25 result(s) displayed for Alcatel-Lucent (76 - 100 of 416):
By: Ed Elkin, Director, IP Platforms Marketing, Alcatel-Lucent
There’s been a lot of debate within the industry about VoLTE’s readiness and how it stacks up against 3G voice and applications like Skype.
Now Signals Research Group (SRG), a leading field research and consulting services leader covering the wireless telecommunications industry, has closely studied the performance of VoLTE, 3G and Skype in AT&T’s commercial network and issued their report. As we noted last week, SRG conducted that independent network benchmark study in Minneapolis-St. Paul, in collaboration with Spirent Communications. This is a market where Alcatel-Lucent provides the infrastructure, so I’m particularly glad to share this report with my friends and colleagues who’ve helped design, deploy and optimize VoLTE.
During June and July, SRG tested VoLTE, 3G and Skype for everyday conditions, including stationary and mobile locations, strong and weak radio coverage, and under a variety of network loading and multi-tasking conditions. The tests evaluated voice quality, call setup time, call reliability, eSRVCC handovers, network resource utilization, and battery life.
There are two kinds of technology consumers: Those who revel in the technology, and those who just want the benefits of the technology without having to think about tech itself.
While I definitely am someone who enjoys the technological innovation as much as the results of that innovation, most consumers are not. They just want technology that works, i.e., where the proof of the viability of next generation capabilities can be summed up as “seeing is believing.”
One example of this is the increasing popularity of multiscreen entertainment as delivered over a leading-edge multiscreen video platform such as the Alcatel-Lucent one that has become with service providers around the world. Consumers don’t want to have to fiddle with their computer or TV to get their content from one device to the next. They just want it to work; consumers want to be able to walk around the house with their shows or take their entertainment out into the world via their smartphone, not unlike we’ve been able to do with hardbound books for generations.
By: Anthony Trinh (@Trinh_Anthony), Integrated Marketing Assistant, Alcatel-Lucent
What if you didn’t need to have your phone beside you at all times? What if instead, you can use your own car to connect with you, direct you and protect you wherever you go?
Well, by 2022, a Telefónica Industry Report (PDF) predicts that there will be 1.8 billion automotive Machine-to-Machine (M2M) connections that can do just that. This will comprise 700 million Connected Cars and 1.1 billion Internet of Things (IoT) devices for services such as navigation, insurance, stolen vehicle recovery (SVR) and infotainment. In fact, Machina Research predicts that by 2020, 90% of new cars will feature built-in connectivity platforms, growing from less than 10% today.
Connected Cars will not replace smartphones - merely it’s a way to extend the IoT connectivity and bring the everyday lifestyle right to the car. Ellis Lindsay’s blog on Connected Cars as an everyday lifestyle does a great job of explaining this concept. He goes into detail about connected cars giving us the ability to link our life experiences – whether it’s our deadlines, travel plans, monthly payments or Facebook notifications – to wherever we are and wherever we go.
By: Jean Jones, Director, Wireless Marketing, Alcatel-Lucent
Outdoor small cells are now widely recognized as a great solution for expanding mobile capacity and coverage. And their use is expected to grow sevenfold by 2018. So here’s the next big question: How can you put these cells where they’re needed, faster and at lower cost?
Maybe you’ve already encountered deployment issues, including difficulties with small cell site acquisition. According to an Informa Telecoms & Media survey, nearly 60% of mobile operators say that deployment problems are their biggest small cell challenge. In other words, operators’ top concerns are not about small cell technologies or products. Instead, they’re about the practical aspects of getting these cells up and running on light posts, utility poles, bus stops, buildings and other street locations.
This blog looks at a collaborative approach that makes these deployment processes faster and easier. Alcatel-Lucent adopted these methods for our Metro Cell Express Site Certification Program. And we’re discussing them here, because this business model earned a top award in the small cell innovation leadership category.
By: Ellis Lindsay, General Manager, Customer Experience Solutions, Alcatel-Lucent
I drive to work and back home in my car every day. I tune in to a radio station for traffic news and upcoming events nearby. Like many of you I’m sure, this is a typical everyday activity. And like never before, we are connected to our home, our families, our phones, our work and our friends in a network that seems to be always on. Shouldn’t we be in a lifestyle where we are consistently connected to the everyday activities in our lives? Well, let me introduce you to the world of Connected Cars.
The emergence of cloud computing and mobility, not to mention bring-your-own-device trend (BYOD), has introduced a strong need for mobile virtual private networks (VPNs). Yet, most operators are only able to offer mobile VPNs to larger customers since their fixed-line VPN infrastructure is often separate from their cellular infrastructure.
One solution to this problem, outlined in a recent TechZine article, Mobile VPNs for Enterprises of All Sizes, by Jan Vandehoudt, Principal Consulting Engineer and Patrick McCabe, Senior Product Marketing Manager, Alcatel-Lucent, is for mobile network operators to use an enterprise services gateway (ESG).
By Mae Kowalke, TMCnet Contributor
Packet microwave rings are catching on as the network topology of choice for network operators when it comes to microwave backhaul networks.
Daisy chain and tree network topologies have historically been used for packet microwave due to bandwidth inefficiencies associated with the SDH/SONET protocols that historically made ring networks inefficient. All that has change with the introduction of ITU-T G.8032v2, a new standard that takes the place of SDH/SONET networking capabilities.
By: Jean Jones, Director, Wireless Marketing, Alcatel-Lucent
What does voice over LTE (VoLTE) offer your subscribers? Better voice quality, including HD voice. Rich communications with messaging and video. And whatever inventive applications you choose to introduce. In other words, VoLTE can provide a superior quality of experience (QoE) for subscribers and give you a competitive edge — particularly when your service operates at its best.
In my last blog[CCE1] , our experts explained why an end-to-end strategy is the key to maintaining peak VoLTE performance. Now we’ll look at how this strategy gets put into practice to optimize real-world service offerings. The information here is based on interviews with Luis Venerio who works with our VoLTE Readiness Services team. And his observations come straight from his experience on VoLTE deployments that serve millions of subscribers.
Blog post is co-written by Anne Lee, Chief Technology Officer of IMS Innovations at Alcatel-Lucent and recently recognized by the industry as a WebRTC pioneer and by Gilles Duboué, IP Platforms Innovation Marketing at Alcatel-Lucent.
The craze for WebRTC grows louder as its realization in the market begins to be marked with high profile adoptions such as in Google Hangouts, Amazon Mayday, and SnapChat’s AddLive solution. The formal standardization of WebRTC began in 2011. Early implementations by Google and Mozilla, on Chrome and Firefox respectively, followed shortly - beginning in 2012. And with the availability of developer versions of WebRTC on Chrome and Firefox, an ecosystem of proof-of-concept and early commercial products and solutions quickly emerged. Open source plug-ins are filling the gap in browsers that do not yet support WebRTC e.g. Internet Explorer. There is also clear progress being made in WebRTC standards for ORTC. Given this, we expect that WebRTC ORTC will likely be natively available on Microsoft’s Internet Explorer within the next 18 months.
We live in exciting times – again. I had been wondering if there was still room for fundamental innovation, for technological disruption – the worn out word. We had the Internet bubble that burst 2001/2002. We had the advent of the smartphone in the recent years. Great innovation, but somehow they reached a plateau. Faster processors, larger screens? It doesn’t seem to make a real difference. Apple’s engine showed the first signs of sputtering.
And yet, there is something brewing behind the scenes that makes the engineer’s heart beat faster: NFV and SDN, a bold new vision about the future of networks (read these blog posts about understanding Network Functions Virtualization and Software Defined Networks). Network functions are to be reduced to pure software - doing away with all the special purpose chips, circuit boards, and cabinets into which we have poured our brains to deliver the ultimate in features, performance, and reliability.
Syntonic Wireless™ is bringing sponsored data to AT&T customers. The Seattle-based mobile services company’s new Syntonic Sponsored Content StoreSM, creates an open marketplace where AT&T’s iOS and Android customers can find and consume free or premium content without consuming their data plans. Integrated with AT&T’s Sponsored DataSM service, the Syntonic Sponsored Content Store operates on the third party pays concept, one of the six degrees of mobile data plan innovation.
When it announced Sponsored Data in January 2014, AT&T offered a vision for a service that would give sponsors new ways to engage with customers and employees. Sponsors could come from industries as diverse as healthcare, retail, media and entertainment, and financial services. They could use sponsored data in a variety of different ways, including:
The Six Degrees of Mobile Data Plan Innovation: It's Not All About Data- Mobile Voice and Messaging Share Plans Offer Plenty of Appeal
Alcatel-Lucent’s Rich Crowe continues the Six Degrees of Mobile Data Plan Innovation blog series by examining the degree to which consumers are interested in share plans that include unlimited voice and messaging but don’t include data.
The last Six Degrees blog explored consumer attitudes toward two different mobile share plan options: sharing data only and sharing voice, messaging and data. This blog will explore attitudes toward a 3rd option: sharing unlimited voice and messaging — but not data — across multiple devices or subscribers.
By: Earl Kennedy, IP Transport Product Marketing, Alcatel-Lucent
Optical network operators have already made the move to 100G. But skyrocketing bandwidth demand means many are already pondering what’s next. With a 200G optical solution hitting the market, you probably have questions about when to move to 200G optical – and what you need to know when you make that move.
“Alcatel-Lucent in Action” is the story of one year of action to transform our company and position it for innovation and growth.
By: Gilles Duboué, IP Platforms Innovation Marketing, Alcatel-Lucent
Recently in Munich, Alcatel-Lucent ran a 12 hour Hackathon that pitted the industry’s best and brightest developers against each other. The mission: build the most original, compelling and marketable app using New Conversation APIs.
New Conversation APIs make the rich functionality of IP Communications simple to mash up into applications. By enabling developers to easily integrated voice, video, data and contact information into any app, service providers can innovate faster – providing entirely new communications experiences to end users from any screen, device and network. They enable operators to explore new opportunities for enhancing retail services and to pursue new wholesale markets through application partners (web, verticals, M2P, M2M…).
By: David Amzallag - Alcatel-Lucent Vice President, Virtual Telecommunications and CloudBand CTO
While network functions virtualization (NFV) introduces new challenges to security, it also presents unique opportunities for addressing security problems due to the unprecedented scale, flexibility, and central control it affords. Compute, storage, and network resources can be optimally allocated and stitched together as required by the security policy. Our approach to address NFV security is based on a recursive, divide-and-conquer methodology, which involves securing the Alcatel-Lucent CloudBand™ NFV Platform, cloud nodes, and the network that interconnects them. CloudBand uses policy-based placement capabilities enabled by the CloudBand Management System to install virtualized functions in their appropriate security zones, and re-uses the security services provided by NFV applications.
I thought it would be a good idea to describe the journey to this approach together with its "making of" episodes.
Mae Kowalke, TMCnet Contributor
Innovation takes many forms. But when it comes to the art of disruption, often it comes from quarters least expected. The breakthroughs that change the world are not something that can be forced or fully anticipated.
The foundation can be laid for disruptive innovation, however, as world-renowned research outfit Bell Labs well knows. Bell Labs, the research arm of Alcatel-Lucent, has been behind breakthroughs in innovation for generations.
Last week, I talked about mobile operators are building an overall brand experience that engages young consumers because the youth segment is valuable — and do influence adult segments. In addition to creating a youth brand or a youthful brand, mobile operators must also consider how to craft specific offers that promote the “mobile data first” experience to drive mobile data growth through the youth market.
Here are the 10 ideas that can help craft the “mobile data first” offers using an online charging solution (OCS).
By: Greg Hankins, Senior Product Line Manager, Alcatel-Lucent
I’ve been talking a lot about EVPN recently at network operator conferences around the world, because I’m really excited about this new technology. EVPN offers an alternative to VPLS that integrates both Layer 2 and Layer 3 services, and can run over simple IP networks with ECMP for resiliency and load balancing. EVPN is an interesting new technology if you are providing a Layer 2 infrastructure over multiple sites, delivering integrated Layer 2/Layer 3 services, or providing cloud services.
Mae Kowalke, TMCnet Contributor
IP address exhaustion is an issue every Internet service provider must face. With the dwindling of IPv4 addresses, operators must migrate to IPv6 and seamlessly if they are to meet the needs of commercial, residential and mobile services.
For Vodafone Company Kabel Deutschland (KD), Germany’s largest cable operator, it was no question whether the move to IPv6 would be a bolt-on solution or something more integrated. A bolt-on solution would not do for KD, according to a recent Alcatel-Lucent case study on KD. The company needed to address the issue of flexibility to accommodate long-term growth and next generation service delivery without compromising its reputation for high-performance and high-value service.