Home Blog Page 1044

NEC announces automatic call routing, based on user context

0

NEC Develops Smartphone Solution that Automatically Recommends the Appropriate Path of Incoming Calls

NEC announced today the development of smartphone software that automatically recommends the best path for a user’s incoming calls based on the software’s estimate of a smartphone’s movement. This solution is scheduled to be commercially available by June 2012.

This new solution collects and analyses data from a user’s smartphone, which enables the software to estimate, for example, if the user is moving within a train, at a walking speed or stationary. The software then automatically recommends the most appropriate path for incoming calls, such as a standard ring, voice message or email, based on the results of sensor data analysis.

“In recent years, the spread of smartphones and mobile devices has made communication possible throughout a wide range of circumstances, including while at the workplace, at home and in transit. There are also an increasing number of communication methods for users to choose from, such as voicemail, email and SNS,” said Keiko Matsunaga, Vice President and Senior General Manager of NEC Corporation.

“A person’s activity, whether they are driving, in a meeting or exercising, has a significant impact on the best way to take a call. NEC’s new solution facilitates smoother, less intrusive communications by automatically recommending the most appropriate contact method.”

Fixing the roof in the rain

0

Last week I reported that Alcatel-Lucent had made a major launch in the CEM space. This week it was the turn of its networks team to get the press department’s attention, as it announced that it would be adding WiFi into the mix of its lightRadio access products.

Clearly Al-Lu has learnt that by announcing before Congress, rather than at the event itself, then you stand more chance of getting heard – even if what you are announcing is just a concept, as was the case last year when it announced the launch of its Cloud RAN vision, and the remote, active antennas it is calling lightRadio.

This year the vendor has become what you might term an early follower by announcing it will provide equipment that integrates, or at least co-houses, cellular and WiFi equipment.

There are a couple of vendors who got there before them, notably BelAir Networks which has produced a small cell dual-mode product and is now reported to be in the process of being acquired by Ericsson. As with its lightRadio announcement last year, Al-Lu’s announcement is running some way ahead of commercial product, but the “roadmap” is all when operators are looking at the rollout of thousands and thousands of small cells.

Alcatel-Lucent’s announcement that it is launching lightRadio WiFi is a further indication that carrier grade WiFi is going to be a major theme at Mobile World Congress. The launch builds on the WiFi 2.0 concept, which sees next generation WiFi access points as being capable of authenticating users based on their SIM credentials. This means that a mobile user could “roam” automatically onto a WiFi hotspot without having to logon or enter any details. That WiFi hotspot could be a hotspot provided by his “home” operator or by a partner, that has a roaming agreement with the operator.

The advantage of such a scenario, and of integrated products, is that it enables operators to mix WiFi and cellular networks so that users can be off or onloaded onto the network in a way that, in theory, best fits their needs and network conditions. Additionally, when a customer does use WiFi, the operator can support that without necessarily “losing” control of the customer.

There will be other companies talking about carrier WiFi at Congress, not least companies look Cisco, of course, and the likes of Ruckus Wireless, that make the next generation APs, but also companies with supporting technology such as Stoke with its WiFi access gateway.

And if you needed further evidence of a new pragmatism around using a mix of licensed/unlicensed spectrum, then note that the Femto Forum, previously the haunt of the licensed spectrum small cell brigade, has this week opened up its doors officially to WiFi and renamed itself the Small Cells Forum.

And so back to last week’s theme – CEM – and the prediction that more vendors would be making major plays in this area was reinforced by two bits of news from NSN this week. The first was that the vendor is now offering operators a new interface to its CEM systems with CEM on Demand, a portal that acts as a single entry point to dashboard views of mobile operators’ key performance indicators (KPIs) and recommends actions they can take to improve their customers’ experience.

The idea is to provide a centralised function for the multiple data inputs and outputs needed to analyse and manage the customer experience. The idea, for example, is that operators with the ‘high value customer insight content pack’ could obtain real-time insights based on KPIs such as tariff plan, service use, hotspots and locations, type of device and device performance, roaming and service quality. Operators could use this mix of information to resolve quality issues or provide detailed background information about network issues to customer care center agents in real-time.

So why does this matter? Well, the current scramble to do something that actually translates into decent customer service is about fixing a roof that operators failed to mend when the sun was shining. Now it’s raining hard, with MTRs, cut price competition and OTTs pouring in overhead, and the scramble is on to mend the broken tiles before the damage worsens.

But it’s more than that: the operator has the potential to put in place the sort of quality controls and quality-based tariffs that people would genuinely pay for, and stay for.

NSN said that its annual acquisition and retention study showed that those using mobile broadband services frequently are the most likely to switch their operator. Out of more than 16,000 mobile users interviewed, over 40% were identified as these heavy users of advanced services and customers who are classified as ‘heavy users of advanced services’ now rank mobile broadband quality alongside voice quality and network coverage in determining to leave or stay with their mobile operator.

Amiram Mel, head of Customer Experience Management at Nokia Siemens Networks, said, “It is vital for operators to provide a personalised experience by using the information they have about how customers use their mobile services, to improve customer satisfaction and loyalty. Customer insights enable operators to prioritize individually selected services and allocate their precious network resources to match the service expectations of different customer segments.”

Blind items:
As we gear up to Mobile World Congress, there are an increasing number of things I cannot tell you about, which is kind of frustrating. But here are a few blind items to keep your whistles wet, your points sharp etc, for the two weeks ahead:

  • A major T1 operator that has a developed a mid-range yet all bells and whistles smartphone with a very interesting chip supplier.
  • A phone manufacturer and a card company that have co-developed a major, actually desirable NFC phone for mobile payments.
  • Some genuine RCS-e news
  • A major network equipment vendor displaying a notable change of direction
  • Another mobile payments launch
  • Lots and lots and lots of embargoed surveys, customer research and analyst reports that endorse the specific business cases and priorities of the companies that sponsored and/or commissioned them.

Keith Dyer
Editor
Mobile Europe

Acme Packet and BroadSoft Announce IMS Xpress

0

Acme Packet and BroadSoft have developed IMS Xpress, a simplified solution for IP Multimedia Subsystem (IMS) deployments.

IMS Xpress brings together the power of Acme Packet’s Net-Net SIP Multimedia-Xpress (SMX) solution and BroadSoft’s BroadWorks® communications application solution to provide a pre-integrated, interoperable solution that:

  • Reduces IMS architecture complexity, simplifying and accelerating deployments
  • Easily scales to support mass-market subscriber quantities
  • Includes an extensive range of communications services
  • Offers a lower total cost of ownership

IMS Xpress leverages years of collective experience delivering field-proven, industry-leading solutions to the world’s largest service providers.  It is IMS standards compliant, and goes beyond technology integration to include joint business processes for product design, implementation and support.

“Service providers are looking to build revenue generating applications using the IMS architecture, but many IMS solutions have been too complicated and costly to operate,” said Andy Ory, chief executive officer, Acme Packet. “Through our joint solution with BroadSoft, IMS Xpress includes a fully-tested solution that allows for rapid deployment of new services in a cost effective manner.”

“For more than a decade we have been singularly focused on enabling the delivery of modern communications services over IP networks, continuously innovating to ensure our service provider customers can offer the most demanded services, which increasingly includes VoLTE, RCS and a broad range of Unified Communications services,” said Michael Tessler, chief executive officer, BroadSoft. “Together with Acme Packet, we are enabling service providers to leverage the power of IMS without the costs and complexity of today’s solutions.”

Acme Packet’s Net-Net SIP Multimedia-Xpress (SMX) provides a tightly integrated solution that combines the industry’s leading session border controller with a complete IMS session management feature set. By combining many functional elements into a single scalable Net-Net SMX solution, the simplified architecture reduces capital expenditures and allows for fewer signaling interactions and messages.

BroadSoft’s core communications platform includes BroadWorks®, BroadCloudTM and BroadTouchTM and offers an extensive range of consumer and business communication applications, such as VoLTE, RCS, RCS-e, Unified Communications, Conferencing and Collaboration.  Through its telephony applications servers, cloud services and user experience applications, BroadSoft’s core communications platform provides a ubiquitous user experience across a wide range of communication devices

Quortus launches EdgeCentrix for “smart small cells”

0

Quortus has announced the launch of its EdgeCentrix product, which transforms heavy iron core networks into software applications that can be installed at small cell sites. It can be deployed in enterprise, metro and rural settings, drastically reducing the cost of deploying and running mobile networks while also improving the user experience.

By allowing most core network functions to be handled at the network edge, including switching local calls, EdgeCentrix means backhaul and the traditional core are only used where absolutely necessary. This means operators can make major savings on backhaul, which constitutes their single largest OPEX, as well as on core network upgrades. Furthermore, as many services are processed locally rather than remotely in the core, users receive a dramatically improved quality of service due to the reduced round trip time for mobile traffic.

EdgeCentrix goes far beyond simply adding a Mobile Switching Centre (MSC) to the edge, it enables small cells to act as complete mobile networks capable of handling smart voice and data offload; session creation, switching & handoff; traffic compression & aggregation; support for all radio technologies; and edge caching and presence information for apps. All whilst remaining an integral part of the host operator macro network.

In enterprise small cell deployments, operators can route voice calls through corporate PBXs and tightly manage which data services remain on the mobile network, which are offloaded to the Internet and which can directly access the enterprise’s own servers. In rural areas or remote locations such as islands or oil rigs, operators can provide services where it was previously uneconomical, by ensuring local voice and data services are handled locally, thereby limiting the amount of traffic that requires backhaul and the traditional core. In metropolitan deployments, operators can use EdgeCentrix to route local traffic and cache popular content, especially for location-based services, again easing the burden on backhaul and the core.

“The small cell revolution is transforming mobile networks by bringing the radio network much closer to the end-users thereby economically improving capacity and coverage. But, this is only the first stage of the wider small cell revolution. Why just bring the radio network closer to users? The next stage is to bring the intelligence that processes mobile services closer to users – in this way, operators can save costs and dramatically improve the user experience,” said Andy Odgers, Managing Director of Quortus. “EdgeCentrix is the next step in this evolution, distilling full network intelligence into an application you can hold in the palm of your hand. By introducing the Internet model of distributed processing, we are sounding the death knell for the last commonly used mainframe – the mobile core.”

Earlier iterations of Quortus’ EdgeCentrix have been deployed in low-powered GSM networks in Holland.  Quortus is actively in discussions with major partners involved in the growing number of small cell deployments and expects to announce agreements in the coming months.

TIM takes a (small) step towards LTE

0

Telecom Italia Mobile (TIM) has started public LTE trails in Turin – albeit on a very limited basis. From today until 22 February, the operator will have “special stations” open to the public at a TIM retail outlet on Via Lagrange, to showcase the capabilities of the service.

The operator said the showcase is part of a €1.26 billion development plan for its next-generation mobile network, including the acquisition of 800, 1800 and 2600 MHz frequencies. TIM’s R&D lab is centred in Turin.

Mobile ad firms launch rich media services

0

Two mobile advertising companies, Adfonic and Sofialys, have each launched Rich Media services targeting brands that would like to deliver richer, app-like experiences on mobile devices.

Sofialys announced the launch of its in-house Rich Media Factory, and said it wanted to simplify the process of building and distributing rich media ads to consumers all across the globe.

Adfonic also announced the availability of its rich media offering, enabling ad formats that are designed to facilitate a deeper level of consumer engagement, with greater opportunities for interaction between brands and consumers.

Sofialys said its rich media creatives are compatible with mobile devices supporting HTML5, and that it has already begun working with brands,including Coca Cola, Peugeot and HP. The Rich Media Factory operates globally serving Europe from Sofialys’ Paris headquarters.

Mokhtar Bouchelaghem, CEO of Sofialys, said, “We recognised a critical need within the industry for engaging mobile ad experiences. The creation of an in-house Rich Media Factory goes hand in hand with our long term objectives: to simplify the complex process of HTML5 rich media mobile ad creation and distribution, whilst providing the mobile ecosystem with optimised services and tools. Smart devices have opened up a whole new world of opportunities for engaging advertising experiences and it is our intention to help the whole industry achieve its full potential.”

Adfonic has partnered with third party rich media vendors, including Celtra, Crisp Wireless, Phluant Mobile and Medialets, to support a variety of formats including expandable banners, interstitials and video. Adfonic has also established a creative services team to assist advertisers in designing and building rich media experiences.

Paul Childs, Chief Marketing Officer, Adfonic commented: “Mobile rich media ads are unique in their capacity to combine the engagement levels traditionally associated with TV ads with the interactivity of touchscreen devices. Add to that average click through rates which are often above one per cent (roughly double the average seen on standard mobile banners) and the ability to run campaigns across a vast array of global mobile inventory at scale, and you have a hugely compelling proposition. We are already seeing high demand from advertisers and agencies.”

WDM-Aware Technology: OSNR Measurements Optimized on a Per-Channel Basis

0

Networks are increasing in their complexity, both in terms of cascaded filtering (e.g., via ROADMs in mesh networks) and multiple-bit/symbol modulation formats. For instance, intra-channel noise will increasingly be spectrally carved by filters, the signal bandwidths will frequently be as large as the effective channels widths, and different data rates will be used more and more on a given network. All these factors will affect wavelengths differently, as some wavelengths might have passed through a different number of ROADMs, data rates in a single fiber might vary from one wavelength to the next, etc. Nevertheless, OSNR remains a critical network performance parameter, which requires OSNR measurements optimized on a per-channel basis, like the WDM-aware technique. Purely polarization-based OSNR measurement techniques (e.g., polarization nulling) can perform well when networks and noise sources remain simple, but as demonstrated herein, the robustness and performance of WDM-aware measurement renders it well suited for advanced network architectures and modulation formats.

Click here to download white paper

Carrier Ethernet Basics Educational Series

0

A comprehensive guide to network and service performance testing—which is comprised of six informative modules, specifically designed to assist you with Carrier Ethernet service testing.

Chap. 1: Carrier Ethernet Basics – an in-depth look at Carrier Ethernet, presents the network services and applications, and provides an overview of the key Carrier-Ethernet technologies.

Chap. 2: Carrier Ethernet Testing Technologies and Methodologies – the different testing standards including the new ITU-T Y.1564, as well as the key elements of service lifecycle management and Synchronization.

Click here to download white paper

Experimenting and Deploying IEEE 1588v2 (PTP Gide)

0

To meet exploding bandwidth demand, mobile operators are upgrading backhaul networks to packet-based technology. This transition brings a major challenge: maintaining synchronization, a mandatory requirement for mobile network stability and handset handoff. As Ethernet is an asynchronous technology, newer methods and standards have been introduced to implement synchronization over Ethernet. Namely, IEEE 1588v2 PTP is becoming the choice solution for synchronization distribution, as it uses an exchange of timestamp between master and slave devices, thus providing frequency, phase and time sync over the existing Ethernet infrastructure.

This paper proposes a deployment strategy for operators and carriers interested in PTP. More specifically, it presents the five deployment phases that lead to a fully functional and stable PTP-based synchronization network: network survey for real-world metric measurement; benchmarking of various solutions to identify the best one; configuration and turn-up of PTP pipes; synchronization performance monitoring; and troubleshooting of PTP and synchronization-related events.

Click here to download white paper

Determine your mobile subscribers’ QoE in real time

0

As the expectations of mobile subscribers continue to rise, swift resolution of network issues is critical. To reduce customer churn, network operators must be able to quickly identify the source of network issues. To minimize OpEx, the results of network analysis must be available in real time. In light of this challenge, EXFO’s experts have produced the highly valuable white paper, How to Get a Detailed View of Your Subscribers’ QoE in Real Time, which investigates the options available for determining subscriber Quality of Experience—in the era of increasingly complex and evolving networks

Click here to download white paper

- Advertisement -
DOWNLOAD OUR NEW REPORT

5G Advanced

Will 5G’s second wave deliver value?