Understanding the opportunities from indoor systems (femtocells, picocells and WLAN)

Please contact us for more information.

Email: contact@unwiredinsight.com

There is increasing excitement about the potential for indoor systems - including femtocells, picocells and WLAN - which could revolutionise the construction of mobile networks.

Equipment vendors and mobile network operators are busily developing and evaluating femtocell products and considering how to integrate large numbers (potentially millions) of femtocells into existing mobile networks. 3G operators such as Vodafone have already launched femtocell products.

The success of femtocells is not guaranteed and the cost of failure could be very high. There are several technical challenges, but mobile network operators also need to focus on making viable business cases and delivering successful customer propositions.

Smartphones (such as Apple's iPhone) incorporate WLAN functionality, allowing mobile services to be accessed using WLAN access points rather than 3G networks.

We specialise in indoor systems, to understand their true commercial impact.

 

We provide flexible support


 

Dr Mark Heath

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We can support you in a variety of ways, so please contact us. We have undertaken a range of consultancy and research activities related to indoor base stations, including:

  • defining viable business cases for the deployment of femtocells in consumer markets, and producing compelling market propositions
  • evaluating business cases for the deployment of picocells and femtocells in enterprise markets
  • case study analysis of mobile operators that are offering indoor base station solutions to their enterprise customers
  • forecasting of global wireless traffic carried via indoor systems to 2015, broken down by geographical region and technology type (WLAN and femtocells)
  • comprehensively comparing femtocells with WLAN, and assessing the realistic prospects for each technology
  • identifying optimum network architectures for mobile operators to support future traffic requirements.