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Ericsson sales fall but shares rise as North America returns to growth

Falling sales of infrastructure equipment are expected for the rest of this year and other uncertainties continue

Ericsson has reported that sales fell 7% year-on-year to SEK59.8 billion (€5.24 billion) in Q2, which was better than analysts expected. It also got the bad news about writing down another €1+ billion on Vonage out of the way ahead of time. Shares went up 8%, to levels not seen since 2022.

Ericsson’s CEO, Börje Ekholm, said in a statement, “We remained focused on matters in our control, to optimize our business amid a challenging market environment, with industry investment levels unsustainably low”.

He made much of an increase in sales of 14% in North America and bigger gross margins. Ericsson surprised the industry last December by ousting Nokia from AT&T’s open RAN infrastructure in a deal that could be worth up to $14 billion over five years.

However, Ekholm warned that growth in India – a rare bright spot in the last year or so for Ericsson – was slowing and he expects the second half of 2024 to be challenging.

Another factor is Huawei. As this analysis published earlier in the week by MTN Consulting shows, despite bans on the use of its kit in the in many ‘western’ countries’ networks, its market share has been extraordinarily stable. Ericsson and its Finnish rival Nokia have both failed to make much capital from the situation.

Ericsson won’t have been much cheered either by the German government’s announcement last week that Huawei kit could be used in the RAN for another five and a half years. Even the ban comes into play, on the grounds of security in mid-2029, it will only apply to “critical functions of the 5G network management systems”.

The good news is that many of Germany’s telcos have already replaced or are replacing Huawei in the RAN. The less good news is that Deutsche Telekom plumped for Nokia at the end of last year.

Ekholm acknowledged, “We are seeing sharply increased competition from Chinese vendors in Europe and Latin America”.

He is hopeful that rising traffic will lead to operators investing more in their infrastructure, but they are finding ever more ingenious way to boost network performance and make better use of existing capacity. Vodafone’s two announcements – one with Qualcomm and Xiaomi, the other with Meta – this week are good examples.

Finally, Vonage’s value has now been written down to about a third of what by Ericsson paid. Ekholm’s statement suggested this was a matter of unfortunate timing rather than an outright failure in the long term. He noted, “Vonage remains foundational to build out a global platform for network APIs. This is critical for the digitalization of enterprises and society, and will drive future growth in the telecoms industry. We recorded an impairment charge in Q2, as market growth in the current business has slowed, and we must now refocus on improving performance.”

You can read more about Ericsson’s vision for Vonage here – whether that vision pans out or not remains to be seen, the support of some big operator groups notwithstanding.

So although Ericsson’s shares got a fillip, its foreseeable future remains full of uncertainties beyond its control.

Telefónica repurposes more than 19 million routers and set-top boxes

The operator developed and runs the VICKY platform, based on blockchain technology, to trace kit more efficiently throughout its lifecycle – reuse is greener than recycling

Telefónica is progressing towards its goal of being a zero waste company by 2030 by refurbing and reconditioning customer premise equipment (CPEs) to avoid waste. To foster this circular economy, the company developed the VICKY platform, based on blockchain tech.

Reuse – or circularity – helps avoid indirect carbon emissions associated with the extraction of new materials for new equipment manufacturing, contributing to achieving net-zero emissions by 2040. Where devices cannot be refurbished, they are recycled, to minimise the impact of scrapping them, encouraging reusing materials they contain.

The VICKY platform is designed to improve the traceability of assets as well as monitoring and controlling modems, routers and TV set-top boxes across the value chain (referred to as Scope 3).

Since its implementation five years ago, Telefónica has reused over 19 million routers and set-top boxes in all its operations. In 2023, the company achieved an 88% collection rate of all equipment, moving closer to its target of 90% by 2024.

The improved collection rates and refurbishment processes extend the lifetime of equipment. The solution has been recognised for its innovation by Gartner and Forbes for supporting a more efficient, faster, simpler and more sustainable supply chain.

Extending the useful life of equipment avoids emissions, waste and resource consumption associated with the manufacture of new equipment. When equipment cannot be reused, the best option is to recycle it, as each piece contains materials such as gold or copper that can be used in new products. Telefónica ensures their proper recycling treatment through another platform.

Today’s supply chains are increasingly global, complex and involve cross-border logistics and can result in long delivery times due to shortages of electronic components or inefficiencies in device procurement.

Collaboration across the supply chain is essential, given that Telefónica’s electronic equipment for consumers alone involves more than 100 companies on three continents.

VICKY enables the Telefónica Group to address these challenges by providing traceability through complete automation of the logistics process and helps suppliers achieve greater efficiency through digitisation.

As a result, the system optimises procurement, avoids delays and facilitates access to product information such as manufacturing location, critical components and relevant information for maintenance processes or equipment refurbishment, according to Telefónica.

“We firmly believe that much of the innovation we will see in the near future will focus on process transformation, where new technologies such as blockchain, big data and the internet of things will be key factors in contributing to the decarbonisation of operations while generating environmental benefits,” says Fernando Valero, Global Director of Supply Chain and Procurement Transformation at Telefónica.

The GSMA is urging operators to switch to circular supply chains to achieve net zero in 2050 – read more about its initiative here. The graph below is taken from its Mobile Net Zero Report.

Vodafone, Qualcomm and Xiaomi tests make 5G downloads faster

They trialled 1024 QAM TDD tech in Germany and Spain to achieve download speeds close to 1.8Gbps – with a next-gen smartphone

Vodafone, Qualcomm Technologies and Xiaomi have built on previous collaboration testing a new 5G technology in Germany and Spain that can download at almost 1.8Gbps – with a new smartphone. So don’t try this at home.

In January, the trio carried out the first European technical test of Uplink Carrier Aggregation with Tx switching to achieve peak upload speeds of up to 273Mbps. Most smartphones and home broadband services have average upload speed of 100 Mbps. 

Expanding QAM

The tech in question in today’s announcement is 1024 quadrature amplitude modulation (QAM), as opposed to today’s 256 QAM, which packs more data into each transmission, enabling faster downloads.

1024 QAM is defined in 3GPP Release 17 specifications. In the Vodafone trials, the 1024 QAM technology was used with a time division duplexing (TDD) spectrum band as a way to send and receive data within pre-determined time slots on the same frequency – 3.5GHz in this case. Vodafone says it will continue to test drive 1024 QAM-compatible networking equipment and devices ahead of their commercial deployment.

Note that in April, Samsung Electronics and Qualcomm Technologies announced the completion of 1024 QAM tests in both frequency division duplex (FDD) and TDD spectrum bands, which marked an industry-first for FDD. 

Freeing up capacity

1024 QAM’s increase speed and data throughout makes more efficient use of spectrum, making more bandwidth available at mobile sites to improve all customers’ holistic experience.

The same was said in an announcement earlier this week about Vodafone working with Meta to optimise spectrum’s efficiency for short-form video. The work outlined in today’s announcement and that with Meta is designed specifically to boost capacity at busy mobile sites in areas like shopping centres that have a high density of users in peak hours.

1.8 Gbps peak download

The latest trials used Xiaomi’s smartphone, the Xiaomi 14 Ultra, equipped with Qualcomm’s Snapdragon X75 5G Modem-RF System.

In Germany, Vodafone’s engineering team measured a 20% improved throughput on the commercial network over a distance of up to 600 meters. At Vodafone’s 5G test centre in Ciudad Real, Spain, the team achieved peak 5G download speed of nearly 1.8 Gbps.

Theoretically, 1.8 Gbps could boost capacity by up to 25% in ideal conditions. Vodafone expects the tech to become more widely available during 2025.

Readying for commercial use

Alberto Ripepi, Chief Network Officer of Vodafone, said, “Vodafone is at the forefront of the next wave of innovation in 5G. Our customers will benefit from a head start when the next generation smartphones become more widely available, and we can offer our technical expertise to partners and other providers through our new commercial model.”

Dino Flore, Vice President, Technology of Qualcomm Europe, added, “The successful trials conducted in Germany and Spain with Vodafone and Xiaomi are proof that we are continuing to push the boundaries of what is possible with 5G technology.”

Guoquan Zhang, General Manager of Xiaomi Software Department, said, “It demonstrates how Xiaomi is actively driving and showing innovation in the 5G space.”

Sparkle adds PoP to Aruba’s Rome data centre campus 

Rome wants to be a global connectivity hub between Europe, Africa, the Middle East and Asia but there’s plenty of competition

TIM Group’s global wholesale network operator Sparkle has activated a new point of presence (PoP) at the Hyper Cloud Data Centre of Aruba, the largest data centre campus in Rome, to be inaugurated soon. 

The operator believes its BlueMed cable – connecting Italy with France, Greece and several countries bordering the Mediterranean, with landings in Rome, Genoa, Palermo and Golfo Aranci –  could help place Rome as a global connectivity hub between Europe, Africa, the Middle East and Asia.  

In 30 years of activity, Aruba has developed plenty of experience in the design and management of high-tech data centres, owned and distributed throughout Italy. The largest is located in Ponte San Pietro (BG) and features green-by-design infrastructure and facilities that comply with the highest security standards in the industry (Rating 4 ANSI/TIA-942, ISO 22237), to which is added the Hyper Cloud Data Centre in Rome, in Tecnopolo Tiburtino and at full capacity will include five independent data centres. 

BlueMed is an integral part of the Blue & Raman Submarine Cable Systems project built in partnership with Google and other operators that stretch further in the Middle East up to Mumbai, India. It is among the first projects being implemented on the IMEC (India-Middle East-Europe Economic Corridor) set up at the G20 summit in September 2023. 

Designed with an “open cable system” and “open landing station” architecture, BlueMed ensures maximum openness to other operators and the development of internet traffic interconnection ecosystems. With four fibre pairs and a capacity of over 25 Tbps per pair, Sparkle said BlueMed offers operators and businesses high-speed, high-performance international connections from Rome to all of its destinations worldwide. 

Essential hub  

Sparkle’s new PoP was activated at Aruba’s Hyper Cloud Data Centre (IT4), a technology campus located at the Tecnopolo Tiburtino, a district where more than 150 companies operate, ranging from aerospace to ICT, in an environment designed also to support the growth and development of new companies and start-ups. The data centre campus covers an area of 74,000 m2 and, when fully operational, will include five independent data centres for a total of 30 MW of IT power, the first of which (DC-A) is already ANSI/TIA Rating 4 certified.  

“With the activation of the new PoP integrated with BlueMed, we intend to respond to the needs of companies and operators that require large international interconnection capacities,” said Sparkle CEO Enrico Bagnasco. “We bring Rome closer to the world’s major connectivity exchange points thanks to a unique, low-latency route to Marseille and Palermo, integrated with the main submarine cables crossing the Mediterranean and other destinations in Sparkle’s global network.” 

“We share with Sparkle the aim of serving companies and operators, that need large capacities, with not only connectivity but also space and power within state-of-the-art data centres that are large enough to support even the most ambitious growth plans,” said Aruba CEO Stefano Cecconi. “Being able to host a Sparkle PoP, with the availability of BlueMed, is an important building block in the consolidation of our data centres as strategic assets at a national and European level and is perfectly in line with our carrier neutral philosophy.”  

He added: “This approach is designed to allow customers to enjoy, in maximum autonomy, extremely reliable and high-performance internet connection solutions, and to foster the development of interconnections that benefit the entire ecosystem, making Rome an additional connectivity hub and an IT and cloud service delivery centre for the capital and all Central and Southern Italy.” 

The new PoP – which already hosts key international players – adds to the four existing points of presence in Rome, increasing the footprint of the metropolitan ring, a protected and redundant system fully integrated with Sparkle’s Tier-1 global IP network “Seabone”.  

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