really good data governance, which is the methodology to structure the data, to understand where the data comes from and what actions have been taken on the data. Then additionally [you need] really good tools to allow you to ingest the data and look for anomalies.”

He says very high scale data systems should not always simply use a pipeline to extract the data and prepare it for the next step, as pipelines can go wrong for many reasons. Consequently, systems must not only to look for network anomalies, but for anomalies in the data to avoid acting on bad or skewed data created by a software glitch or another issue generating inaccurate data.

He states, “I think we have a really good understanding of those problems and we’ve done very nice work, including… this deal with Google, which is a really fundamental shift for the company. And I think they also have a lot to bring to us regarding these kinds of problem.”

Healthy market

This is because, Jarrett says, there is a rapidly growing awareness and understanding of the value of data and potential problems with it. “As a result, there’s so many new startups, as well as established players, that are really invested in addressing these kinds of problems, and there is enormous innovation. I probably spend an hour or two, every day, just reading and trying to keep up with the industry.”

He says the likes of Amazon and Google and Azure’s not only invest in cloud infrastructure, but provide a platform for these companies to sell their specialist value added services – for example, fixing the labelling of complex, poorly labelled data.

Jarret says, “They have a really strong business model,” and continues, “There’s enormous venture capital investments and acquisitions and so that’s a very, very healthy market and it’s really helping us dramatically in our ability to be efficient.”

Digitalisation: are we nearly there yet?

This third decade of the 21st century looks be the last for many telcos as we’ve known them, writes Annie Turner – but that’s not necessarily a bad thing.

In March, in his company’s annual report Ericsson’s CEO and President, Börje Ekholm, wrote, “Return on capital for European operators is lower than cost of capital.” At any time this would be a gloomy outlook (although there are some reasons to be mildly cheerful – see the graphs at the end of this article), but now operators are building out 5G and, at the same time, many have, to borrow from Shakespeare, doubly redoubled their efforts to roll out fibre as fast as they can.

Their efforts are spurred on by the acute urgency of closing the digital divide in the pandemic era, which has become a more political priority for many governments and the European Commission.

Yet at the same time as highlighting the critical nature of connectivity and the network operators that provide it, some governments and regulators seized the chance to raise as much money as they could for 5G spectrum licences. Germany and Italy are perhaps the worst culprits, each raising more than €6 billion for their countries’ coffers.

This is despite many objections on the grounds it would affect the speed at which operators could afford to roll out 5G, given that many are heavily burdened by debt.

Debt and dire share prices

As well as being debt-laden, over the last decade many European telcos’ share prices have all but collapsed – in sharp contrast to those in the US, which have more than doubled. For example, in March 2011, Verizon’s market capitalisation was $108.65 billion (€91.83 billion) and now it’s $231 billion.

Telefónica group’s market capitalisation hit a high of $370 billion (€310.55 billion) in 2007 but now it stands at about €21 billion. At the end of 2015, Telefónica group’s net debt stood at more than €49 billion and is now €35 billion – not paid off from earnings but by selling assets (see below).

Last summer, BT’s market capitalisation briefly dipped to equal the hole in its pension fund – £10 billion – and, although strenuously denied, there were rumours it could be a takeover target.

True, in February Europe’s biggest operator, Deutsche Telekom (DT), announced it had broken the €100 billion net revenue barrier for the previous year, but this was largely driven by US revenues after T-Mobile merged with Sprint in April 2020 (see how the merger has also driven its brand value).

Stuck in a rut

Digitalization efforts have mostly been stuck the same ruts for a decade: in March the Technology Innovation Council published a report, commissioned by Upstream, which found 70% of respondents from operators say integration with legacy technology is the number one barrier to telcos’ digital transformation.

The same would’ve been true in 2011, although then we’d have been talking about the importance of standards and becoming Lean to achieve business and operational agility, rather than APIs, platform-based models and digital transformation.

Upstream’s CEO, Dimitris Maniatis, commented, “By working hard around the clock to keep families, friends and businesses connected while meeting unprecedented demand for connectivity, operators have seen first-hand what can be gained from digital transformation.

“By bringing their long-term plans for digitalisation forward, they can do more to help and connect communities while dramatically improving customer engagement, automation and profitability.”

Having spent billions so far on digital transformation with often not much to show for it, how will it be different now?

Different business models

One approach is operators are looking for outside investment to help them fund big infrastructure projects. Unsere Grüne Glasfaser (UGG – Our Green Fibre Optics) is a 50:50 joint venture between Telefónica Deutschland and the private equity arm of insurance company Allianz announced last October. It raised the first tranche of €1.65 billion from a syndicate of banks in March and has started deploying fibre to small communities in Germany.

Likewise Dutch operator KPN announced it would accelerate build out to rural communities by 12 months thanks to a cash injection of €1 billion over five years from a local pension company, also via a 50:50 joint venture.

BT’s CEO, Philip Jansen, who is reportedly exasperated by the lack of progress with its transformation plans, told the BBC in mid-March that, “We will keep Openreach [its wholesale access arm] in the BT family, but you know we’re very open minded about other sorts of mechanisms for making sure that we build as fast as we possibly can with all the funding that we need to do that.” Finding an investor or selling a stake are obvious possibilities.

Telefónica is seeking for an investor in its submarine cable division rather than trying to sell it for €2 billion as it originally intended. Perhaps it is suffering a bout of sellers’ remorse having sold its European tower estate for €7.7 billion earlier this year?

Selling the family silver

Other big telco groups are looking to release value from their passive infrastructure because, as Mari-Noëlle Jégo-Laveissière, Deputy CEO Europe at Orange, points out, “The value the market gives to the assets are very low: when they are within the organisational structure, they are seen as a cost. Now [as towercos] they have tremendous value.”

However, Orange has said it will keep control of its tower estate, although it might follow Vodafone’s example with its passive infrastructure unit, Vantage Towers, and sell a stake. Vantage was hoping to raise €2.8 billion in its initial public offering of a minority stake on the Frankfurt Stock Exchange at the time of writing.

Many smaller operators, though, seem content to follow Telefonica’s example, with, for instance, Iliad Group selling its tower estates to Cellnex in Poland (via Play), and Altice’s towers in France and Italy also belong to the rapidly expanding Cellnex.

Collaborating with the enemy?

Another major trend that is reshaping operational and potentially business models is the growing interdependence of telcos and the hyperscale public cloud companies such as Amazon Web Services, Google Cloud and Microsoft Azure. This will increase as time goes by, in a complex situation whereby network operators see them both as partners and powerful competitors (see our digital transformation survey results).

Certainly the public cloud companies are hyper-alert to the potential of partnering with telcos and are tripping over themselves to offer more telco-specific solutions, from Microsoft acquiring Metaswitch last year to Nokia announcing cloud RAN relationships with all three this month, and Google Cloud recently creating the Network Connectivity Center.

One scenario in the coming decade might be that the hyperscalers buy up telcos with their small change to gain ownership of arguably their most important asset – their access networks. In some countries – the Nordics, France and Germany among others – it is unimaginable that critical national infrastructure would be allowed to fall into the hands of 100% profit-driven overseas companies.

It might not be such a cultural leap for others, though. After all, in 2019 five NHS trusts transferred data processing agreements to the Google Cloud Platform after it acquired British AI firm DeepMind without consultation with patients.

Then the sale of world-leading UK chipmaker Arm to Japan’s Softbank was waved through, with some conditions regarding protection of British jobs. Now Softbank is looking to sell Arm to Nvidia, which potentially is a global problem because Arm’s business model is to license chip designs to other companies, some of which compete against Nvidia.

Regulatory priorities

Another big influence on how and how well Europe’s telcos fare over the next decade is regulation. The regulatory regime in Europe has been much criticised for a range of things, from extortionate spectrum auctions, as mentioned, to the European Commission being more interested in fighting for consumers’ rights and lowering prices than ensuring operators have sufficient profits to reinvest in infrastructure that is critical to the social and economic wellbeing of the entire continent.

Ericsson’s Ekholm wrote in his annual report, “We believe that Europe needs to review its regulation of operators [and] spectrum policies, while also allowing for industry consolidation.”
“In Europe we have about 300 network players, in the US they have about 30,” Javier Torre de Silva, Global Telecoms Lead at law firm CMS, points out. This means that even in small European markets there might be four competing networks trying to scrape a living. In a number of cases, the European Commission has prevented consolidation, such as the proposed 2016 merger between Three and O2 in the UK (last year this was overruled by the European Court and the thinking behind it discredited).

Further, as Torre de Silva points out, to get permission for base station sites can take literally years. He says, “It seems a regulated market, but it is a highly fragmented market,” adding, “You cannot expect the private sector to invest more than €1 trillion, which it is going to cost [to deploy 5G], if you don’t provide them with the opportunity [to earn it back].

“The returns should be foreseeable and safe from regulatory gaps. In practice, because the regulatory [situation] cannot be foreseen in the long term, [operators] cannot make good investment decisions. And if you [go ahead], you add a little bit on the return because of that regulatory risk.
“If the regulation were safer, more predictable, and lighter, this additional return required to offset regulatory risk would be reduced… but the authorities probably don’t see that they are part of the problem.” It will be interesting to see if the pandemic and the resultant rescue plan (see below) reflect a change in the Commission’s approach.

Looking to government

Already there are more private that public networks in existence, and Rethink RAN Research predicts 1.56 million private 5G cells deployed by 2027. Although enterprise is the great hope for operators regarding new revenue streams to replace those that are drying up, these networks may or may not involve operators and in many that do, operators will just be providing the connectivity.

The bonanza promised from new 5G services for enterprises may or may not materialise, but in the meantime public cloud companies are making swift inroads into telecoms.

Having proved their worth during the pandemic, operators are hoping governments at national and European Union level will step into the investment breach. For instance, Orange, Telefónica and Vodafone opcos in Spain are reportedly jointly applying to the country’s Ministry of Economic Affairs to undertake large infrastructure projects, funded by the EC’s €1.8 trillion pandemic recovery plan.

In mid-March, as the European Council met to discuss the future of Europe’s industrial and digital policy, ETNO published a report claiming that €300 billion in telecoms network investment would create 2.4 million new jobs, but investment must also go into stimulating digital demand and providing people with digital skills.

In January, Europe’s big four operator groups – Deutsche Telekom, Orange, Telefonica and Vodafone – expressed their support for Open RAN and highlighted the need for government support for it with funding and policies to reach its potential. Many countries are looking for government subsidies to roll out fibre to the most difficult-to-reach, commercially unviable areas.

The banks were famously said to be too big to be allowed to fail in the global financial crash of 2008. Europe’s telcos aren’t in such a dire position yet, but they are banking on being too critical for governments to deprive of funds. Who could have foreseen this back in the heady days of privatisation and liberalisation, and the mobile boom?

Good news for Europe’s telcos

Jefferies Equity Research Europe Telecoms reckons that, “Several large cap telcos will return to growth in 2021, as pandemic headwinds unwind.” It also found that there has been no increase in churn during the pandemic, despite pressure on household income. It predicts that with connectivity consumers will be more interested in quality than price and will tend to look favourably on incumbent brands.

 

This article originally appeared in the Q1 edition of Mobile Europe & European Communications which you can download from here free of charge.

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