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Operators offered solution to SIM provisioning headache

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Alternative to pre-provisioning can boost sales and customer contact

Stuart Cochran, CTO of Evolving Systems, has advised that mobile operators consider a new technique to help drive up the activation of SIMs distributed through wholesale markets.

Cochran told Mobile Europe that the range of devices with embedded SIMs now includes devices such as laptops, notebooks and netbooks, personal navigation devices (PNDs), personal media players (PMPs), MP3 players, e-readers, high-end digital cameras and smartphones. This brings with it a new chain of players involved in the distribution and provisioning process.

But that isn’t necessarily good news for operators, according to Cochran.

“For the mobile network operator, these wholesale channels tend to result in a low SIM card conversion rate. The number of SIM cards distributed through these channels that convert into revenue-generating subscribers for operators tends to be lower than where the operator simply sells the phones, SIM cards and other devices directly through its own stores or via the Internet.

“So operators are finding that with the new distribution model, the overall cost of pre-provisioning SIM cards in the network is becoming ever higher. At the same time, operators risk being sidelined, if they can’t cost effectively support the distribution approaches demanded by consumer electronics manufacturers, mobile computing vendors, and industrial applications like M2M,” Cochran said.

An additional problem is that such embedded use is likely to drive greater pre-paid users – potentially making it more difficult for operators to engage with customers.

“Typically, if they are using the traditional pre-provisioning model for SIM cards, operators have no effective way of marketing to the end user at the point of first use. As no formal contract document will have been completed, the operator will have little relevant user information to drawn on,” Cochran wrote.

Evolving System claims to offer a solution to these issues through its process known as Dynamic SIM Allocation.

“Dynamic SIM Allocation (DSA) enables new SIM cards to interact with the provisioning process via the mobile network, despite not having previously been provisioned. It allows operators to eliminate upfront costs typically incurred using the pre-provisioning model. In particular, it helps them avoid the need to buy and commission more network platforms than required, merely in order to accommodate SIM cards that may never be used nor generate any revenue” Cochran claimed.

DSA allows the SIM cards to be activated when the customer’s mobile phone is first switched on and used. Decisions such as allocation of a phone number and selection of supported services are made at this point of first use, and any required information is collected from the customer via their mobile device.

Mobile phone numbers may be allocated automatically with the option of enabling customers to choose their number – either from a standard list or by adding a vanity golden number to their account. It’s even possible to allocate regional numbers based on the customer’s needs and location.

Although a relatively new solution, Evolving Systems said it has activated seven million SIMs through DSA, including four million in the last four months, and has three customers in live production – 3UK, MTN South Africa and Telefónica Móviles México. Two Southeast Asian customers are due to implement the solution in the first half of this year, with a further African operator expected to follow later in 2010.

“By provisioning at the time of first use through DSA, they have an immediate opportunity for engagement and interaction and can gather missing information and deliver tailored marketing messages as a result.

“Critically, in the new age of mobile broadband and connected devices, using DSA enables operators to be both device and location aware. After all, there is a major difference between the kind of marketing message suitable for delivery to a feature phone connected to a GPRS network and that which is appropriate for a mobile broadband network connected iPad with a large colour screen and multi-touch capability,” Cochran concluded.

More than 10% of subscribers to use mobile ticketing in 2014 – report

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Travellers, cinema goers and sport fans to embrace convenience of tickets on their mobiles

A Juniper Research study has forecast that more than 1 in 10 mobile subscribers will either have a ticket delivered to their mobile phone or buy a ticket with their phone by 2014. This represents a five-fold growth over the next five years.

"Our research established that ticketing providers are exploiting apps to deliver innovative offerings – not just on smart phones either. One of the keys to widespread acceptance is going to be the ease for users of "silent"

The Mobile Ticketing report found that services are developing fastest in the transport sector, with SMS, bar code and, increasingly, app driven services being offered by rail & metro companies and airlines.

The potential for rail, metro & bus mobile ticketing is shown by early adopter market hotspots such as Japan, Scandinavia and Austria. Global impetus is being added by the rapidly growing number of airlines offering not only mobile boarding passes but ticket booking and payment as well. Beyond transport, mobile ticketing is already seeing traction across a wide range of sporting and entertainment venues including baseball, concerts and movies.

Report author Howard Wilcox stated: "Our research established that ticketing providers are exploiting apps to deliver innovative offerings – not just on smart phones either. One of the keys to widespread acceptance is going to be the ease for users of "silent" equipping via pre-installation. Telecom Italia's new SIM cards for 2010 are a good example."

Further key findings from the report include:

  • Europe, Far East & China & North America regions are all forecast to see double digit penetration by 2014
  • Growth constraints include multiple ticket scheme environments such as certain transport markets, with their potential resulting user issues such as support and help

 

Opinion – Real-time policy control – way out of increasing data traffic and shrinking revenues

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The number of smartphone users is growing steadily and thus data traffic is growing as well. Video and gaming applications as well as social networks are ranked top in smart devices usage. For service providers, the increase in data traffic is not just a problem but can also be an opportunity. Orga Systems' solutions applying dynamic policy management help operators to prepare for a successful future.

Increase in traffic on mobile networks
Mobile data traffic is growing fast but revenues are lagging behind the cost operators have in providing it. Operators have recently reported increases in data usage from an average of 5-6 Gbps in 2008 to 24 Gbps in 2009, which signifies a fourfold increase in just one year. To generate sustainable revenues from data services, service providers are now seeking ways of supporting subscriber management along with real-time policy and charging control. They have to create interfaces to the network elements responsible for collecting and aggregating usage information for related charging and billing processes.

Simplifying complexity by using just one platform
Managing the way subscribers are using new and bandwidth demanding services is getting crucial for service provides around the globe. Dynamic real-time policy management enables mobile operators to maximize their mobile broadband and data revenues. Complete service personalization, meeting the subscriber's individual expectations, unlocks additional revenues within profitable customer segments. Orga Systems' Next Generation Control Point, helps operators to manage complex subscriber profiles and charging rules for all services across all networks. It unifies dynamic policy management, active mediation and charging control in one single platform. The solution is based on Orga Systems' proven experience in managing real-time charging for 60+ million subscribers on one system.

Seamus Hourihan – Interview

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The profitable generation of new service revenues is a key priority for mobile operators. Yet introducing new services, and blends of services, can look a daunting and expensive technical challenge, with the requirement for new call and session control technologies.

Mobile Europe caught up with Seamus Hourihan, Vice President, Marketing & Product Management, Acme Packet (right), to hear how mobile operators are implementing Session Initiation Protocol (SIP) in their networks to enable them to create and manage new services.

Mobile Europe:
Seamus, with operators challenged to create profitable new revenue sources as well as drive down operating costs, many are of the view that technologies like SIP will be crucial in enabling operators to manage these services more effectively.
How are your operator customers viewing the implementation of SIP within their networks?

Seamus Hourihan:
When it comes to the current implementation of SIP, there are three areas of growth: in the core, on the interconnect between borders, and on the subscriber access side of the service infrastructure.

Many service providers have implemented IP cores to link disparate parts of their networks together. Yet, signaling has largely remained legacy (i.e., circuit-switched), which stops short of the full potential cost savings.SIP in the core
In the core, SIP activity is being driven chiefly by the operators’ need to reduce capex and opex. Many service providers have implemented IP cores to link disparate parts of their networks together. Yet, signaling has largely remained legacy (i.e., circuit-switched), which stops short of the full potential cost savings. Employing SIP-based elements means they can benefit from centralised routing databases, instead of having one at each MSC, resulting in complex and costly route management. This sort of development is occurring initially in the USA, and we expect to see more movement elsewhere around the world as operators face the same challenges that US operators have done as they move to all-IP networks.

More efficient interconnect
On the interconnect side, things are happening simultaneously with the movement of SIP to the core. As service providers move from TDM interconnectivity to IP, using session border control solutions, such as we provide, means they can reduce their interconnect costs by up to 50%. Interconnect set-up times are reduced from weeks to days, and there is also the added advantage of an increase in the quality of the voice calls they support, as the need for transcoding different voice codecs is eliminated.

One of the factors driving this move is that in the USA there’s a trend to move to a “bill-and-keep” business model. A bill-and-keep business model eliminates all the cost and hassle of the administrative infrastructure associated with per call settlement or negotiated settlements on termination costs. Again, it’s occurring in the USA primarily as the rest of the world is still wedded to the GSMA business model of negotiated settlements, as reflected in the GSMA’s IPX initiatives.One issue associated with the movement to SIP is, “How to do it?” IMS is an architecture – a functional architecture that does not tell you how to combine functions together. That’s challenging for operators to figure out because each vendor has its own solution.

SIP for Rich Communications Suite and Fixed-Mobile Covergence
The third area, that I termed SIP for enabling enhanced subscriber access, is being driven by the GSMA’s Rich Communications Suite (RCS) initiative – with the use of SIP to complement circuit-switched voice in 3G networks. RCS allows operators to augment and enhance the address book and messaging services, to create connected services of greater value to the user. This side of things is moving a little slower, in terms of looking at the number of subscriber calls handled by SIP, but we see great potential. In European markets, there is considerable activity on RCS in Southern Europe and in France in terms of trials, and these trials continue to go well.

Fixed-mobile convergence is another service which enhances subscriber access by bridging mobile services from the 3G RAN to femotocell and WiFi access points. The goals of this service are to increase geographic service coverage for subscribers and off-load the macro 3G RAN to reduce costs.

Mobile Europe:
One challenge operators face is how to get the benefits of implementing SIP-enabled elements through the network without committing to a full, transformative, all-IP network architecture at the same time.

Seamus Hourihan:
Yes, one issue associated with the movement to SIP is, “How to do it?” IMS is an architecture – a functional architecture that does not tell you how to combine functions together. That’s challenging for operators to figure out because each vendor has its own solution.

Acme Packet is a proponent of IMS and, in fact, our products fulfill many critical functional elements, such as the Proxy-CSCF. However, we also realize that IMS represents a complex and resource intensive migration.This is why Acme Packet has recently introduced products that have IMS-like functions, and standard interfaces, but that can enable operators to emulate IMS elements in a very cost-effective manner. Our SIP Multimedia-xpress (SMX) uses industry standard interfaces to add IMS functionality to our session border controller solutions, allowing operators to offload core SIP routing to centralised elements, instead of interconnecting a host of points of presence.

That creates a very affordable solution, just $2-3 per subscriber for 100k subscribers. And used with the session-aware load balancing solution that we announced at Mobile World Congress, operators can create clusters to manage the distribution of up to two million subscribers on the access side. This means that service providers can start small and then scale this to a full IMS solution in a very cost effective way using products from Acme Packet and our IMS core vendor partners

Mobile Europe:
And operators can have confidence that they will still have full interoperability in an IMS environment?

Seamus Hourihan:
IMS defines standard interfaces between functions, like between the serving CSCF and application server. As long as there is a standard interface to these elements, then these standard interfaces go a long way to ensuring interoperability, even though the elements themselves may still run into issues in how developers interpret those standards.I feel that we are just wasting our precious time and money if our only goal with LTE is to deliver circuit-switched voice calls over LTE.

Mobile Europe:
Another high-profile role for SIP recently has been in the development of the One Voice, now the GSMA-backed VoLTE, initiative to find a common method to deliver IMS voice over LTE networks.

Seamus Hourihan:
Yes, and we’ve been a very active proponent of SIP for delivering voice services and more interactive services over LTE. I feel that we are just wasting our precious time and money if our only goal with LTE is to deliver circuit-switched voice calls over LTE. The goal is really to enable the new services we don’t have yet. We are fully supportive of VoLTE, and the vision it has of providing a single SIP-based IMS standard for providing voice over LTE.

But I would like to add that SIP, whether as part of a full IMS architecture or not, enables everything that everyone talks about from the over-the-top providers, as well as more efficient and higher quality voice. It enables the blending of new services and user experiences that will allow operators to compete in the new environment.

 

Gateway Location Register given green light by GSMA

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Starhome, a provider of roaming services for mobile network operators, today announced that the BARG (Billing and Accounting Roaming Group) of the GSM Association, has determined that the Gateway Location Register (GLR) solution is not an Anti-SoR (Anti Steering of Roaming) solution and cannot be considered as a hostile means to maintain roamers in an operator's network.

The Gateway Location Register works by providing a mechanism for aggregating individual MSCs (mobile switch control) to reduce the MAP (Mobile Application Part) signalling between the HPMN (Home Public Mobile Network) and the VPMN (Visited Public Mobile Network). As a result, the Gateway Location Register provides the VPMN with the ability to 'significantly' reduce the amount of signaling messages sent to its signaling provider and toward other Home Public Mobile Networks (HPMNs).

Starhome says its Gateway Location Register was the first solution of its kind to be introduced to the market more than three years ago, gaining Starhome a strategic advantage over its competitors. 

Starhome has more than 65 live installations of its Gateway Location Register solution.

Shlomo Wolfman, co-founder and COO of Starhome commented: "Operators can now feel confident of using Starhome's Gateway Location Register as a means to increase their inbound market share.  Starhome has always maintained that its Gateway Location Register is a legitimate solution to manage and optimize operator's inbound roaming traffic; we are happy that BARG has confirmed this."

The Starhome Gateway Location Register is said to have enhanced capabilities that go beyond the 3GPP standard, and provides the network infrastructure with intelligent roaming capabilities to monitor, manage, optimize and maintain a high quality of service for inbound roamer traffic.

Yes, we can make money on sub-$100 femtocell, says Ubiquisys

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Everyone makes a profit, and performance is best in class

Ubiquisys has said that it can profitably support the production of sub-$100 femtocells. Ubiquisys announced this week that SerComms’s G3-mini is the first example of a “new generation of low-cost femtocells” that can come in at under the $100 mark.

One competitor had questioned how Ubiquisys can support that number profitably. “I thought it was a strange thing to announce,” the industry player said to Mobile Europe. “Is it achievable, can anyone make money at that price today? It’s not enough to stay in business at today’s volumes.”

But Keith Day, VP Marketing Ubiquisys, said that the company’s hardware and software designs can support manufacturers in the profitale production of femtocells that fall “well within” the $100 mark without compromising performance.

He added that the number has been reached without factoring in massive volume production. The first order to attain that sub $100 mark was for 100,000 units, he said.

“We make healthy margins at below $100. We are a small UK company that does nothing other than make femtocells. We have to answer to our shareholders and be sustainable. In fact, we deliberately waited to talk about this because we didn’t want it to appear as just a publicity stunt before we started to implement it with manufacturers, get a robust product, and get orders.”

“How do we do it? The process is fairly clear. We have encapsulated the radio bit and a lot of femto deployment expertise into our Femtocell Engine software. By doing that we can help manufacturers deliver femtocells without the need for them to have 3G radio or software expertise,” Day said. “They can also benefit from efficiencies of production through our customizable hardware designs.”

Day added that performance need not be affected. Some competitors have proposed that cheaper products can be produced with less sophisticated RF designs, where operators can deploy femotcells in a sole carrier. But Day insisted that the Ubiquisys femtocell has been designed “from the outset” for use in shared carriers.

“I see people writing things like that on blogs and articles and it makes me want to jump in… We think the G3 mini is best in class. It is eight calls and has real time continuous self-organisation,” Day said.

One industry source also raised the issue of whether the sub-$100 selling price includes IPR licenses due to the likes of Qualcomm and Ericsson.

Day said, “That’s a more complicated question to answer. The answer is, it depends. The IPR is given to whoever’s brand is on the femtocell, which is sometimes our name and sometimes not. But IPRs wouldn’t put our femtocell over that $100 mark in any case.”

 

Colibria says it will concentrate on convergence

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It’s all about SIP, IMS and RCS, says company

It took Colibria all day yesterday to come up with a statement on why it has sold its IMPS business to Synchronica. Given that this deal can’t exactly have taken it by surprise, it seems strange that it didn’t have its story straight at the same time as Synchronica was telling the world what had happened.

 

In any case, Colibria’s explanation for taking Synchronica’s money and shares was that it wants to concentrate on IMS and SIP-based convergence, instead of its OMA IMPS-based mobile instant messaging and communities business.

Having had as much success as anyone in the IM gateway and IMPS presence server space, Colibria has now decided that its future lies in the SIP, RCS and IMS fields.

Its statement said, “The ability and strength of the business in the key areas of Session Initiation Protocol (SIP), Rich Communications Suite (RCS) and IP Multimedia Subsystem (IMS) is a crucial and important factor in making this divestment decision. It will also allow Colibria to invest in the rapidly growing areas of SMS over IP and Colibria’s socially aware Network Address Book where the company has proven technology leadership.”

CEO Keith Gibson said, “Colibria will continue to grow in technology areas that play to its strengths. The increasing interest for our SIP Presence and RCS Convergence solutions has exceeded our expectations and we will now focus the business on these key areas. Last month we announced that we have already shipped over 750,000 licences in this market and we confidently expect to continue that rate with the support of our expanding sales channels.”

It’s interesting to see that despite the current contracts Colibria has, it now sees the opportunity around SIP and RCS. This reflects the move in mature markets towards IP RAN and core networks, and the needs of mobile operators to build and manage services across those networks. It also throws Colibria up against some of the heaviest hitters in signalling and session control technologies. But then, as its experience in IM showed, it has been there before and carved out a market.

 

 

 

Ofcom proposes lower mobile termination rates to benefit UK consumers

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Ofcom today published proposals to reduce mobile termination rates – the wholesale charges that operators make to connect calls to each others' networks.

Ofcom's proposals would reduce termination rates over four years. As rates fall and operators adapt, consumers will benefit from cheaper calls and competition in both the UK fixed telecoms and mobile markets, it says.

Lower termination rates will enable cheaper calls to mobiles for the 32.7 million UK homes and businesses with a landline. The proposals will also mean that both landline and mobile operators have more flexibility in designing competitive call packages, promoting competition for the benefit of consumers.

Following an initial consultation in May 2009, today Ofcom set out further detailed proposals on how rates should be set from 2011 to 2015.  Ofcom proposes to reduce termination rates from around 4.3p per minute to 0.5p per minute by March 2015.

Ofcom says the proposed changes will have two effects:

  • The payments between mobile operators for terminating calls will fall: this change will largely balance out across the mobile industry; and
  • The payments made by fixed operators to mobile operators for terminating calls will fall and we expect these reductions to be passed on to consumers through competition.

Ofcom says the UK mobile market has changed significantly since Ofcom last set termination rates in 2007. Today there are many smaller communications providers offering mobile services to consumers including mobile virtual network operators (MVNOs), voice over IP providers (VOIP) as well as the four mobile operators with national mobile networks (3UK, O2, Vodafone and the merged Orange/T-Mobile). This means that there is more choice for consumers in the mobile market than ever before.

The way that consumers use mobile devices has also changed. Today's consumers are as likely to send text messages or emails as make phone calls, and mobiles are increasingly used to connect to the internet. According to Ofcom figures, the volume of data traffic over mobile networks has increased by 200% over the last year.

Ofcom proposes to change the way that mobile termination rates are regulated for the 2011 – 2015 period in the following ways:

  • For the four operators with national mobile networks, Ofcom proposes a method for setting the rates from 2011 that only takes into account costs that are incurred directly from terminating calls, rather than additional so-called common costs, such overheads; and
  • For other mobile communications providers that are able to set their own termination rate, such as smaller or new entrant operators, these rates should be set on a fair and reasonable basis. This means that their rates are likely to be in line with the four national mobile network's rates. This will increase regulatory certainty and should help new mobile providers enter the market with innovative products and services.

Ofcom's consultation on the proposals closes on 23 June 2010.

Synchronica outlines plans for Colibria assets

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Colibria keeps hold of SIP/SIMPLE assets

Synchronica has bought Colibria’s IMPS business, plus its social networking gateway, Windows Live Messenger Gateway, and its App Centre.

Synchronica CEO Carsten Brinkschulte told Mobile Europe that the key aspect of the deal is to acquire the operator customer base, as well as future revenues.

The transaction will see Synchronica take over responsibility for Colibria’s 13 operator contracts, as well as 46 people. It is paying $750,000 in cash, plus two tranches of new shares, for the mobile-IM focused business assets of Colibria.

OMA IMPS (Internet Messaging and Presence Server) is a standard protocol used to provide mobile IM and presence-enhanced messaging services. It is specified in the GSMA PIM programme for interoperable mobile IM, meaning that some operators building their own IM communities have used IMPS with a view to interoperating with other communities. But IMPS presence servers and gateways can also be used to open up online communities, such as GoogleTalk, to interoperate with users of “operator” mobile IM communities.

Colibria’s technology will give Synchronica a ready-made and proven mobile IM technology to add to its Mobile Gateway 5 product, which includes push email as well as an OMA IMPS compliant presence server. In time, Brinkshulte said, the two products would be combined.

Colibria will keep hold of its SIP/SIMPLE assets, with which it addresses pre-IMS and IMS opportunities, including support for operators committed to the GSMA’s Rich Communications Suite path.

Brinkschulte said that he saw IMS and SIP/SIMPLE deployments as more geared towards mature markets, whereas Synchronica wants to take its services to the emerging markets. Operators’ “own brand” IM is seen as particularly relevant in emerging markets, though not exclusively in emerging markets. Telecom Italia and Optimus are two European operators with IMPS-based services.

Brinkschulte confirmed that as well as the IMPS assets, Synchronica has bought Colibria’s Windows Live Messenger mobile gateway technology.

“Microsoft has special requirements around the UI and technical protocols,” he said, “and carriers need to know that they are complying with Microsoft’s legal requirements.”

Mobile Europe has been waiting since this morning for a comment or statement from Colibria. When we have that, we will bring it to you.

Here’s Synchronica’s own list of what it has bought:
* Transfer of 13 carrier contracts, including two large carrier groups with an addressable market of more than 320 million subscribers.
* 46 Colibria employees, who will become part of the Synchronica team, ensuring the continuous development of the acquired products and support for transferred contracts.
* Transfer of two reseller agreements with a tier-1 network equipment provider and a leading messaging infrastructure software provider related to the acquired IMPS products.
* Colibria’s Instant Messaging and Presence Service (IMPS), which provides a complete, scalable and OMA standards-compliant mobile operator messaging service.
* Colibria’s Windows Live Messenger Gateway, which allows users to mobilise their Windows Live Messenger service.
* Colibria’s Social Network Gateway, which enables operators to provide an interactive and inclusive mobile social network service as part of an integrated mobile experience.
* Colibria’s dedicated App Centre, a collection of ‘software as a service’ solutions designed to add instant value for the user and boost revenues for the operator through increased traffic, premium services and advertising.

 

Smartphone growth is fastest in the mid-tier

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Less traffic per user, says comScore analyst, but much wider adoption

The mid to low tier was the fastest growing smartphone sector in 2009 in Europe, according to stats just released from comScore. comScore found that the fastest growth for smartphone adoption was for tariffs below €50 in France, Germany, Italy and Spain, and £35 in the UK.

Although adoption of high-end tariffs also showed good growth in the UK (60%) and France (43%), across the board it was the mid to low tier segment that topped the charts, with adoption of sub-€50 contracts growing 52% in France, about 40% in Germany and Spain and 14% in Italy.

That means that although operators are seeing a widening smartphone user base, they will not necessarily see the same lift in data loads – and with it the same data-profit gap – that they have seen with high end smartphones.

Despite recent offers for the iPhone at lower monthly tariffs, Alistair Hill, senior mobile analyst at comScore, said that tariffs at that range tended also to come with mid to low tier devices, typically Symbian devices or perhaps Android, although Android still has a very low market penetration overall.

“We are seeing that people who pay less on a monthly basis are also less intensive data users,” Hill said. “Yes, they are using smartphones and data services but these types of devices are not quite iPhones. They tend to be Symbian based devices that are not quite as smart as the iPhone.”

To support that, Hill said that 20% of users in the mid-low tier use their devices for data every day, against 32% of high end users.

82% of all users pay less than £35 a month, Hill added, so addressing that market with smartphone devices that drive mobile media use will be critical for operators.

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