However, svdwal's point is still right -under your reasoning it doesn't make sense that everyone doesn't buy the cheapest car available to them, since they largely have similar functions. The fact is that people perceive differing performance levels, differing build qualities etc between the cars available and make choices accordingly.
I'm not just CLAIMING that most people buy the cheapest phones. They do!
A few facts:
- If you look at the global mobile phone market, the average sale price of a phone is now less than 100 euros and dropping all the time. That's the price of the actual hardware ignoring all subsidies and taxes.
- Phones that cost less than 100 euros are the cheapest models
- Simultaneously, total phone sales are going up all the time.
The most likely explanation for these things happening together is that the majority of people are buying the cheapest phone possible. As cheaper models appear, they form the majority of new sales so the average sale price goes down.
It's worth remembering that car sales are to a totally different market compared to phone sales. Most phone sales are in developing countries, and a lot of people who use phones may be living on as little as a euro a day.
A poor family might conceivably save enough for a 40 euro phone, but even that may be a lot for them to pay, and any drop in the price would be greatly appreciated. A family like that simply wouldn't have the option of buying a more expensive phone.
And by the way, I can't see the smartphone replacing the PC or laptop, even with TV out. If I'm on a train with some spreadsheet work to do how will TV out help me?
I'm not saying the phone will 100% totally replace anything, people still buy pocket calculators for example.
But I think phones may replace PCs as the main device used for doing computing tasks.
Most people don't have access to a computer at all, though they probably do own a mobile phone or have access to one.
As noted above, most phone owners are in developing countries where standalone computer ownership is very low. Mobile phones may well be the only computing devices they're ever likely to have access to.
If even a budget phone can double as a full size computer, that's going to be the most likely route to computer ownership in the developing world, and they are the majority of the earth's population.
Even if global PC ownership stayed exactly the same as it is now, the phone could still overtake the PC as the main form of computer because of its adoption in the developing world.
We can't assume that at all. Most of the people I know who aren't geeky will probably carry on in their own sweet ungeeky way and won't care that their phone can do a million things. They are happy to use it to make phone calls and not much else. They can't be bothered to even browse the web on a phone.
I didn't say all people would use all smartphone functions. What I was trying to say was that all smartphone functions would soon be present in all budget phones.
The last part of my article was deliberately a series of questions instead of statements. I asked what might happen if most people did use a particular feature, but I didn't say it was certain.
The point of the last part of the article is that we won't know whether a feature has true mass appeal or revolutionary qualities until it is available on the cheapest phones.
If text messaging had only been available on high end phones it might never have succeeded, but because it was available on even the cheapest phones it became a hugely successful mobile technology. We had to see SMS on the cheapest phones in order to find out how useful it really was, and the same is true of all mobile technologies.
If GPS is on all the cheapest phones I suspect most people will use it, but we won't know for sure until it IS available on the cheapest phones. That's why it's so interesting to see technologies migrate to the lowest end models, it's the true test of their worth.
You can do true multitasking on some featurephones, and some (Nokias and SEs) will let you touch the hardware directly from J2ME.
I'm not a programmer so I'm not completely sure what you mean by "touching the hardware" but if an app accesses the hardware directly then it's a native app. If it's a mixture of direct access and JavaVM then maybe you could call it a semi-native app? I don't know.
But the definition of a smartphone I use is that a smartphone can run 100% native applications, just like a computer can. That's the point of the word "smartphone", a combination of a computer and a phone.
If a device can do true multitasking for all installed applications, and these installed applications can be 100% native, then that device is a smartphone. Of course smartphones are often marketed as feature phones (for example the Nokia 6120 Classic) but technically they are still smartphones.