Home Blog Page 363

Ericsson and PowerLight run base stations on laser power

0

Cuts ties to the power grid and safely projects kilowatts of power over kilometres

At a proof-of-concept demo in Seattle last week Ericsson used optical beaming to convert electricity into high-intensity light which is then captured and re-converted to electricity at the target radio base station.

It means that 5G base stations could be unconstrained by wires and powered by cheaper and more reliable sources than solar panels. 

Ericsson demonstrated how it plans to use lasers to power Radio Access Network (RAN) sites with the help of US laser specialist PowerLight Technologies, its co-developer of fully wireless-powered 5G base station.

Base stations no longer constrained

No wires were connected to the site from the street power grid network and no on-site power generation was involved, says Ericsson. The base station site was completely ‘powerless’ until wirelessly powered over the air through a laser beam.

The co-developers aim to give 5G base station builders more speed and flexibility when installing diverse environments.

In the demo wireless power was beamed to an Ericsson Streetmacro 6701, a 5G millimeter wave (mmWave) radio base station, using PowerLight’s lasers that can transmit hundreds of watts for hundreds of meters.

Ericsson and PowerLight Technologies say they intend to develop new versions that transmit kilowatts of energy over longer distances.

Laser charging not just for the little things

“This opens new possibilities for Ericsson and our customers,” said Kevin Zvokel, head of networks for Ericsson North America. Being tethered to the power grid is one of the big obstacles Ericsson faces when building new cell sites. “The time savings and flexibility gains will make this an attractive solution for our customers.”

Wireless charging technology is no longer for cell phones and watches, said Claes Olsson, PowerLight’s executive chairman. “This breakthrough demonstration shows the major leaps we have made recently toward the commercialisation of safe, wireless power transmission for larger-scale systems,” said Olsson.

Lasers won’t be fatal 

The technology to transfer kilowatts over kilometers will be commercially available in the next few years, said the Powerlight chairman.

Safety will be a concern for local authorities. The laser beam has a virtual shield or safety ring that automatically and temporarily shuts down power transmission before any living or inanimate object crosses its path. When the safety ring is activated, the site’s back-up battery takes over until the beam is cleared.

 

 

 

 

 

 

 

Sky reportedly plans to invest in VMO2 fibre build-out

0

Financial analyst house Jefferies thinks this is a terrible idea.

The British newspaper, the Sunday Telegraph, has reported that pay-TV firm Sky is close to agreeing to invest in upgrading Virgin Media O2’s (VMO2) cable network to fibre.

Under pressure

Cable firm Virgin Media merged with Telefonica’s UK mobile business earlier this year. In July VMO2 said it would massively expand its base of 1.2 million FTTH connections through Project Lightning over the next seven years.

VMO2 will also continue to upgrade its cable infrastructure: its goal is to deliver 1Gbps broadband to 16 million homes by the end of this year.

BT’s access arm, Openreach, intends to spend €15 billion on upgrading 25 million to full fibre broadband by the end of 2026. It too is believed to be looking for an outside investor to help it fund the deployment.

According to the newspaper, no timetable has been agreed for Sky’s investment in VMO2, nor are there details about the level of investment.

The UK government’s watered down its original target of 100% fibre coverage in the UK in 2025 to 85% coverage by that date.

Don’t do it!

Financial analyst house Jefferies says that Sky would have to commit to being an “irrevocable” anchor tenant of VMO2, which would be “commercially very risky”.

It says that Sky would face uncertain deployment costs and timeframes, and would be losing the opportunity to piggyback on Openreach’s FTTP build out in areas with cable infrastructure to attack VMO2’s market dominance in this area.

Telegraph suggests Sky in talks with VMO2 on co-investing in planned cable upgrade to FTTP. No timeframe guided. Nature of investment not made clear but, to maximise value, we believe Sky would need to make an irrevocable anchor tenant commitment.

That would be commercially very risky. Sky would face highly uncertain deployment costs/timeframe and give up a compelling opportunity to leverage Openreach FTTP in cabled areas to attack VMO2’s dominant market share.

IoT vendor Ingenu plans 72 LEO satellite launch using Phantom Space

0

Omnipresent signal will give ‘best IoT technology for the non-licensed spectrum’ claims CEO

Mobile operators using the Will allow mobile operators using 2.4Ghz spectrum are to get a new option for winning enterprise M2M contracts.

Internet of Things (IoT) specialist Ingenu has commissioned the Phantom Space Corporation to build and launch 72 low-Earth orbit (LEO) satellites) in a mission to build the world’s largest industrial network in space.

Branded as AFNIO, the satellite constellation allows Ingenu to sell connectivity to machine to machine (M2M) installations on all points on the earth through its use of the universally popular 2.4 GHz band, used by 50 terrestrial networks around the world.

“This partnership brings both of us closer to our goal of providing the much-needed disruptive benefits of space technology directly to the consumer,” said Jim Cantrell, CEO of Phantom Space.

Works best for LPWANS with RPMA

Initially the target market will be users of low power wide area network (LPWAN) applications using Ingenu’s random phase multiple access (RPMA) technology, a proprietary utility which aims to maximise capacity.

Analyst Euroconsult says the market for non-geostationary services will reach $30 billion by 2030. Analyst Mordor Intelligence predicts the global LPWAN market will grow $6.33 billion in 2020 to $250 billion by 2026 a compound annual growth rate of 85 per cent as IoT and M2M apps are adopted, with the biggest growth coming from utilities.

According to Ingenu the first customers that could use this service will be enterprise-scale public and private organisations, running smart grids, manufacturing, farming, oil, gas, mining, running logistics and asset tracking.

Follows OneWeb LEO trajectory

Ingenu CEO Alvaro Gazzolo promised full end-to-end solutions anywhere on earth that would complement existing customers’ terrestrial networks. “Nothing of the sort has ever been done up until now,” said Gazzolo.

Ingenu is following the trajectory of UK-based LEO player OneWeb, which paid the price of pioneering when it filed for bankruptcy in March 2020. Though it was rescued by investment from Bharti Airtel and the UK government, critics said this was an act of backing the wrong player in the space race.

However further investment came from SoftBank and Hughes Network System, bringing its total backing to $2.4 billion and, as its fortunes revived it expects to launch 648 satellites by the end of 2022. 

Traditionally Ingenu has kept its IoT feet on the ground, but it also had to survive funding difficulties in 2017 and in 2019 it announced it had $2 billion worth contracts, based on its version of LPWAN 2.0 for industrial M2M. Gazzolo had claimed Ingenu offered the “best IoT technology for the non-licensed spectrum”.

Orange invests another €230mn in its banking subsidiary

0

Operator to acquire, for an undisclosed sum, Groupama’s 21.7% stake in Orange Bank.

Orange is investing another €230 million in its banking subsidiary, Orange Bank. In March, Reuters reported that Orange was looking for a new investor in its banking unit.
 
Orange Bank and financial services right across the operator group’s footprint is one of the pillars for growth highlighted in the operator’s Engage 2025 strategic plan, launched at the end of 2019.

Accelerate progress

Orange Bank was launched four years ago, and the company says the capital injection will “speed up the growth projects envisaged in the bank’s strategic plan”.
 
Orange Bank has 1.6 million customers in France and Spain, composed of about 800,000 banking customers and the other half buy insurance.
 
The company said in a statement that, “Orange Bank is now one of the top five neobanks in France after just four years of existence. This success continues to build with over 40,000 new customers every month and over €1 billion in loans to be extended by the end of the year.
 
“What’s more, while the majority of neobanks have continued to deploy a free-to-use model, over 90% of new Orange Bank customers subscribe to a billed service.”
 
Lessening losses

The statement also said that Orange Bank “should significantly reduce its losses in 2021 thanks to an increase in Net Banking Income, up 57% in H1 2021 compared with H1 2020, and decreased management costs owing to investments in the bank’s processes over the past three years.
 
“As such, the management costs per customer have gone down by 35% since 2018. This trajectory – which includes substantial investments to create a new, modern, digital bank in line with Orange customers’ expectations – was planned from the outset.

“The rate at which the bank is moving towards breakeven is comparable, or faster, than that of its peers in the neobanking industry.”

Full ownership

Orange has also agreed to acquire the 21.7% stake in Orange Bank held by Groupama, the French mutual insurance firm.
 
Groupama will however remain a major commercial partner having extended the exclusivity granted to Orange Bank for everyday banking and consumer credit until 2028.
 

Nokia and TDC NET upgrade Denmark’s fibre network

0

The Finnish vendor says it is the sole supplier for the nationwide refresh.

TDC Net, the Danish infrastructure company, has chosen Nokia to connect more than 1 million homes and businesses in Denmark with passive optical network fibre to ultra-broadband.

Cities for starters

Starting in Copenhagen (pictured), Odense, Aarhus and Alborg, XGS-PON is being implemented for some existing customers as well as to deploy fiber addresses.
 
TDC NET provides infrastructure on a wholesale basis to other service providers for resale to retail customers.

In addition to providing a platform for residential broadband, TDC NET is moving towards a converged network that will use both GPON and XGS-PON technology for consumers and to support enterprises with ultra-broadband services.

The single fibre access platform will allow TDC NET to streamline its service delivery and to increase revenues.

Aggregated traffic

Michael Fränkle, Executive Vice President, Head of Technology at TDC NET said: “The demand for higher speeds is exponentially increasing.

“With Nokia’s ISAM FX converged platform we will be able to serve residential customers and enterprises from the same platform and deliver the Gigabit experience they need in their daily life and to run their business. Fiber deployment is a key contribution to our strategy. Nokia’s superior technology will play a key role in realizing this for the benefit of our customers.”
 
Nokia ISAM FX is a high-capacity access node for massive scale fiber roll-outs. Usually located in telecom central office, it connect thousands of users via optical fibre, aggregates their broadband traffic and sends it deeper in the network.

The fiber access node supports multiple fiber technologies including GPON, XGS-PON, 25GS-PON and Point-to-Point Ethernet to deliver a wide range of services with the best fit technology. .
 
 

Czech O2, T-Mobile CZ and Cetin offer to settle EU anti-trust charges

0

Saving on infrastructure costs could lead to merger, says EC

Two Czech mobile operators and a network builder have been in trouble with the European Commission for cost sharing.

Deutsche Telekom’s Czech mobile operator, 02 Czech Republic and Czech telecoms infrastructure provider Cetin have offered concessions to settle charges of restricting competition, EU antitrust regulators announced on Friday. The companies could avoid a possible fine and a verdict of wrong doing if the offer is accepted, Reuters reported.

Acting in its role  as the competition enforcer for 27 European countries, the European Commission (EC) issued charges, in 2019, that the companies had been guilty of network sharing. Though mobile operators may want to share networks to cut their costs and save time, the EU sees these collaborations as a breach of competition regulations.

Sharing costs against competition rules

The Czech operators made their network sharing pact in 2011 and had subsequently expanded on the arrangement. EU competition enforcers interpreted these as the beginnings of a merger. 

The companies had offered to modernise the mobile network by using multi-standard Radio Access Network (RAN) equipment in certain radio frequency layers. They also began to review the financial conditions for unilateral network deployments.

Following the EC ruling the mobile miscreants must ensure that investments or services provided by their partners on their behalf will be cost-based pricing. They must ensure they restrict their information exchange to that which is necessary for the operation of the shared network. The companies will also take measures to ensure that infrastructure builder Cetin doesn’t spill information between Czech T-Mobile and O2 CZ.

The Commission says it will decide whether to accept the offer following feedback from third parties. The proposal would remain in force until October 28th 2033, if accepted.

Orange teleport facility receives highest industry certification

0

It is only the twentieth site in the world, and the second in France, to receive the accolade.

Orange’s teleport facility at Bercenay-en-Othe teleport (pictured) has received the highest level of certication (level 4) awarded by the international teleport organisation, World Teleport Association (WTA).

This certification comes after the WTA’s assessment of installations and procedures used at the teleport, using a questionnaire with over 170 items, from infrastructure to energy, redundancy, resilience, radio frequency, hosting, IP access, and more.

On-site audit and commitment

This is followed by an on-site audit organised by the WTA. Orange says attaining level 4 proves its operational excellence and the quality of its teleport’s infrastructure. It guarantees a certain standard of quality for its customers, as well as for satellite operators looking to host their solutions at the Bercenay teleport.

Jean-Luc Vuillemin, Executive Vice President of International Networks and Services at Orange comments, “Satellite technology is being deployed widely, and the space race involves private players, alongside States, with a rapidly changing potential for innovation.

“Orange plays a key role in terms of sovereignty through control of its own infrastructure, like the Bercenay-en-Othe teleport”.

Orange offers satellite services to its customers covering over 2,500 connected sites in over 100 countries, based on the Orange teleport in Bercenay-en-Othe, and several Orange teleports worldwide, like in Russia and Senegal, as well as a network of partner teleports.

Satellite communications complement Orange’s terrestrial services portfolio, coupled with its submarine cable networks, to offer global coverage to its customers. The satellite addresses the need for services in regions which do not have other connection options, and the growing need for high speed connections to equipment on the move, such as boats, trains and aircraft.

Satellite revolution

The global satellite services market is undergoing a revolution, and the satellite market’s revenue should more than double in the next 10 years to exceed $50 billion by 2030, with a 13% annual growth rate, according to research house Northern Star.

This alternative to terrestrial communications offers multiple potential applications. Traditional companies are facing growing needs, whilst newcomers offer breakthrough technologies revolutionizing the market.

Significant investment, particularly in the deployment of new GEO satellites and new MEO and LEO constellations, are investments which will be accompanied by new requirements in the ground segment and value-added services.

Orange supports all these requirements by forming partnerships and being part of several European research consortiums on the topic. Moreover, as a telecoms operator, Orange supplements these more recent technologies by offering flexibility thanks to softwarization, cloud or edge computing solutions.

OTE sells stake in fixed line provider Telekom Romania to Orange for €295.6m

0

The acqusition will acclerate Orange’s convergence strategy – it is already the leader in the mobile market

The Hellenic Telecommunications Organization (OTE), the Greek subsidiary of Deutsche Telekom (DT) has sold its majority stake in Telekom Romania to Orange, for €295.6 million (£250m), reports Greece’s Ekathimerini. 

The Romanian state owns the remaining 45.99 per cent of Telekom Romania Communications.

The sale is described as a strategic decision by OTE CEO, Michael Tsamaz, who said the divestment of the 54 per cent stake will help OTE concentrate on its “rapid infrastructure rollout in Greece, enhancing its long-term growth outlook and shareholder value”. 

However, OTE said it plans to distribute 174 million euros to shareholders in the form of extraordinary dividend and incremental share buybacks. The dividend distribution, subject to appropriate corporate approvals, is expected to take place this year.

Revamping cash flow

The CEO added that OTE remains active in the Romanian market with Telekom Romania Mobile. It is “targeting positive cash flow generation through a revamped market approach. In Romania, it will support the growth of Telekom Romania’s fixed telecoms and drive market competitiveness,” said Tsamaz.

In August 2020 it was reported that Orange and the Romanian Ministry of Transport and Communications had signed a preliminary agreement to take over the fixed operations of Deutsche Telekom’s Romanian subsidiary and create a new entity in which the Romanian state would hold 20 per cent of the shares.

Orange now has control of Romania’s second largest provider of fixed telecom services. It will compete with Digi Communications (RCS&RDS) and Vodafone to provide converged services.

Romania leads on broadband speeds

The European Commission found no competition concerns in such areas as the provision of fixed-mobile convergence, the retail market for business connectivity services and the wholesale market for the supply and acquisition of TV channels. It said that Orange would be able to offer services more efficiently.

Telekom Romania runs fixed voice, broadband and pay-TV services to around 5 million customers. Digi, founded by Zoltán Teszári, connects the vast majority of its subscribers with fibre. Romania has one of the highest fixed broadband internet speeds in the world according to the Speedtest Global Index. 

How to Make the Dreams of 5G Networks a Reality

Studies show that an overwhelming number of operators believe network slicing and network as a service (NaaS) to be major drivers of 5G monetization.

Novel revenue opportunities include the ability to form new types of partnerships, and deploy various new services to a number of industries, from entertainment to healthcare. Yet, network slicing is still at a very early stage of adoption, and lack of automation might be to blame. What do communication and digital service providers need to do in order to fulfill their dream of monetizing 5G networks?


Introducing Comarch Orchestrator might be the answer. You can learn how it works and the benefits it provides to operators in this year’s campaign, entitled “Telecoms Journey Towards 5G Monetization”. Discover the first episode, featuring a POC video and a detailed white paper,
here.

Deutsche Telekom blogger reveals secret weapon in FTTH race

0

Rivals ask: is the market leader a fibre fibber?

Telekom Deutschland (TD), the domestic operating unit of Deutsche Telekom (DT) has upgraded fixed broadband speeds for an additional 174,000 homes in August and it has given 34.3 million data maximum rates of 100Mbps. There are 262.2 million homes across Germany capable of 250Mbps, reports Comms Update.

The figures for fibre-to-the-home (FTTH) network rose by 135,000 in August 2021, to 2.7 million, enabling maximum speeds of up to 1Gbps.

In a DT blog post, design engineering access expert Tim Schielke, explains how DT has removed some bottle necks in the logistics pipeline and sped up the progress of fibre to the home.

Deutsche Telekom has completely reversed the foundation order of house building and broadband infrastructure, Schielke writes. In DT’s method the fibre optic connection is there before the house construction work has even started.

Fibre connections are child’s play

A mysterious black drum, the so-called G-Box, is the agent of this intelligent network expansion. Fibre optic connection is in front of the house, says Schielke. Under German directives, “whoever digs a pit for others – supplies them with fibre optics,” says the DT blog. “The telecom technicians lay the fibre optic cables on the individual properties at an early stage, which were previously agreed with the municipality. From the network distributor [we get] the familiar grey box on the roadside [and] an empty pipe leads to a parcel. The hair-fine glass fibres are then blown into these seven millimetre-wide Speednet tubes with a compressor, as it were via Internet Pustefix,” the blog says. Schielke implies that it’s childsplay.  

The only piece of technology that still peeks out of the G-Box at the end is a standard fibre optic connector, Schielke says. When the new residents move into their house they’re given a prepared connection set from TD. This fibre optic quick start kit should be connected to their router a “good day later, the proud new builders can surf the Internet at fibre optic speed,” says Schielke.

Putting on the writs 

However TD’s network building techniques are the subject of controversy in Germany.

Telekom Deutschland’s two competitors took Germany’s Bundeskartellamt (Federal Cartel Office) to court for approving the JV early in 2019. DT is accused of slowing expansion for other German operators.

Deutsche Telekomwatch reports that the 2019 ruling that cleared the path for the Telekom Deutschland’s fibre joint venture with energy company EWE has been deemed illegal. This decision was taken last week when the Higher Regional Court in Düsseldorf (Oberlandesgericht Düsseldorf), finding in favour of competitors Vodafone Germany and Deutsche Glasfaser who have complained that the JV has undermined competition in Glasfeser Nordwest’s area of operation – North Rhine‑Westphalia and Lower Saxony.

Restricting competition

According to the report, they complain the competitive obligations on the JV are sufficiently strong enough to result in “restrictions of competition” and “slowing down the expansion of fibre optics in the north-west instead of accelerating it”.

The obligations were set out by the Federal Cartel Office before Glasfaser Nordwest started operations, early in 2020.

Among other things, the JV is required to provide access to its network on a non-discriminatory basis and operate on “normal commercial terms,” but the Federal Cartel Office granted a concession – the JV is not subject to the stiffer rules regarding tariffs on Telekom Deutschland’s other wholesale business.

This did not play well with the incumbent’s competitors, although EWE and Telekom Deutschland also committed not to restrict itself to deployment in areas where there were cable networks. 

- Advertisement -
DOWNLOAD OUR NEW REPORT

5G Advanced

Will 5G’s second wave deliver value?