So the bars we see now are erroneously represented *higher*? Sooo... this means that the person who has 2 bars *with a signal* now will get no bars and no signal after the update? This seems like it will take people with weak signals who *can* talk now, and make their phones paper weights with no chance of reception.
I don't understand Apple's logic. The phone showing more bars results in signal loss and dropped calls? So if you start with 5 bars, and talk, then hold the bottom left, it goes to 1 bar then drops. This is how it works now. Under Apple's new plans, you start with 3 bars, you hold the bottom left, then the bar drops to 1 and you lose the call. What's the difference whether you start with 5 or 3 bars. If the end result is you lose the call because you are touching the band of the phone, you still end up in the same (sinking) boat.
The calculation isn't the problem. It seems with the iPhone, you need the signal bar calculation to be *higher* since we lose bars quickly if we touch the phone. By lowering the starting bars, we will lose calls just that much faster.
Don't get this one. Anyone?
Arf.
Christ man! Read their announcement!
The bars you guys see on the phone are just indications of certain signal levels. But these signal levels are NOT linear. i.e: when you have say, signal=10% you get one bar 20%=2 and so on. It turns out that it goes like this upto the 4th bar but then, bar 5 is not 50 but 100!
In short the representation of the last 2 bars show some 40% of the whole signal. In other words the signal strength is not accurate.
Obviously we want to make this VERY accurate, because of it's nature it can be used a quality factor to measure anything.
So the bottom line is that we want this to be an accurate reading of signal strength, as much as we want our watch to show an accurate time, a thermometer accurate temperature and so on. If we have accurate tools in hand, then we can easily depend on our devices to do what ever these do.
The non liner representation of the iphone(s) signal should be fixed. Then you will be aware of when and where to call and how. Particularly in areas with poor coverage.
On the other hand an accurate signal measurement, could eventually help in locating the best cell tower, etc etc. Only good things can come out of this. It should be fixed. Imagine what would have happened if you had an outside thermometer displaying a temperature of 100F where it was only 50!....
Now just learn and adjust yourselves on holding that phone correctly and rest assured that on top of everything else, it's got maybe one of the best 3G/Ant designed receivers for reception. Just avoid shorting it's antennae. It's not that hard to do...