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The Wireless Packet Core--How Data Moves Through an LTE Network

By Mae Kowalke, TMCnet Contributor

The move toward 4G LTE is a seismic shift in mobile architecture inasmuch as it finally takes operators to an all-IP architecture. No more packet/TDM mix that adds complexity and slows down the network.

The rise in LTE also has meant a explosion in demand for packet core technology. Packet core revenue grew by 20 percent in the second quarter of this year compared with last year, for instance, according to research firm Dell’Oro.

The evolved packet core (EPC), as the LTE packet core is known, is both the brains and the brawn of LTE. Data goes from handsets across the backhaul network to the EPC, where the data is processed and then forwarded onto the Internet or another public or private network from the mobile provider.

Consumer Demand Drives LTE and Creates Wireless Carrier Success

By Mae Kowalke

In the U.S., it is no secret that there is a substantial customer as well political interest in seeing that under-served areas have access to state-of-the art communications networks.  In fact, it can be argued that the data needs of such critical parts of the economy as agriculture and oil and gas exploration are as intense if not more so than those of industries in densely populated areas.  Plus, the desires and expectations of families in the areas are no less important than they are to families in other areas of the country.

What all of this translates into is that while fiber optics and WiFi have allowed most Americans broadband access vast parts of the U.S. have remained under-served for broadband.  All of that is changing.  As the major wired carriers continue to fiber their franchise areas and the national wireless carriers rush to deploy 4G LTE networks, WiFi hotspots, femtocells, etc.  Alcatel-Lucent has been leveraging the capabilities of its lightRadio™ portfolio of solutions to help mobile operators who serve less populous areas provide high-seed services to their customers at price points and performance capabilities that enable customers to enjoy the advantages of next generation devices and all the Internet has to offer in terms of content and applications. And, it allows the operators to do so at competitive prices and at a profit.     

It Takes a Village to Deliver Rich Communications

By Erin Harrison

As service providers (SPs) shift to all IP-networks, users expect features to become standardized.  This gives SPs an opportunity to provide their customers a new conversation experience.

A recent Alcatel-Lucent Enriching Communications article, “RCS Success Requires Community-based Ecosystem,” highlighted how the market for Rich Communications Services (RCS) has changed based on two developments that have converged — accelerating deployment of wired and wireless end-to-end IP networks and the rapid rollout and adoption of rich communications applications and services.

Voice over LTE (VoLTE) -- Starting the New Mobile Conversation


By Erin Harrison

 

Most of us are familiar with the technology of Voice over IP (VoIP) – which simplistically is the use of the Internet Protocol to do voice communications over data networks that include the Internet itself.  And, while most VoIP traffic has been over wired networks, a new voice technology is evolving called Voice over LTE (VoLTE) that is shifting the communications paradigm and enabling new services beyond traditional telephony over mobile networks.

In a recent article in Alcatel-Lucent’s Enriching Communications e-zine, The New Mobile Conversation Starts with VoLTE, author Edmund Elkin states that, “It’s no longer a question of whether VoLTE is the right choice for the new mobile conversation. It’s really a matter of determining when to begin the move to VoLTE, developing a migration strategy and selecting a partner to accompany them on the journey.”

IP/MPLS-Based Networks Provide Unique Value for Smart Grid Initiatives


By Beecher Tuttle

Skyrocketing energy demands and the push for greener, more sustainable energy solutions has helped bring smart grids to prominence, and has encourage a number of utilities to deploy a next-generation network alongside their electrical grid.

AltaLink, one of Canada's largest electricity transmission providers, is one of the utilities that is currently undergoing the complex, yet highly advantageous transition from a TDM architecture to a next-generation IP-based network.

Reducing Total Cost of Network Ownership with lightRadio Baseband Processing and Backhauling


By Beecher Tuttle

In order to succeed in the current wireless market dominated by bandwidth-hungry mobile applications, service providers need to find ways to expand network capacity while simultaneously reducing energy consumption and operating costs. This is quite a challenge to say the least.

Alcatel-Lucent's efforts in this area have resulted in some profound innovations, headlined by its new wireless networking paradigm, lightRadio™, which is designed to help service providers address growth and quality challenges.

The lightRadio technology family is comprised of innovations in antennas, radios and baseband processing, which combine to allow service providers to create next-generation architectures without the need to make complete infrastructure overhauls. Rather, lightRadio makes the most of existing wireless assets and capabilities to address cost, capacity and connectivity barriers.

Reducing Total Cost of Network Ownership with lightRadio Baseband Processing and Backhauling


By Beecher Tuttle

In order to succeed in the current wireless market dominated by bandwidth-hungry mobile applications, service providers need to find ways to expand network capacity while simultaneously reducing energy consumption and operating costs. This is quite a challenge to say the least.

Alcatel-Lucent's efforts in this area have resulted in some profound innovations, headlined by its new wireless networking paradigm, lightRadio™, which is designed to help service providers address growth and quality challenges.

The lightRadio technology family is comprised of innovations in antennas, radios and baseband processing, which combine to allow service providers to create next-generation architectures without the need to make complete infrastructure overhauls. Rather, lightRadio makes the most of existing wireless assets and capabilities to address cost, capacity and connectivity barriers.

Integrated Communications Addresses Smart Grid Challenges for Improving Energy Efficiency


By Beecher Tuttle

Ever-increasing energy consumption, skyrocketing operating costs and pressure from regulatory bodies to help create a greener world have forced power utilities to reassess their delivery management methods.

The need for change – along with the recent influx of innovative network technologies – has led many utilities and distribution and system operators (TDSOs) to embrace the smart grid, a concept aimed at leveraging the power of next-generation networks to improve the efficiency and reliability of energy delivery and usage. The visibility and control provided by the smart grid enables utilities to match supply and demand, optimize delivery, cut operating costs and reduce carbon emissions.

In addition, a smart grid opens up a two-way communication system between utilities and customers, thus creating additional upsell opportunities and the ability for consumers to take a hands-on approach to energy conservation. Smart grid customers have access to their own webpage that details their energy consumption and the associated costs.

Deploying a smart energy grid is vital for utilities to thrive in the current environment, but it doesn't come without complications. TDSOs need to chose the appropriate technologies, understand their network requirements and make major decisions like if they should build their own communications infrastructure or lease it from a service provider.

Many of these questions can be answered by Alcatel-Lucent, whose Integrated Communications for Power Utilities solution is a proven way to take utilities into the 21st century of energy delivery and efficiency.

With its experience designing and deploying IP and LTE broadband wireless access networks, Alcatel-Lucent has a unique perspective on what is needed to get a smart grid initiative up and running.

Bell Labs Helps Mobile Service Providers to Understand and Meet Video Calling Quality of Experience (QoE) Challenges

By Michelle Amodio

The explosive growth of smart mobile devices capable of making video calls is placing intense pressures on service providers to configure their networks to assure users have experiences that meet or exceed their expectations. However, providing a superior quality of experience (QoE) is a complex challenge.

As part of its support of mobile service providers around the world, Alcatel Lucent’s Bell Labs recently looked at the factors that influence QoE) to help service providers full understand all of the issues and what needs to be done to resolve them.

The questions the Bell Labs researchers explored were:

  • What are the key factors that influence QoE for mobile video calls?
  • Are residential broadband networks ready for them?

There was good news on both fronts. The challenges could be identified and categorized in terms of importance, and viable solutions can help operators meet consumer expectations in a timely and cost effective manner, as well as lay the foundation for new profitable services.

The main finding of the researchers was that service providers require not bigger (more bandwidth) networks but faster ones (in terms of response time). They validated that speed, combined with the proper provision of a consistent quality of service (QoS), are the critical determinants in mobile video calling QoE.

How Can Service Providers Improve Service Delivery by Leveraging Application Enablers?

Image by noway via Flickr By Susan J. CampbellThe industry is changing rapidly as users throughout the mobile service segment are demanding richer content and innovative applications on a number of different devices. The information they want must be...
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