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Enterprise Mobility Featured Article
March 24, 2008
In-Building Wireless Deployment Revenues to Top $15 Billion by 2013
By The interior space of your organization’s building is one of the last great communications frontiers. With the rise of Fixed-Mobile Convergence (News - Alert) (FMC) technologies, workers will become accustomed to roaming
in, out, and about their facilities, effortlessly making connections and calls to whomever they please. One major component of such a system is some sort of in-building wireless deployment, be it a VoWiFi (Voice over WiFi), femtocell or IP-DECT (Digital Enhanced Cordless Telecommunications) system, such as the Freeset IP-DECT system from Ascom (News - Alert) US (www.ascomwireless.com). Many warehousing and industrial organizations may simply get along fine with in-building wireless systems alone, without any cellular handover capabilities.
It shouldn’t be surprising, then, that a new study entitled, “In-Building Wireless: Connecting Networks and Services,” from the famous market research firm, ABI Research (News - Alert) (www.abiresearch.com), forecasts worldwide deployment revenues from in-building wireless systems to grow from $3.8 billion in 2007 to more than $15 billion in 2013. Drivers for this tremendous growth include consumers’ growing dependence on wireless voice and messaging communications, as well as an increasingly competitive mobile operator environment. But underlying all demand drivers is a fundamental connectivity issue.
According to ABI Principal Analyst Dan Shey, “The higher frequencies used by 3G technologies impose limits on wireless coverage inside buildings based on current cell site distributions. The business case is made for deployment of in-building wireless systems because mobile data services are capturing a greater share of subscribers’ mobile services spend.”
However, every region and operator has a different set of network technologies, competitive conditions and mobile usage. Fortunately for the owners of in-building systems (which include businesses, operators and building owners) a range of solutions are available, making in-building wireless systems economically viable. System configurations can include passive and active distributed antenna systems, multi-band repeaters and antennas, picocells, femtocells, coax, fiber and CAT-5 cabling.
The range of systems and solutions, however, creates a very complex and competitive supplier environment where product development, pricing and even consolidation will be the important levers for suppliers to maintain growth rates in line with system deployment growth.
In-building wireless systems will also create the network conditions for additional service capabilities including public safety band coverage, alternative broadband and voice network access, and managed services. Says Shey: “In-building wireless networks will become more than simply an extension of the cellular macro network. They will become the basis for delivery of a range of business services that will ultimately change how wireless telecommunications are provided indoors.”
ABI’s new report looks at the critical demand drivers for in-building wireless systems, including forecasts and estimates of the impact they will have on different systems by region. The discussion outlines the advantages and limitations of each system, and profiles the companies that are providing market-leading equipment and services. System forecasts are provided by region and by building size for revenues, deployments, installation costs and penetration. Equipment shipment and revenue forecasts by region are also provided for five primary system components.
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Richard Grigonis (News - Alert) is Executive Editor of TMC’s IP Communications Group. To read more of his articles, please visit his columnist page.
Don’t forget to check out TMCnet’s White Paper Library, which provides a selection of in-depth information on relevant topics affecting the IP Communications industry. The library offers white papers, case studies and other documents which are free to registered users. Today’s featured white paper is Best Practices for Deploying a Virtual Call Center: Tips, Techniques and Best Practices, brought to you by LiveOps (News - Alert).
in, out, and about their facilities, effortlessly making connections and calls to whomever they please. One major component of such a system is some sort of in-building wireless deployment, be it a VoWiFi (Voice over WiFi), femtocell or IP-DECT (Digital Enhanced Cordless Telecommunications) system, such as the Freeset IP-DECT system from Ascom (News - Alert) US (www.ascomwireless.com). Many warehousing and industrial organizations may simply get along fine with in-building wireless systems alone, without any cellular handover capabilities.
It shouldn’t be surprising, then, that a new study entitled, “In-Building Wireless: Connecting Networks and Services,” from the famous market research firm, ABI Research (News - Alert) (www.abiresearch.com), forecasts worldwide deployment revenues from in-building wireless systems to grow from $3.8 billion in 2007 to more than $15 billion in 2013. Drivers for this tremendous growth include consumers’ growing dependence on wireless voice and messaging communications, as well as an increasingly competitive mobile operator environment. But underlying all demand drivers is a fundamental connectivity issue.
According to ABI Principal Analyst Dan Shey, “The higher frequencies used by 3G
technologies impose limits on wireless coverage inside buildings based on current cell site distributions. The business case is made for deployment of in-building wireless systems because mobile data services are capturing a greater share of subscribers’ mobile services spend.”However, every region and operator has a different set of network technologies, competitive conditions and mobile usage. Fortunately for the owners of in-building systems (which include businesses, operators and building owners) a range of solutions are available, making in-building wireless systems economically viable. System configurations can include passive and active distributed antenna systems, multi-band repeaters and antennas, picocells, femtocells, coax, fiber and CAT-5 cabling.
The range of systems and solutions, however, creates a very complex and competitive supplier environment where product development, pricing and even consolidation will be the important levers for suppliers to maintain growth rates in line with system deployment growth.
In-building wireless systems will also create the network conditions for additional service capabilities including public safety band coverage, alternative broadband and voice network access, and managed services. Says Shey: “In-building wireless networks will become more than simply an extension of the cellular macro network. They will become the basis for delivery of a range of business services that will ultimately change how wireless telecommunications are provided indoors.”
ABI’s new report looks at the critical demand drivers for in-building wireless systems, including forecasts and estimates of the impact they will have on different systems by region. The discussion outlines the advantages and limitations of each system, and profiles the companies that are providing market-leading equipment and services. System forecasts are provided by region and by building size for revenues, deployments, installation costs and penetration. Equipment shipment and revenue forecasts by region are also provided for five primary system components.
----------
Richard Grigonis (News - Alert) is Executive Editor of TMC’s IP
Communications Group. To read more of his articles, please visit his columnist page.Don’t forget to check out TMCnet’s White Paper Library, which provides a selection of in-depth information on relevant topics affecting the IP Communications industry. The library offers white papers, case studies and other documents which are free to registered users. Today’s featured white paper is Best Practices for Deploying a Virtual Call Center: Tips, Techniques and Best Practices, brought to you by LiveOps (News - Alert).
