New Whitepaper: Role of Optical Wireless Broadband in the Evolving Mobile Ecosystem January 27, 2010Posted by chetan in : 3G, 4G, AORTA, ARPU, BRIC, Carriers, Devices, European Wireless Market, Indian Wireless Market, Infrastructure, Location Based Services, M&A, Microsoft Mobile, Mobile Applications, Mobile Content, Mobile Ecosystem, Mobile Entertainment, US Wireless Market, Wi-Fi, WiMax, Wireless Value Chain, Worldwide Wireless Market , trackback
Role of Optical Wireless Broadband in the Evolving Mobile Ecosystem
Sponsored by Skyfiber
These are exciting times in the wireless industry. The innovation in technology, services, and business models is driving the global industry to new heights. While the global markets were feeling the pain of a brutal recession, the wireless industry for the most part sidestepped the crisis, especially the US and Asian markets. In the US, 2009 was a banner year for the mobile data services and applications. Each of the four quarters exceeded $10 billion in mobile data services revenue and the subscription penetration was approximately 93% by the end of the year.
The mobile industry is going through significant transition from being voice-centric to data-centric, from consumers spending 90% of their time talking to 80% of the time spending on mobile data and games. The main drivers of such an evolution are: better devices like the iPhone, Droid, Pre, Bold, etc., higher capacity networks such as WCDMA, HSPA+, and EV-DO Rev A, flat rate data pricing, and a heightened consumer awareness of mobile applications and services. This has boosted both the consumer engagement and the revenues from data services.
However, this increased usage comes at a cost. As users are becoming accustomed to an always-on, always-connected world of mobile, they are consuming tremendous amount of data that is putting significant burden on the networks especially the backhaul. Further, as the need for the bandwidth rises exponentially, we are approaching what FCC’s Chairman Genachowski termed as “a looming spectrum crisis.” In light of such infrastructure challenges, the industry needs to think outside-the-spectrum-box and think long-term else we will be in a perpetual cycle of crises. Traditional transmission technologies like Fiber and Microwave will benefit from complimentary technologies such as Optical Wireless Broadband (OWB), which enhances the operator’s toolbox to build out efficient broadband connectivity.
This paper discusses the mobile data growth, the backhaul demands, and the looming spectrum crisis in more detail. Further, the paper discusses the requirements for backhaul to support next generation traffic and the role of new technologies such as Optical Wireless Broadband to provide backhaul capacity solutions that are both economical as well as future-proof.