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Huawei – ZTE lawsuit looks petty, but significant?

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Is there a more futile lawsuit than the one Huawei is currently pressing against ZTE?

If you’re not in the loop then I am very happy for you, but I am afraid I am going to bring you up to date right now. A couple of weeks back, Huawei put out a release saying it was pursuing ZTE in a German court for patent infringement, and had received a preliminary injunction against ZTE.

Ross Gan, Worldwide Head, Corporate Communications of Huawei, said, “Huawei has received the injunction as part of our legal claim that ZTE is infringing on our trademark. We welcome the decision, which will protect our innovation and intellectual property.”

This was a ticklesome proposition. Would we get to see these two Chinese vendors lift their drawers in public on some major issue of telecoms import?

After all, they compete across the gamut of telecoms infrastructure and are beginning to win more business from large operators in Europe – the traditional vendors’ home market. A fight between these two young giants would be tremendously entertaining for Europe’s equipment vendor Ancien Regime.

Sadly for those looking forward to a good dust up, it turned out that the case in fact centred around two minor design issues, one so trivial as to beggar belief.

One matter concerned a USB dongle with a port that swivelled so as to be housed within the the dongle itself when not in use. A useful, if not critical design issue, and if ZTE were to be found to have infringed a patent then worth answering to.

But in the other matter…Huawei was suing ZTE for the key issue of using a trademarked logo telling the world that its product was compliant with guidelines on hazardous materials. (Note, the pictures above and below were supplied by Huawei)

Manufacturers that have complied with RoHS can put a logo on their product saying so. There’s no one set logo for this – manufacturers can make their own logo. They usually do so in a roughly similar way (see below). Huawei’s case claims that ZTE used a logo that is trademarked to Huawei.

However, according to a recent submission from ZTE – the company only used the logo in question up until July 2009, when it started using a new logo. ZTE hasn’t said why it used the same logo as Huawei, despite us asking the question.

It seems to me there’s two explanations. ZTE had achieved RoHS compliance and couldn’t be bothered designing its own logo to say so, and just lifted Huawei’s. Not ideal, of course, but no real harm done. These are logos that sit, usually on the underside or back of a product, alongside all the serial numbers and other information consumers ignore. The other possible explanation is that ZTE had not achieved ROHS compliance and so as to avoid dealing direct with the compliance body, lifted a RoHS logo from any old where. That seems unlikely, but a lot more serious. As I said, we don’t know yet why ZTE appropriated “Huawei’s” logo.

In any case, ZTE says that it had stopped using the Huawei logo in question by July 2009. According to ZTE, only in September 2009 did Huawei start using the logo as a trademark, and it was May 2010 before the logo had approval from the EU. In fact, ZTE’s view is that Huawei only trademarked the logo so that it could then sue ZTE for breach of trademark – on a backdated basis.

A statement from ZTE said, “Obviously, Huawei intended to use the trademark right that it acquired on 27th May 2010 to sue ZTE for using the logo before 14th July, 2009 of the act. This is beyond the bounds of normal technology, marketing and legal litigation processes.”

It adds that in its view Huawei cannot claim a trademark around RoHS in any case, and is moving to have the trademark struck out.

So what is this action about, centering as it does around use of a logo that was not trademarked at the time of use, and which has not been used for approaching two years? Is this supposed to position Huawei as a key IPR holder, fearlessly defending its rights where it can – sending a message that the company is on the side of the angels when it comes to IPRs? Or is it supposed to somehow hint at more serious breaches by ZTE, a warning shot fired as part of a greater game? Or is it just craziness?

Take your pick.

 

Taking a more intelligent approach to mobile data throughput

Webinar now available to view

Date: Thursday, 12 May, 2011, 2pm BST (1pm GMT)

Host: Keith Dyer, Editor, Mobile Europe
Presenter:
Paul Colgan, CTO, The Now Factory

The huge growth in the adoption of smart devices has made it more challenging for mobile operators to manage the performance of their data networks  while at the same time optimising the customer experience.

At the heart of this challenge is obtaining an accurate and meaningful measurement of data throughput; not just looking at data throughput at a macro level across different network locations and cells but also identifying the impact of applications, devices, and services on the throughput different subscribers experience.

This webinar provides real-time visibility into the key issues and trends facing mobile operators today in the delivery and management of mobile data services and the growing importance of measuring data throughput across different combinations of network and subscriber elements.

View webinar here

Mavenir announces trio of products on the road to VoLTE

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Mavenir Systems has announced a VoLTE Edition of its mOne Convergence Platform. Available now, the Mavenir mOne™ Convergence Platform – VoLTE Edition provides operators with three options for quickly and cost-effectively deploying voice and messaging services over LTE.

Currently, some LTE operators are planning to support voice using the Circuit Switched Fall Back (CSFB) standard with plans to migrate to the VoLTE standard to support Multimedia Telephony (MMTEL) services, while others plan to deploy MMTEL directly. Either way, operators face deployment challenges such as MSC upgrades, service parity and other operational complexities, affecting their ability to launch LTE services quickly and evolve their network to support multiple options.

Mavenir’s mOne™ Convergence Platform – VoLTE Edition provides operators with a trio of products for overcoming deployment challenges:

  • The CSFB Inter Working Function (CSFB IWF) product enables the delivery of voice and SMS to CSFB devices, without requiring any changes to the existing Mobile Switching Center (MSC).  This eliminates major operational complexities resulting in reduced costs, faster service availability and better user experience.
  • The MSC based Telephony Application Server (TAS) leverages an operator’s existing MSC and all its services in an IMS environment to deliver voice to VoLTE compliant devices.  It allows operators to rapidly launch VoLTE without incurring major network upgrade costs.  The solution was previously announced in a partnership with Acme Packet to deliver mobile services over Wi-Fi or broadband devices.
  • The Mobile TAS solution delivers MMTEL services to VoLTE compliant devices, to support enhanced voice and video services in an all-IP domain.  The Mavenir Mobile TAS supports native Intelligent Network (IN) services and integrated Mobility Application Server to help mobile operators preserve critical revenue generating features such as prepaid, ring back tones and mobility.

“Mavenir’s approach minimizes the cost, complexity and time to market for LTE services, expands LTE operators’ revenue opportunities and enhances their competitive position. Multiple operators have deployed our products in anticipation of voice capable LTE devices and service launch.” said Pardeep Kohli, president and chief executive officer of Mavenir Systems. “Mavenir’s solution gives LTE operators the best of both worlds: the ability to capture the market for broadband data services while catering to users who value voice and SMS.”

The Mavenir mOne™ Convergence Platform is a common foundation that adapts as the service evolves, simplifying the operator’s network transformation.  Deployment can start with the option that is feasible or practical to launch services immediately, and a simple software upgrade to MMTEL is available whenever the operator is ready.

MACH launches RoamHouse solution for complete outsourcing of roaming services

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MACH, a provider of hub-based mobile communication solutions, today announced that it has launched RoamHouse, a wholly integrated and fully outsourced roaming service.

Aimed at optimising revenues and driving efficiencies for operators looking to offer international roaming services, RoamHouse provides mobile operators with the full portfolio of solutions needed to operate roaming services. The solution enables mobile network operators to enter or expand in the roaming space much more quickly, speeding up the time to market significantly while allowing the operator to focus on their core business.

In today’s increasingly complex telecoms landscape, a new generation of outsourced services is needed to fully address the requirements of modern operators. In order to stay ahead of the game when introducing new products and services, outsourcing is increasingly the most cost-effective and agile option for operators to access the expertise and resources needed to differentiate themselves.

Artur Michalczyk Chief Product Officer, MACH explains: “We have already deployed RoamHouse with Movicel of Angola, where speed of implementation was key to their strategic aims, and we have signed full outsourcing agreements with leading operators in other countries. Next-generation outsourcing such as RoamHouse will be fundamental to supporting operators when expanding their business models, achieving greater margins and, ultimately, realising their business goals in an increasingly global market.”

Michalczyk continues: ”MACH is already the largest and most successful outsourcing partner in the mobile roaming space. Today’s operator looks to outsourcing for a variety of reasons, whether driven by access to ‘best-in-class’ processes, supplier expertise, the need to re-engineer costs or a requirement to re-focus resources on core business and customer requirements. RoamHouse offers a new breed of outsourcing, provided on a partner rather than supplier basis, to enable mobile network operators to offer global reach while reducing costs and making significant operational efficiencies.”

RoamHouse provides operators with  a completely outsourced roaming function backed up by well-defined SLAs. It provides the full portfolio of coverage expansion services offered by MACH, including Bilateral Roaming services and the Link2One Roaming Hub, and includes IREG/TADIG testing, traffic control, billing, re-pricing, data clearing, business intelligence, fraud protection, coverage solutions and financial settlement for mobile operators. Supported by a single customer interface to ensure constant communications and responsiveness, MACH also works to guide operators through the implementation and management phases, delivering on-site support to ensure success.

4G set to deliver capacity gains of more than 200% over 3G, says Ofcom research

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New Ofcom research reveals that the next generation of mobile technology will deliver more than 200% of the capacity of existing 3G technologies, using the same amount of spectrum – the airwaves that carry information between customers’ mobile handsets and the internet.

This increased capacity is essential in meeting the UK’s rapid increase in mobile traffic, fuelled by the growth of smartphones and mobile broadband data services such as video streaming, email, messenger services, mapping services and social networking.

4G mobile technologies will be rolled out in the UK from 2013 and are set to deliver significantly faster mobile broadband services – approaching today’s ADSL home broadband speeds.

This will be achieved in part due to 4G using spectrum more efficiently.

Dr Stephen Unger, Chief Technology Officer at Ofcom said: “4G mobile technologies will be able to send more information than 3G, for a given amount of spectrum. This increased efficiency means that 4G networks will be able to support increased data rates and more users.

“The research that we commissioned indicates that early 4G mobile networks with standard configurations will be 3.3 times (230%) more spectrally efficient than today’s standard 3G networks. To put this in context, a user on an early 4G network will be able to download a video in around a third of the time it takes today on a 3G network*. It is anticipated that this efficiency will increase to approximately 5.5 times (450%) by 2020.”

The research was conducted to understand the likely spectrum efficiency improvements that will be gained from 4G technologies, based on a review and analysis of both existing theoretical predictions and real-world trials in realistic deployments. This information provides a vital input into Ofcom’s strategic spectrum management work.

The research looked at a number of 4G technologies including Long Term Evolution (LTE) and later generations of LTE, which are still in development, such as LTE Advanced. It also considered emerging and later generations of WiMAX – a wireless technology, similar to Wi-Fi, but with a longer range which can cover many kilometres.

The research revealed that the capacity gain from the increased spectral efficiency of 4G technologies will not on its own be sufficient to meet the expected growth in demand for mobile data. As well as using existing spectrum more efficiently, more spectrum itself is also needed, some of which will be gained from the auction of new spectrum at 800 MHz and 2.6 GHz in 2012 – the largest ever single auction of additional spectrum for mobile services in the UK, equivalent to three quarters of the mobile spectrum in use today.

Finally, mobile networks will also need to be designed intelligently to ensure the best use of spectrum. In particular, the research anticipates a greater use of small cells to meet demand in specific areas.

GSA confirms 208 operators in 80 countries now investing in LTE

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The GSA (Global mobile Suppliers Association) has published an update to its Evolution to LTE report which confirms 208 operators are now investing in LTE, which is 98 operators more than in June 2010. The number of countries and territories where LTE systems are deployed or planned has increased by 32 in the same period.

This new report confirms 154 firm LTE network deployments are in progress or planned in 60 countries, including 20 networks which have commercially launched. A further 54 operators in 20 more countries are engaged in LTE technology pilot trials or tests, ahead of formal commitments to deploy networks for commercial service (these are referred to as pre-commitment trials). Taken together, it means that 208 operators in 80 countries are now investing in LTE. The report covers both LTE FDD and LTE TDD systems.

The 60 countries and territories having firm LTE network commitments are Andorra, Armenia, Australia, Austria, Bahrain, Belgium, Brazil, Canada, Chile, China, Colombia, Croatia, Denmark, Estonia, Finland, France, Germany, Hong Kong S.A.R., Hungary, India, Ireland, Italy, Jamaica, Japan, Jersey, Jordan, Kazakhstan, Kuwait, Latvia, Libya, Lithuania, Luxembourg, Malaysia, Monaco, Namibia, Nepal, Netherlands, New Zealand, Nigeria, Norway, Philippines, Poland, Portugal, Qatar, Romania, Russia, Saudi Arabia, Singapore , South Africa, South Korea, Sri Lanka, Sweden, Switzerland, Taiwan, Tunisia, UAE, UK, Uruguay, USA, and Uzbekistan.

LTE networks are launched in 14 countries: Austria, Denmark, Estonia, Finland, Germany, Hong Kong, Japan, Lithuania, Norway, Philippines, Poland, Sweden, USA, and Uzbekistan.

LTE is the fastest developing mobile system technology ever, and GSA has again raised its market outlook and now anticipates that at least 81 LTE networks will be in commercial service by end 2012.

The Evolution to LTE report provides a concise update of the business drivers, objectives and targets for LTE including network operator commitments and deployment/launch plans, trials, the growing eco-system including device availability, spectrum requirements and developments, Voice over LTE developments, recent industry forecasts, standardization activities including LTE-Advanced, and more.

The report notes the growing international interest and acceptance of LTE TDD and confirms numerous studies, trials and deployments underway or planned in Australia, China, India and other Asian markets, Europe, the Middle East, Russia and North America.

The strong momentum towards deploying LTE in re-farmed spectrum, particularly 1800 MHz (i.e. LTE1800) is also highlighted. GSA has established the LTE1800 Zone which can be reached via the homepage for efficient information sharing on this important market development.

CSP’s want industry standards adopted for BSS/OSS business processes and IT architecture, says research

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Oracle today released the results of independent research questioning senior IT executives at Communications Service Providers (CSPs) across EMEA, the Americas and APAC on the need for consistent adoption of industry standards in their Business and Operations Support Systems (BSS/OSS) business processes.

Carried out by Vanson Bourne, the research found that more than half (56 percent) of respondents estimated they would free up in excess of 10 percent of their annual IT budgets if existing industry standards for BSS/OSS business processes were widely adopted, with the average percentage amongst all respondents being almost 16 percent, says the research.

Inconsistent adoption of industry standards for BSS/OSS business processes and IT infrastructure has led to challenges for CSPs: Three quarters of respondents (75 percent) believe that systems integration costs are higher now than they would be with the widespread adoption of standards, and 65 percent felt the same way about management and maintenance costs.

For 57 percent of respondents, the lack of industry-wide standards adoption makes it more difficult for IT departments to respond as quickly as they would like to new demands from the business.

When asked which outcomes for BSS/OSS would provide the biggest benefit to their business, 54 percent ranked increasing the agility of the IT architecture to become more responsive to business needs in their top three.

Two-thirds (67 percent) of respondents then went on to state that agreed industry standards for BSS/OSS business processes would be very helpful or helpful in achieving this outcome, says the research.

“It is clear from this research that industry standards have a very real role to play in making BSS/OSS work for the business,” said Bhaskar Gorti, Senior Vice President & General Manager, Oracle Communications. “Standards expedite procurement processes for our customers through their use of common terms to describe product and service capabilities, and the ability to identify inefficiencies via comparisons with industry best practices.  As we can see from the results of this new research, standardisation can also reduce integration and operational costs, as well as risk. Oracle Communications is committed to industry standards, and today has also announced that our Rapid Offer Design and Order Delivery (RODOD) solution is the first to complete the new TM Forum Frameworx Solution Certification.”

“This research reinforces the critical need for standardized BSS/OSS business processes, clearly demonstrating the tangible financial and operational efficiency savings to be made through their use,” added Keith Willetts, Chairman, TM Forum. “TM Forum remains focused on simplifying the complexity of running a CSP’s business through our Frameworx suite of standards, which provide the blueprint for effective business operations. The commitment of companies such as Oracle, which recently worked to make its RODOD solution the first to receive the TM Forum Frameworx Solution Certification, demonstrates rapidly growing demand for Frameworx standardization by CSPs.”

Is the Microsoft/Skype deal good news for operators?

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This is my newsletter text from yesterday. Some people kindly mailed to say they liked it, so I’m making it available here as well – Keith. If you would like to subscribe to the weekly newsletter please click here

Mobile Europe newsletter: Thursday 12 May

So Microsoft buys Skype. Does anyone know what’s going on? One commentary we received said, “This is a bold move by Microsoft and may be a good idea if there is a strategic plan behind it”. Well, quite.

 

Twitter allows us to watch thinking develop in real time around an event. So first the news breaks, and the first posts say “Whoah” or “Interesting”, which is Twitter-speak for, “No idea what this means, but it surely means something.” Then you get the reflection, a trickle of connections being made.

What happened, as always with an acquisition, was that there was a rush to think of the properties that Microsoft has and then mash those together with Skype, and see what that looks like. So we have Outlook + Skype, WP7 + Skype, Kinect+ Skype, and so on. And so the market asked:”Which of these properties is best served by adding an IP comms capability, if it hasn’t already got one?”

Then we asked what it meant for the other players in the market –and there seemed to be a prevailing view that this deal was a big challenge to telcos. I’m not so sure.

Telcos already have to deal with Skype, whether that is by partnering, competing, ignoring or blocking. So what is changed by having Skype owned by Microsoft? Well, obviously it opens Skype up to a host of MS properties, but it probably makes it harder for Skype to work with other assets, such as with Google or Apple. And for telcos? As I said, many see this deal making things harder for telcos, but that only holds true if you see Skype as necessarily a competitor for telcos and I’m not convinced that it is. Certainly there are plenty of telcos that would work with Skype in lots of ways – as an “in-house” OTT competitor working into rivals’ networks whilst users are roaming, or even in home markets. Imagine Orange Business Services, for example, providing Skype + QoS as a service to an enterprise customer that has a range of SIMs from different operators in its user base.

What I haven’t seen so much of is the acknowledgement that Microsoft is more used to acting (actually acting, not just talking) in partnership with operators than Apple, Google or Facebook. Skype would not doubt say that it was always willing to partner with  It will also need operator partnerships to make WP7 on Nokia fly. So I don’t necessarily buy the view that this deal is necessarily a nightmare for operators.

Another reason to think this could be a positive move for operators is that Microsoft has bought a platform, but it hasn’t bought customers. Comment on acquisitions tend to focus on user bases as if they are discreet from all the user bases. Yet I for example, am an occasional Skype user, but also a Vodafone, Microsoft and Apple user. More than likely you work in each of these environments too, in one way or another.

So Microsoft hasn’t bought me any more than it has bought you. In fact, the argument that your contacts are discreet, and therefore you are tied to Skype in that way, doesn’t hold much water now either. Plenty of mobile phone clients already aggregate and synch your contacts from various accounts, as do web platforms of your choice. There’s clearly a telco opportunity here too – the comms as a service cloud-based model that lets you manage your contacts, call history, messaging, data limits, roaming add-ons etc all from the same web front end.

If Skype and Microsoft are part of the fulfilment of that, then why not? You are then the happiest of pipes.

Anyway, never mind what I think, here’s what the rest reckon on the question of what the deal might mean for operators:

Analysis Mason:
The deal creates a more carrier-friendly alternative to Apple and Google in the mobile space. The big story is here is the emergence of a third bloc in the smartphone market: Nokia/Windows Phone/Skype vs. Apple/iOS/Facetime vs Android/GoogleVoice. They’re all vertically integrated and operators won’t welcome the addition of OTT VoIP but the new alliance looks to be more carrier-friendly. There’s a big question about whether Microsoft can harness the creativity/innovation to revitalise its (and Nokia’s) fortunes in the world of smartphones and web x.0.

IDC: Operators a stumbling block
Mobile operators, with a few notable exceptions, have traditionally been very wary of Skype and mobile VoIP in general. And mobile operators remain essential partners in the sale and distribution of mobile handsets, especially in markets like Western Europe where device subsidies remain high. Pushing Skype to the fore of a new device’s features as an attractive selling point may actively put off mobile operators.

However, the outright hostility shown by many mobile operators towards Skype and its ilk is not a tenable long term position. Actively blocking or even failing to aid the use of VoIP on mobile devices risks damaging consumer perceptions of mobile operators in the long run. The immediate threat to call revenues is also not very high. VoIP usage is heavily concentrated in outbound international calls, and the majority of VoIP calls terminate on PCs, not on mobile phones – which is a different use case from conventional mobile calls. Added to this is the fact that in order to freely use VoIP over the mobile network, users need to have a reliably generous data plan, meaning they are most likely to be contract customers who do not pay incrementally for voice calls anyway. Of course what mobile operator are scared of is a potential future scenario in which the majority of mobile users have VoIP on their phones and habitually bypass voice services making free calls to each other as they now do over their computers. This is not outside the realms of possibility but many things are likely to change within the mobile industry before such a scenario becomes likely, and in any case continued hostility to Skype in the short term is unlikely to prevent it.

The other reason that mobile operators are worried by VoIP is the effect it can have on their networks. Skype is trying to combat this concern. In February this year it launched a new mobile partner program that provides, among other things, Skype mobile voice calling with optimised bandwidth efficiency. If VoIP over mobile is coming anyway, it surely make sense for operators to actively partner with providers, Skype being the most attractive, to have more chance of controlling its impact, and take advantage of the potential marketing and brand image benefits.

So far, most mobile operators are not doing this. Rightly or wrongly, the majority of mobile operator would prefer to continue hiding from Skype. So, while deep Skype integration and exclusive Skype features could be a great selling point for the forthcoming range of Nokia WP7 phones, the potential hostility of mobile operators could prevent Nokia and Microsoft taking full advantage, thus diminishing the value of this gutsy acquisition by Microsoft.

ABI Research: Operators need not be too unhappy
Telcos won’t be happy to see another over-the-top front opening, but they have surely seen it coming. Just witness Telefonica’s (Jajah) and Deutsche Telekom’s (Bobsled) moves in this space – they’re trying hard to make VoIP working for them rather than only against them. But having said that, if they wished that the Nokisoft tie-up would result in a leading yet still operator-friendlier ecosystem they will be disappointed.

InformaTM: Microsoft gets a voice audience
Microsoft undoubtedly has over-paid for Skype in the short-term, but potentially not in the long term. Buying Skype gives Microsoft the ability to do whatever it wants with voice to an audience of 700 million users. This kind of scale does not come cheap.

 

Voice and data traffic on mobile networks to grow more than 30-fold during the decade ahead, says report

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The UMTS Forum has predicted that voice and data traffic on mobile networks will grow more than 30-fold during the decade ahead. In a new report titled “Mobile traffic forecasts 2010-2020”, the 3G/4G industry body indicates that total annual traffic on mobile networks globally will reach 127 EB (Exabytes) in 2020. This represents a 33x increase compared with the 2010 figure.

The report also predicts that growth will be stronger still in Europe. During the same period, the UMTS Forum estimates that mobile traffic in a typical Western European country will grow by 67x from 186 TB to 12,540 TB daily – double the corresponding growth globally.

In contrast with this explosive growth in data traffic during the decade, the study predicts that mobile voice traffic growth will remain limited during the same period.

Available in full to members of the UMTS Forum, “Mobile traffic forecasts 2010-2020” has been produced for the UMTS Forum by European analysis and consulting firm IDATE.

Key trends and drivers identified during the study period include:

·         Continuing growth in tablets, dongles, smartphones, M2M and other connected devices.

·         Media rich social networking is increasingly crucial for mobile users, generating significant traffic and new consumption patterns.

·         Video has grown in importance to become the dominant source of data traffic via streaming and downloads. Consumption of TV content is also generating increasingly significant data traffic on mobile networks.

·         Small cells and femtocells are becoming the solutions of choice to avoid network congestion.

The forecasted figures represent a total of uplink and downlink voice and data traffic transported on mobile networks using licensed spectrum. While traffic managed by femtocells is included in the study, the effects of Wi-Fi offload are explicitly not included. Similarly, the forecast does not take into account RFID traffic or any other traffic carried over unlicensed radio frequency bands.

The new report builds on previous UMTS Forum studies, taking account of trends like smartphones and social networking via mobile. Specifically, the forecasts accords closely with a 27x increase that was forecasted by the UMTS Forum in 2005 – an era that preceded smartphones, app stores and the mass availability of 3G ‘dongles’.

“This new report reflects ever-increasing consumer demand for mobile broadband services”, notes UMTS Forum Chairman Jean-Pierre Bienaimé. “These latest forecasts are of particular interest in the context of discussions about availability of sufficient spectrum to support the continuing growth in demand for mobile broadband services”.

“Mobile traffic forecasts 2010-2020” was offered as a recent contribution by the UMTS Forum in the framework of global traffic forecasts conducted by ITU-R and CEPT/ECC. It will also be offered as a key input at the next World Radiocommunication Conferences (WRC-12 and WRC-15/16) – the so-called ‘Wireless Olympics’, where regulations governing the use of radio-frequency spectrum are reviewed.

“The ITU-R’s efforts in the past on IMT spectrum and technology have directly enabled the global success of mobile broadband”, states Bienaimé. “We have also seen that harmonised spectrum facilitates economies of scale, driving down pricing of mobile devices for consumers. Based on these new traffic forecasts, further actions in the ITU-R framework are now needed to meet traffic demand for the next 10 years”.

Ubiquisys and Texas Instruments to develop intelligent small cells

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Ubiquisys, a developer of 3G and LTE intelligent cells, today announced its collaboration with Texas Instruments to develop a new generation of small cells designed to meet the strong growth in mobile data consumption. The cells will combine TI’s carrier-grade infrastructure solutions with Ubiquisys’ adaptive and self-organizing capabilities based on commercially proven small cell networks. The result is an adaptive small cell that provides maximum performance and capacity with minimum cost of ownership, it says.

Mobile service providers are preparing for sustained and unprecedented growth in mobile data consumption, driven by smartphones, tablets and dongles. Macrocell augmentation, spectrum additions and LTE provide some of the extra capacity, but most of the load will be shouldered by a major proliferation in public small cells. By creating a much denser mobile network closer to the point of use, users will experience data performance that approaches headline rates.

Dual-mode WCDMA/LTE small cells have a number of advantages. They provide a smooth migration to LTE, whilst providing the near-term need for WCDMA capacity and maintaining support for voice services. There are also significant power consumption and Capex advantages over separate systems.

The collaboration will fuel a new range of dual-mode WCDMA/LTE small cells for public space and metro environments, such as base stations designed for mounting on walls or street furniture, with performance up to 150Mbps LTE plus 64 calls/84Mbps WCDMA. The first products will be available in 1H 2012.

These cells dynamically complement the macro network, adapting to changes and autonomously forming Self-Organizing Networks (SON). They use commodity internet connections to reach the mobile core network. The combination of intelligence and flexibility is claimed to dramatically reduces deployment and operational costs.

“Our  infrastructure System-on-Chips (SoCs), based on our unique KeyStone multicore architecture, set new standards in combining processing power, economics and system energy savings,” said Brian Glinsman, general manager, communications infrastructure, Texas Instruments. “Through our collaboration with Ubiquisys we are creating the blueprint for the small cell revolution.”

“Today we mark the true start of the small cell era,” said Chris Gilbert, CEO Ubiquisys. “The combination of macro-class performance with small cell intelligence changes the economics of mobile data, and creates the building blocks for future mobile networks.”

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