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Applications Performance Monitoring in LTE networks:

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Webinar now available to view

Date: Thursday, 9 December 2010, 2-3pm GMT
Host:
Keith Dyer, Editor, Mobile Europe
Presenters: Tommi Tallgren, Product Manager, Wireless Division, EXFO; Markus Weiland, Product Manager, Service Assurance Division, EXFO; Alun Lewis, Telecoms Consultant and Writer

As operators plan for and deploy LTE networks the overall motivation is to achieve a lower cost per bit of delivered data, and to drive up revenues by delivering more and richer applications. But those goals are threatened by the ability of operators to gain a full view of the customer experience in an LTE environment – potentially resulting in dissatisfied customers, increased care costs and churn.

In a multi-protocol network, conventional assurance products lack the ability to provide comprehensive visibility into both the customer experience (the user plane) and data transmission (the control plane). Yet an end to end view across multiple domains is critical if operators are to ensure customer expectations of next generation mobile broadband services are met.

This exclusive webinar will allow you to:

Find out:
If legacy systems are designed with the flexibility and scalability to provide a complete network view with the data, reports and alarms required to proactively manage multi-technology, multi-protocol networks.
How to track a single transaction or session across multiple domains, resolving issues that impact on QoE, and revenues.

Ask:
What next generation performance monitoring looks like?
How you can maximize your LTE investment?

View webinar

Microwave favoured backhaul solution for Western Europe, says research

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With the division of whether to use optical fiber or microwave for mobile backhaul, CAPEX for microwave backhaul will peak in Western Europe this year at almost $4.4 billion, more than triple the figure for the next-highest region, Asia-Pacific, according to ABI Research. The European spending surge is due to the expansion of 3G networks to new areas, as well as a few initial 4G network deployments.

“Once that wave is completed in Western Europe, microwave backhaul will be left alone for a while,” comments ABI Research analyst Xavier Ortiz. “Following the 2010 spending spree, Western European microwave backhaul CAPEX will tumble in 2011 to just over half its peak level.”

Virtually all world regions will see some increase in microwave backhaul CAPEX over 2011-2013, followed by a gradual decline, says ABI, with the reasons varying by location. In Asia, many 3G networks will be rolled out during that period, and others will be expanded to reach remote, underserved areas and, according to practice director Aditya Kaul, “Asia’s investment in microwave backhaul would be even greater were it not for the Chinese government’s mandate to use fiber for the country’s 3G and 4G networks. Although microwave is less expensive and faster to deploy, a governmental commitment to fiber means huge economies of scale, and fewer worries about zoning permissions.”

In the United States, the situation is said to be very different. The prevalence of fiber optic cable in many parts of the country combined with the high cost of tower leasing mean that interest in microwave as a backhaul solution is lower than anywhere else. “Large service providers are saying they will only use microwave where fiber is unavailable,” says Ortiz.

Cerillion turnover up by 17% as profit doubles

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Cerillion Technologies, a provider of next generation customer management systems, today announced its audited results for the financial year ending 30th September 2010, with turnover up 17% and EBITDA increasing by 119%. During the year, the company secured five completely new customers, with significant wins achieved in the Americas, EMEA and Asia Pacific regions for its business support systems (BSS).

In addition, healthy recurring revenues from existing clients and five major system upgrades to the latest Cerillion version, means the company is said to be going into 2011 with a very healthy backlog and an extremely positive outlook for further growth in the year ahead.

said to be notable in Cerillion’s success is the diversity of the business that the company is winning in both mature and emerging markets. This includes convergent CRM and Billing solutions for Cable, MVNO, WiMAX and Multi-play communications services providers (CSPs); supporting wholesale and retail operations; and delivering integrated solutions and managed services.

“The openness and flexibility of the Cerillion platform is absolutely key in enabling us to address such a breadth of business models using the same core software,” commented Louis Hall, CEO, Cerillion Technologies. “This ability to support any kind of service has helped us to adapt quickly to changing market conditions, and I am delighted to report Cerillion’s continued growth and another very encouraging set of results for 2010.”

Arieso’s customer research was not in the USA

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Readers of our free weekly newsletter will know that I covered the topic of operators’ insight into how different handsets perform. This was based on work done by Arieso into the area, and released this week.Keen readers may have noticed that I said that Arieso had carried out its research in the USA. This was incorrect. Arieso did carry out research over a 24 hour period, but not in the USA. I apologise for this to Arieso if it has caused any difficulty – clearly I got hold of the wrong end of a stick, somewhere. The correct location of the research is a secret. But it’s an urban location with at least 1,000 iPhone4 and Samsug Galaxy users, so that may narrow it down a bit, I suppose.

The rest of the piece is reposted below, so you can see the context.

Android’s a data hog – so what?
Mike Flanagan, CTO of Arieso, was doing the media rounds this week promoting a piece of work his company has done analysing which smartphones drive the most data traffic across mobile networks.

Not surprisingly, the work was picked up by many outlets because it had a headline finding that Android users are more data hungry than iPhone4 users, especially on the uplink. That’s good SEO for a news site for a start, and a nice hook for a story.

But I’m not sure what the actual value of this work is. To be fair, Flanagan wasn’t trying to make out his research was any more than what it is – it’s a 24 hour snapshot of one network. But partly because of client confidentiality, there’s little context behind the findings. The Samsung Galaxy was found to generate nearly two and a half times the uplink data than a typical iPhone 3G, but we don’t know why – was there a service push, or a particular event that day that could explain it? We don’t know.

Nor can we correlate that to any other known findings so far – does the Galaxy always generate a 250% uplift on uplink data over the iPhone 3G? Again, we don’t know – we just know that amongst one user group, on a given day in one market, it did so.

This lack of supporting evidence provides support for Flanagan’s wider point, however. Flanagan said that operators need to be aware that when they range a particular model, they are likely to see a particular type of data usage. At the moment, they are playing a guessing game, he said. That’s a valid point – and of course Flanagan would not suggest that operators base all their decisions on this piece of work – the results are illustrative, rather than definitive.

What the research does show is that, as a rough rule of thumb,  the more recent the phone model the more data is used. That sounds about right, intuitively.

It also shows that if this data is to be of use, we need a lot more of it. What is the economic impact, for example, of a phone generating 250% more data than another phone. It may not make any difference. It may all be contained within a data plan, at quiet times, in a location with relatively few other heavy users – in which case so what? Or it may be in a capacity-constrained location with a host of other heavy users, in which case you, as an operator, are going to want to know.

So I think it points to a greater issue, that operators are going to need a much more detailed picture of usage, by handset, OS, location, time and user – both because they must plan and use the finite resources they have and also so they can get into the realm of effective customer experience management as smartphone usage grows.

 

Operators learning from mobile IM in the delivery of RCS services

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This article, written by Fridy (Sharon Fridman), Principal Technologist, Neustar, argues that although mobile IM services have not been a huge success for operators, RCS offers an opportunity to increase revenues, and compete with the over the top providers.

I’m not sure what I make of this. Two years ago, indeed one year ago, NeuStar were ardent advocates of the GSMA PIM initiative and operator-led interoperable mobile IM. Now RCS offers a wider, smoother, path to more “fulfilled” services, Fridman argues. “The future is still bright as operators are learning from their mistakes…”

See what you think.

Operators learning from mobile IM in the delivery of RCS services Author: Fridy.
Mobile IM is a service that consumers clearly understand. There are many like for like services that have been successful over fixed line networks for a number of years, so in many ways its introduction as an integral part of the mobile experience only seems to be a matter of time, but is this still the time?  Well, yes and no. Unfortunately, mobile IM has often been limited to specific handset manufacturers without built in interoperability between them. Consumers have also never had a ‘known method’ for mobile IM with which to gain familiarity.
Operators have stood still for too long, benefitting from SMS revenues without being able to introduce a service that provides a clear route to increase revenues. But, instead of being the end of mobile IM, it is only the beginning. The future is still bright as operators are learning from their mistakes through the delivery of a more enhanced set of rich communication services (RCS).

Operators sitting on their ‘SMS’ revenues
It has been well documented right from the start of smart phone evolution that IM would be a useful service to bring to consumers to add value to their mobile phone experience. In fact, for those manufacturers such as BlackBerry who were quick to capitalise (through its delivery of BBM), the services have been very successful and in fact have provided a point of differentiation for consumers. Surprisingly however, for the rest of the handset manufacturers and operators, the adoption of mobile IM has been extremely slow.
There have been many contributory factors that have led to a situation where operators have seemed happier to ‘sit’ on the revenues provided by SMS and continue to increase their market share compared to other carriers. For a start, mobile IM has often not been viewed as an attractive prospect because of the growing number of free services available from vendors. As a result, consumers’ general perceptions are that mobile IM services should be free.
Fring is one of the best examples of a provider that has brought video and mobile IM services free to multiple handsets across operators. It is a well designed service that operates across a number of operating platforms and was gathering momentum with consumers due to the excellent user experience that it provides. Unfortunately however, Skype, who were originally on board – meaning that consumers could integrate their services – has pulled out due to what it seems is a lack of revenue opportunities.

RCS: A chance for operators to monetise mobile IM
To move with the times, and the increased number of services that are now available on smart phones, operators have looked beyond mobile IM to provide a more fulfilled offering. Mobile IM therefore now falls within the subset of RCS. This GSMA initiative comprises of service providers and vendors (network, device and client) working together to profile existing standards, test devices and enable handset interoperability, network interoperability as well as service provider interworking. Consumers often have multiple contacts with the same operator, so ensuring that they can communicate with their contacts across a number of handsets is a priority even before issues between different operators are addressed.
RCS fits the lifestyle communication needs of ‘always-on’ mobile users and is the starting point for their social interaction. Its feature rich portfolio of services unleashes the communities hidden in the user’s phonebook and will make multimedia social networking much simpler. Just some of the services that have been suggested as part of this include; enhanced address book, rich call and rich messaging.
The enhanced address book provides presence and capability indications, enables users to initiate communications such as voice calls, video calls, file transfers or messaging, and allows users to integrate multimedia elements, such as photos of contacts. Presence lets users inform their social groups to their availability and state of mind. It allows for both communication and also personalisation through the use of avatars, availability and status information.
Richer calling enables users to exchange varying types of media, such as video or photos, during a call. This is beneficial for both personal contacts and also professional networks where presentations and documents can be sent live over a voice call. While rich messaging expands on traditional instant messaging to simplify and unify multiple messaging streams and provide a richer user experience, it builds on the features currently available in desktop-based IM clients and gives users a familiar user interface to work from.

The proposition of ‘passive communication’ provided by these added features make RCS very attractive for operators. In addition to active communication where consumers can trigger calls, IM or video conversations, consumers can view in real-time the activities of their friends, ensuring that they are regularly updated on the social hemisphere. As a result, consumers begin to use their phones more to connect more closely and more regularly with their friends, driving revenues generated through active communications.

Operators countering ‘over the top’ services
From an operator’s perspective, RCS is being developed as a service that can fend over the services developed by ‘over the top’ providers such as Skype, Facebook and Google. To counter the ‘excitement’ that these providers can instil within consumers, operators have to work hard to develop the experience created by RCS and also drive a ‘buzz’ around it. As with SMS and MMS, operators will be focusing on how RCS can add value to enhance third party applications and services.
There is also a continued progression towards cloud based services. Organisations specialising in interoperability, enable smaller operators to take advantage of RCS capable phones and new phones supporting the rich communication capabilities, enabling them to deploy a cost-effective solution. With the use of the cloud, it is now possible to provide a financially viable “pay-as-you-grow” model for hosted and managed mobile IM and RCS solutions.

Future outlook
According to forecasts from Infonetics, by 2011 there will be 7.5 million RCS subscribers mostly in Western Europe and Asia Pacific. Following a clear trend for converged and social features, to compete with ‘over the top’ providers, it is clear that operators need to move fast if they are to take advantage of this potential new revenue stream. Operators however, do need to take note and learn from their earlier mobile IM experiences. If they get the proposition right, RCS is likely to be a very exciting development for both operators and consumers alike.

 

Recording now available to view: Adaptive Customer Service Assurance: Taking Monitoring Beyond the Customer-Centric Approach

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This exclusive free to view webinar is brought to you by European Communications in association with Stratecast Partners and Accanto Systems.

Date: Tuesday, 7 December 2010, 2-3pm GMT
Host:
Anne Morris, Editor, European Communications
Speakers:
Karl Whitelock, Senior Consulting Analyst, OSS/BSS Global Competitive Strategies, Stratecast (a Division of Frost & Sullivan)
Paolo Trevisan, VP Marketing, Accanto Systems

Overview:
As telecom networks and services have evolved, so have Service Assurance models. Over time, different approaches have emerged: Network-Centric, Service-Centric, and Customer-Centric. These approaches have their own strengths and weaknesses. In particular, the Customer-Centric approach has gained importance in recent years, as operators have focused on measuring the perception of service quality as experienced by their customers.

However, a pure Customer-Centric approach may reveal its limitations when used to address a customer service impacting issue, particularly as new IP-based services/devices are introducing new complexities in provisioning and management. Networks and devices are essentially democratic, as they don’t discriminate as to who the customer is and how much they are paying for the service. For example, the recent signaling congestion created by smartphones would have affected most  users of those particular devices and would have been best identified and troubleshot with a Network- or Device-Centric view.

This webinar introduces the latest developments in network monitoring and troubleshooting, which has resulted in the concept of adaptive Customer Service Assurance. With an adaptive approach, an operator can arbitrarily combine various aspects of Network, Device, Service and Customer-oriented monitoring to create a more meaningful and efficient way to ensure maximum network/service performance and, at the same time, guarantee a high level of customer satisfaction.

 

View webinar here

Arqiva and Alcatel-Lucent trial LTE for rural broadband in UK

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Arqiva, a communications infrastructure and media services company, and Alcatel-Lucent, today announced a Long Term Evolution (LTE) wireless technology trial in the Preseli Mountains, West Wales. The trial is said to demonstrate the economic and technical viability of a neutral-host wireless network as a route to extending broadband Internet services to areas with no broadband coverage (‘notspots’) and those with speeds lower than 2Mbits/s throughout the UK, estimated at 10% of UK households.

This is the first live LTE trial in the UK to use the 800MHz spectrum freed up by digital TV switchover and can deliver speeds of over 50Mbit/s.  The Preseli Mountains area has already switched to digital TV and combines low population density with dispersed communities, making it typical of areas that can’t be reached economically with the existing fixed networks.

Arqiva’s neutral-host network solution would offer wholesale access to all service providers and new entrants.  This approach extends the reach of the fixed networks while at the same time maintaining competition at the service layer – ensuring that consumers retain choice and benefit from service innovation.  Shared infrastructure, combined with a single network interconnect, provides the service provider with a far more cost-effective means of accessing a potential market of up to 2 million households.

Commenting on the announcement Lakh Jemmett, Alcatel-Lucent’s President, North Europe said: “LTE technology offers the potential to accelerate the availability of broadband services to individuals and businesses that do not have access to services that many of us take for granted.  It also paves the way for access to a plethora of new applications.”

Steve Holebrook, Managing Director of Arqiva’s Government, Mobile & Enterprise business added: “Arqiva’s heritage in rolling-out projects of critical national infrastructure is matched by our long-standing commitment to providing solutions that are universal in their delivery. We firmly believe that the combination of LTE technology, the 800MHz spectrum and a neutral-host commercial model is the best way of providing rural communities with broadband quickly, efficiently, and cost-effectively.”

The Broadband Stakeholder Group (BSG), in line with Arqiva’s analysis, recently declared that universal broadband coverage cannot be solved by one technology alone, and recognised the ‘integral role’ that wireless will play.

Android’s a data hog – so what?

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Mike Flanagan, CTO of Arieso, was doing the media rounds this week promoting a piece of work his company has done analysing which smartphones drive the most data traffic across mobile networks.

Not surprisingly, the work was picked up by many outlets because it had a headline finding that Android users are more data hungry than iPhone4 users, especially on the uplink. That’s good SEO for a news site for a start, and a nice hook for a story.

But I’m not sure what the actual value of this work is. To be fair, Flanagan wasn’t trying to make out his research was any more than what it is – it’s a 24 hour snapshot of one network in the USA. But partly because of client confidentiality, there’s little context behind the findings. The Samsung Galaxy was found to generate nearly two and a half times the uplink data than a typical iPhone 3G, but we don’t know why – was there a service push, or a particular event that day that could explain it? We don’t know.

Nor can we correlate that to any other known findings so far – does the Galaxy always generate a 250% uplift on uplink data over the iPhone 3G? Again, we don’t know – we just know that amongst one user group, on a given day in one market, it did so.

This lack of supporting evidence provides support for Flanagan’s wider point, however. Flanagan said that operators need to be aware that when they range a particular model, they are likely to see a particular type of data usage. At the moment, they are playing a guessing game, he said. That’s a valid point – and of course Flanagan would not suggest that operators base all their decisions on this piece of work – the results are illustrative, rather than definitive.

What the research does show is that, as a rough rule of thumb,  the more recent the phone model the more data is used. That sounds about right, intuitively.

It also shows that if this data is to be of use, we need a lot more of it. What is the economic impact, for example, of a phone generating 250% more data than another phone. It may not make any difference. It may all be contained within a data plan, at quiet times, in a location with relatively few other heavy users – in which case so what? Or it may be in a capacity-constrained location with a host of other heavy users, in which case you, as an operator, are going to want to know.

So I think it points to a greater issue, that operators are going to need a much more detailed picture of usage, by handset, OS, location, time and user – both because they must plan and use the finite resources they have and also so they can get into the realm of effective customer experience management as smartphone usage grows.

CEM is a topic that means all things to all people, but its core meaning – how operators will manage the end user experience – is going to be a hot topic in 2011. We at Mobile Europe have some events planned on just this topic for 2011. And indeed we’ve started the ball rolling with a webinar, held yesterday, on the area. If you want to see what analyst Karl Whitelock and assurance company Accanto Systems make of current CEM practice, then do watch the recording. https://www1.gotomeeting.com/register/818337169

Another aspect operators will have to deal with is assurance in an LTE environment – which changes things for them by introducing new elements, interfaces and protocols. And guess what, we’ve an event on that too, happening tomorrow. You can register for that here. https://www1.gotomeeting.com/register/171622993

So if you are on the webinar tomorrow, I look forward to speaking to you then.

Keith Dyer
Editor
Mobile Europe

LINKS:

http://www.mobileeurope.co.uk/news/news-anaylsis/8320-what-you-need-to-know-about-mobile-3d-and-why

http://www.mobileeurope.co.uk/news/features/8328-real-world-challenges-in-deploying-lte-networks

http://www.mobileeurope.co.uk/news/press-wire/8335-nokia-siemens-networks-and-orange-armenia-modernise-network-for-hd-voice-and-higher-speed-internet-

http://www.mobileeurope.co.uk/news/press-wire/8333-allot-and-openet-partner-on-online-policy-management-solutions-for-mobile-broadband

Nokia Siemens Networks and Orange Armenia modernise network for HD voice and higher speed internet

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Orange Armenia has successfully modernized its network, providing high definition (HD) voice services on the whole network across Armenia, and delivering up to 14.4 megabits per second (Mbps) data speeds in main cities. Nokia Siemens Networks is the key supplier to Orange Armenia for its core and access network, providing technology such as HD voice and High Speed Packet Access (HSPA).

In July this year, Orange introduced HD voice services using the Wideband AMR technology, becoming only the second service provider in the world, and the first in Armenia and the region to do so. Orange is also the first operator in Armenia to offer full solution of 14.4 Mbps services with upgraded network, available modems and commercial offer.

“It is our endeavor to introduce innovative, high quality broadband services. We are proud to be the first in Armenia to make available these innovations to our customers,” said Bruno Duthoit, CEO, Orange Armenia. “In partnership with Nokia Siemens Networks, we are aiming to set a new benchmark on quality of voice and data services to deliver an unprecedented experience for our subscribers now and in the future.”

“Competition in Armenia’s telecom market has intensified with the entry of Orange Armenia and consumers are already reaping its benefits,” added Frederic Castano, customer team head at Nokia Siemens Networks. “We are committed to supporting the operator in rolling out advanced services at lower cost of ownership. At the same time, we are ensuring that Orange Armenia’s network is equipped to handle growth to provide a consistent high quality experience to its users and gets ready for the next generation mobile broadband services.”

Vodafone chosen by Unilever to manage global mobile services

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Vodafone Global Enterprise has been selected by Unilever to manage its mobility services globally in a three-year deal.

Covering 63 countries, the strategic alliance will see Vodafone Global Enterprise supply nearly 50,000 Unilever employees with devices, connectivity and Managed Mobile Services, which is said to improve the transparency of Unilever’s mobile communications spend, enhancing cost effectiveness and service delivery levels.

Vodafone Global Enterprise is the business within Vodafone which manages the communication needs of its largest multinational customers. Under the agreement, Vodafone will also provide Unilever with consultancy on how to gain greater competitive advantage through deploying innovative mobile solutions. In addition, Vodafone will provide strategic advice on new trends such as the effective management of consumer devices and applications in the workplace.

In parallel, Vodafone and Unilever will operate a graduate trainee exchange programme to encourage further mobile innovation in the workplace.

To simplify the management of Unilever’s mobile communications, Vodafone will deploy a range of solutions including Vodafone Telecoms Management, a fully hosted and managed service designed to remove operational complexity.

Underpinned by Vodafone’s global support and service level agreements, Vodafone Telecoms Management will give Unilever greater visibility and management control over its telecoms expenditure, as well as improve the quality of service delivered to employees, it says.

“Vodafone Global Enterprise looks forward to working in partnership with Unilever to help enhance the performance of the business through mobile innovation. We are firmly committed to delivering greater value to Unilever through a range of mobility products and services designed to enhance their operational efficiency,” said Nick Jeffery, CEO of Vodafone Global Enterprise. “At the same time we will make sure that all Unilever employees enjoy first-class quality of service globally.”

Pascal Visee, Chief Enterprise Support Officer at Unilever says: “As Unilever, we’ve set ourselves the challenging target of doubling the business while reducing our environmental impact. Mobile services play a crucial role in working towards this goal, as they will support us in creating an agile and cost competitive organisation that operates in a sustainable way. The global agreement allows us to deliver a consistent operational service to our highly mobile employees, against the right costs. Moreover, we’ll have access to Vodafone’s expertise on trends in mobility. This allows us to develop innovative ways to stay closely connected with our consumers and customers.”

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