
… [visit site to read more]
Déc, 2023

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Some interesting consolidation hit the wires this week while most folks are off doing holiday things. Connectbase has announced the acquisition of MasterStream ERP, gaining a significant boost to its overall ecosystem. … [visit site to read more]
Let’s take a look at the results for the DACH region (Germany, Austria and Switzerland).
Germany
This year, both Deutsche Telekom and Vodafone have improved significantly compared to the previous year. Deutsche Telekom emerged as the winner, closely followed by Vodafone and Telefónica in second and third place respectively. Deutsche Telekom also takes the lead in terms of the drive tests in large and small towns and in the walk tests conducted in large cities.
In the voice category, Deutsche Telekom again takes the lead in all scenarios, hitting 99% an over in every category except for railways. Again, Vodafone and Telefónica are close behind, but it’s moving out into the rural areas where the gaps become starker.
Deutsche Telekom has won the Mobile network test in Germany for a thirteenth time, improving on last year’s results by 15 points, rating as outstanding. Vodafone has also made good progress, improving by 11 points on last year, and ranks second this year. Telefónica achieves higher 5G share than Vodafone in major cities, and ranked No 1 in its HQ place, Munich.
Austria
Austria’s top three operators this year were Magenta, A1 and Hutchinson 3. Magenta took the lead in the walk tests carried out in major cities across the country, closely followed by A1 and Hutchinson 3.
In the most difficult scenario, in the train connections used by the test team, the achieved points drop more significantly compared to other categories, and the results show the rankings are more pronounced. Therefore, due to the lower rankings, it is clear here that there is more room for optimization in the trains’ area.
Again, results in the quality reduce the further out of the city you travel, and so do the differences between the operators. This is a similar case with the railways again, with Magenta taking the lead in the voice test. But despite this, the report found Austrian connections on roads “particularly pleasing”. This, Connect emphasise, shows that mobile Internet connections also work reliably on car journeys through Austria.
To summarise, Magenta took the top spot in Austria this year, being rated “outstanding” again, and got its own all-time high score this year, surpassing 970, the first for 6 years in a row, and entering the global TOP5 Club.
A1 also scored “outstanding”, Hutchinson 3 improved on last year also, taking the bronze medal this year as it too made good progress with its 5G rollout, according to the Network Test’s “single review”.
Switzerland
Finally, in Switzerland, there have been significant improvements on last year too. All three providers (Swisscom, Sunrise and Salt) were rated “outstanding”, with Swisscom snatching the top spot. Sunrise is the only operator to have been outstanding for 8 consecutive years. Despite the high level of play here, there were still differences, which included Salt ranking a distant third place in the drive test in major Swiss cities. On the roads and railways, the performance of all three firms hardly differs from that of the cities, which is important to note.
This is the sixth year in a row that Swisscom has won the test in Switzerland, and its scores this year was more than impressive, achieving a huge 981 points out of a possible 1,000. Taking second place this year was Sunrise, with the judges noting that their improvement on last year means “this result deserves the highest recognition”. Both Swisscom and Sunrise are in the global TOP5 club.
Salt achieved the “outstanding” grade for the first time this year, although it was noted there is room for improvement in the availability of voice telephony on the connecting roads.
The method
The sophisticated and advanced methodology of the network test undertaken by Umlaut and Connect considers both the top performance and everyday requirements of the user, taking into account logistics, voice connection, data connection, crowdsourcing, broadband coverage, data rates and latencies, stability and reliability. “Our test is a result of a value-based initiative, and the responsibility we as an industry undertake to create a cleaner and more sustainable future. The fact that all mobile network operators were able to implement energy efficiency features and measures and were able to improve their results – in some cases significantly – speaks for itself. Chapeau to the industry,” said Hakan Ekmen, Global Networks Lead, Comms Industry and simultaneously CEO at umlaut.
This year’s results show impressive improvements from all parties in the DACH region. But, as ever, the goal of these tests remains the same: to investigate the maximum network performance while keeping an eye on everyday aspects.
This Industry Viewpoint was authored by Richard Brandon, VP of Strategy at RtBrick
The telecoms industry is undergoing a seismic shift driven by the rapid rise of disaggregation, or the decoupling of hardware from software. This approach already has a strong presence in the mobile RAN (Radio Access Network), but in 2024 and beyond, it will take a firmer hold in the core, at the edge, and, eventually, in every corner of IP networks. Let’s unpack the key trends shaping this industry revolution, including the challenges and opportunities it presents for a transformed future of telecoms. … [visit site to read more]
I hope the holidays are treating everyone well! In the meantime, here’s a bit of news I’m still catching up on from late last week. One data center expansion project, one regional healthcare win, a nextgen optical trial, and an inorganic move of note: … [visit site to read more]
With just nine days until the deadline, BT still needs to switch millions of customers over to another supplier. BT has already been granted an 11-month deadline by the government, which was originally set at January 2023.
In 2020, the UK government introduced sanctions on Huawei, banning the company from critical elements of the UK telecommunications infrastructure, and ordered that all of the country’s mobile operators remove all Huawei equipment from their 5G networks by the end 2027. Earlier this year, BT met a deadline to lower the amount Huawei technology in its radio access network.
Being a major supplier of equipment for a decade, this is no small task. BT have said that replacing its full-fibre and 5G networks, for which they relied on Huawei heavily, would cost around £500 million. The replacement kit is to be produced by Ericsson.
Companies that miss the deadline could be fined up to 10% of their revenue, or £100,000 for every day that passes the deadline by the government. As BT generated a revenue of £20.7 billion (in the year up to March 2023), the company’s fine could reach up to £2 billion.
“We’ve met our initial targets – both our radio access network (RAN) traffic levels and sites were below the levels required by the Government for its July 2023 deadline. Our focus is now on work in the core for the Government’s deadline,” said a spokesperson for BT.
UK communications regulator Ofcom is set to report on the progress of the deadline early next year.
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Also in the news:
Vivendi takes legal action over TIM sale
Gigaclear secures £1.5bn in fresh financing
Scotland to receive £450m in Gigabit Broadband Upgrade
This article was originally published by our sister title ‘Broadband Communities’
More than a dozen house Republicans have joined the congressional chairs of the House Committee on Energy and Commerce and the House Subcommittee on Communications and Technology and have called on the NTIA to confirm whether they plan to approve initial BEAD proposals that include rate regulation measures.
The call was made in a letter signed Dec. 15, which was addressed to Alan Davidson, an assistant secretary at the NTIA.
Davidson previously testified Dec. 5 at the House Subcommittee on Communications and Technology, at a hearing titled “Oversight of the National Telecommunications and Information Administration,” according to the letter signed by House Republicans.
The letter labeled Davidson’s Dec. 5 testimony as “extremely problematic” and expressed concern that the NTIA “will approve state plans that include rate regulation.”
“Because there appears to be confusion about the definition of rate regulation, we define rate regulation as regulating the rate of broadband services in any way, including setting a rate, freezing rates, or placing a cap on rates,” the letter stated.
House Republicans argued that Davidson’s answers on Dec. 5 suggest that the NTIA is administering the Broadband, Equity, Access, and Deployment (BEAD) Program in violation of the Infrastructure Investment and Jobs Act (IIJA).
House Republicans wrote that the Infrastructure Investment and Jobs Act, which created the BEAD Program, prohibits the Assistant Secretary of Commerce for Communications and Information and the NTIA from ‘regulating the rates charged for broadband service.’
“During Senate floor debate on this legislation, members of Congress agreed that this language meant that ‘no rate regulation of broadband services would be authorized or permitted by NTIA or the Assistant Secretary who leads NTIA as part of the state broadband grant program.’” the letter stated.
The letter, signed by House Republicans like Neal Dunn (R-FL) and John Curtis (R-UT), also voiced concern that some states “have submitted initial proposals to NTIA that include some form of rate regulation.”
“For example, California will award points applicants that make ‘a clear and unambiguous commitment to offer a symmetrical 1 Gbps service at $50 per month to BEAD funded locations through Priority Broadband Projects, or 100/20 Mbps at $30 per month’ for other projects,” the letter stated. “As we have said before, NTIA’s approval of state plans that include rate regulation is NTIA regulating rates in violation of the IIJA.”
On the same day the letter to the NTIA was signed by House Republicans, Louisiana was announced as the first state to have their initial proposal for the BEAD program approved by the NTIA.
The announcement marked the first of 56 states and territories that will seek approval for their initial BEAD proposals, all hoping for their share of $42.45 billion in state grants authorised for the BEAD program.
Reach Editor Brad Randall at brad.randall@totaltele.com.
Also in the news:
Vivendi takes legal action over TIM sale
Gigaclear secures £1.5bn in fresh financing
Scotland to receive £450m in Gigabit Broadband Upgrade
Rome, 22 December 2022 – Sparkle, the first international service provider in Italy and among the top global operators, launches a project for the development of GreenMed, a new submarine cable system that will cross the Adriatic Sea connecting Italy to Croatia, Montenegro, Albania, to Greece and Turkey, before extending further into the Mediterranean.
GreenMed will create an innovative fibre optic infrastructure corridor to connect, through a diversified and low-latency route, Central Europe, the Balkans, and the Central-Eastern Mediterranean countries. From Italy’s Adriatic coast, the system will connect by land to the rich digital hub of Milan and, from there, to the other major European internet and cloud nodes.
The project also aims to support the strong development of the Balkan digital market – with a growth forecast of 25% (CAGR 22-29) – by offering a secure and diversified route in addition to the already existing terrestrial backbones.
Italy confirms its role as the primary hub of the Greater Mediterranean, connecting with the GreenMed system also the island of Crete in Greece, which in recent years has become a significant digital gateway for the region and the landing point for Sparkle’s BlueMed cable which connects Italy with France, Greece and various countries bordering the Mediterranean until reaching Aqaba in Jordan.
Enrico Bagnasco, CEO of Sparkle, comments: “With GreenMed, Sparkle continues the expansion of its network by creating a route with highly innovative features that crosses the Mediterranean basin to support the demand for intercontinental connectivity and the growing digitalisation of the Balkan area.”
About Sparkle
Sparkle is TIM Group’s Global Operator, first international service provider in Italy and among the top worldwide, offering a full range of infrastructure and global connectivity services – capacity, IP, SD-WAN, colocation, IoT connectivity, roaming and voice – to national and international Carriers, OTTs, ISPs, Media/Content Providers, and multinational enterprises. A major player in the submarine cable industry, Sparkle owns and manages a network of more than 600,000 km of fiber spanning from Europe to Africa and the Middle East, the Americas and Asia. Its sales force is active worldwide and distributed over 32 countries.
Find out more about Sparkle following its X and LinkedIn profiles or visiting the website tisparkle.com.
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Also in the news:
Vivendi takes legal action over TIM sale
Gigaclear secures £1.5bn in fresh financing
Scotland to receive £450m in Gigabit Broadband Upgrade
Wi-Fi is a type of wireless local area network (WLAN) that is favoured for supplying wireless connectivity to the home, office, campus and other facilities with “best effort” connectivity. While it can work in many environments, it is best suited indoors. Meanwhile, cellular connectivity is the dominant player outdoors, on mobile phones and many other devices.
However, recent events and connectivity ecosystem evolution have triggered significant changes to the dynamic between the two. The roll out of 5G has brought increased capacity, coverage, mobility, speeds, and lower latency. Meanwhile, Wi-Fi 6 is getting closer to cellular with increased capacity, coverage, and higher speeds.
Another important shift is cellular has become an attractive alternative to Wi-Fi for enterprises — specifically for those looking for greater support for business critical applications, wanting complete control of their network. This is evident in the rise of private cellular networks (PCNs), among today’s enterprises. Helping drive this growth in enterprise PCN are changes to spectrum policy, including the allocation licensed spectrum for enterprises. This enables enterprise companies to operate their own PCNs and exercise complete control over the network more easily.
As the enterprise evolves, three major wireless technologies are increasingly co-existing: public cellular, private cellular and Wi-Fi.
However, thanks to PCNs and the enhanced performance they provide in the form of increased coverage, mobility, reliability, security, and predictable network performance — enterprises receive something they’ve never possessed before: choice.
The rise of PCN Deployments
So, why may some enterprises be opting for private 5G or LTE over Wi-Fi? One of Wi-Fis limitations includes reliability. Because Wi-Fi operates on unlicensed spectrum, it may be available but not necessarily useable because of signal interference, traffic congestion or a minimal coverage area. In terms of security and capacity, Wi-Fi also comes up short when compared to a private 5G network. For example, private cellular networks can eliminate
credential-based attacks thanks to SIM-based authentication. Network users must have approved physical SIMs or electronic SIMs to access the network, giving enterprises more control over who enters their network. Also, even if a bad actor gets their hands on a device with an approved SIM, they’d only have access to the portions of the network for which that device is approved.
In terms of mobility, cellular networks are deterministic – meaning the network determines how to assign cellular clients to the cellular network access points (APs), and when to handoff to another cellular AP based on signal strength, QoS (quality of service) standards assigned by the enterprise network administrator, and other identifiers. Since Wi-Fi networks are not deterministic, this vastly improves the network reliability for mobile devices that roam between cellular APs in a PCN.
Size matters
Providing connectivity for large areas isn’t easy. When it comes to coverage, in many situations private cellular networks make a lot more sense as well. Often, private cellular can cover 10x the space outdoors compared to traditional Wi-Fi.
A warehouse or an outdoor storage yard could require hundreds of Wi-Fi access points. That’s a lot of hardware to install and maintain. In contrast, a company could adequately cover the same area with a few dozen 5G private cellular access points. The same dynamics also apply for seaports, manufacturing facilities, campus environments, and mining operations.
Then, there’s the question of reliability. Many warehouses and industrial environments now use sensors and other devices to connect or have more visibility into their operations and machinery requiring the constant sharing of data between machinery and databases. When it comes to automation and robotics, the lower latency that private 5G offers means greater control for enterprise users.
Then there’s the way 5G combines with edge computing, which provides near real-time processing by bringing data processing to the point of data creation, such as a factory or warehouse floor instead of the cloud. The low latency necessary for real-time data transfer, the control of the network across which that data transfers, and the inherent security a PCN provides that data is why PCNs are more reliable.
Simple and Secure
Lastly, what’s become increasingly difficult for the enterprise to ignore is that with the maturation of private cellular solutions, the current value proposition for Wi-Fi to support business and mission critical applications continues to shrink. PCN solutions are not only more comprehensive, but enterprises will find it’s easier than ever to deploy and manage them after deployment.

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