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Mobile Communications

Handset Trends

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As mobile telecommunications evolves, the capabilities of mobile handsets are also evolving. The increased capabilities come at a price: the more capability, the higher the manufacturing cost and hence the less affordable the handset, offset by Moore’s Law and economies of scale.

 

This leads us to looking at the two ends of the handset spectrum: the highest capability handsets which enable the user to not only do voice calls, but to also do text messaging, email, web surfing, and even run various applications, vs. the low end of the spectrum where the handsets can do voice calls, basic data services, and not much more.

 

At the high end, we have various “smart phones” which cost on the order of US$500 to over US$800. These devices are computers (often in tablet form) in their own right as they can run applications including email and wen browsing in addition to mobile messaging and voice calling. These are presently 3G-oriented but 4G devices are beginning to see the light of day: Sprint Verizon 4G Handset Race Underway.

 

At the low end, we have various basic handsets aimed at low income subscribers in developing countries. Prices below US$15 are indicated in Vodafone launch 'world's cheapest phone’. The article describes the Vodafone 150 handset which does voice calls, SMS and has built-in support for mobile payment services. A more expensive version, the Vodafone 250, also has a colour screen and an FM radio, and sells for about US$20. HTC and Motorola among others offer basic mobile handsets at US$40 or less.

 

What does this mean? These prices mean the affordability barrier is steadily going down for the least advantaged of the world’s population. The positive societal and economic effects in health, education and business from enabling telecommunications have been extensively explored elsewhere. Competition will drive more capability into even these basic handsets. The future is bright!

 

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Machine Type Communications

Transition from Voice to Data

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Moore’s Law” dates back to 1970 and says that the number of components on a chip is expected to double about every two years. This forecast has remained essentially valid in the years since and is expected to remain so for at least another five years. This decades old projection is at the heart of the enormous capability and low cost of modern handsets.


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Updated : 2011-07-19