Earlier quoted context omitted.
Jobs clearly stated that the demo of bars being dropped on other brands of phones was done in an area of bad network reception. If people try the death grip with good network reception they won't see any drop in bars. As I understand, this is the same for the iPhone 4.
In the real world, sometimes there is bad network reception. Then there are people who can still make calls in that area, and people who can't.
RIM on Apple's claims of Blackberry Bold signal loss
51–60 of 74 posts
Re: RIM on Apple's claims of Blackberry Bold signal loss
#52Earlier quoted context omitted.
Just like there are people not being able to reproduce the problem on their iPhone 4.
Point?
Re: RIM on Apple's claims of Blackberry Bold signal loss
#53Re: RIM on Apple's claims of Blackberry Bold signal loss
#54Re: RIM on Apple's claims of Blackberry Bold signal loss
#55Earlier quoted context omitted.
I think you've missed the point. With the iPhone 4, it's possible to reproduce this issue by holding the phone in a very natural way. The fact that other phones also lose reception but only if you hold them in a special way clearly isn't a problem - if it were it would have created a big stink. And if you think people are deliberately making a big production out of this to screw with Apple, then why wasn't it done wi…
Ugh. We know it's easy to intentionally reproduce the problem. But the only data anyone has suggests that, in practice, it doesn't seem to be affecting people much, just like I'm sure deathgrips aren't affecting BB users much. Can we move on from Antennagate now? Maybe talk about Erlang instead?
Re: RIM on Apple's claims of Blackberry Bold signal loss
#56If the antenna is internal (and invisible) how many would even realise they were affecting it in any way? Apple drew a lot of attention to its antenna, both in terms of design and marketing, so how many people reported problems after deliberately trying to screw with it? I just made my iPhone 3GS, Blackberry 9700 and Nokia N97 all drop a couple of bars by covering their internal antennas with my palm. I expect this t…
The point is that you can have the same effect on an iPhone 4 with your pinky.
No one touches their pinky over that line in normal use. Does it cause a problem? Yes. Does anyone just sit there with one finger on the side of the phone? No.
Instead, say that a grip natural to a large number of users causes signal loss.
Re: RIM on Apple's claims of Blackberry Bold signal loss
#57Earlier quoted context omitted.
They showed a video of the Bold 9700 having a death grip issue which probably also effects very few people in real world usage. (13% of 9700 owners based on this site's poll)
I have a Bold 9700 and have never had a problem of this kind.
The same is true of the iPhone 4. It's just easy to find the exact place where it happens on the iPhone because it's basically marked.
Re: RIM on Apple's claims of Blackberry Bold signal loss
#58Earlier quoted context omitted.
The point is that you can have the same effect on an iPhone 4 with your pinky.
Though the ease of producing the problem on the iPhone 4 is very real, this argument annoys me: No one touches their pinky over that line in normal use. Does it cause a problem? Yes. Does anyone just sit there with one finger on the side of the phone? No. Instead, say that a grip natural to a large number of users causes signal loss.
Re: RIM on Apple's claims of Blackberry Bold signal loss
#59Earlier quoted context omitted.
The point is that you can have the same effect on an iPhone 4 with your pinky.
Though the ease of producing the problem on the iPhone 4 is very real, this argument annoys me: No one touches their pinky over that line in normal use. Does it cause a problem? Yes. Does anyone just sit there with one finger on the side of the phone? No. Instead, say that a grip natural to a large number of users causes signal loss.
Re: RIM on Apple's claims of Blackberry Bold signal loss
#60Earlier quoted context omitted.
Point?
The point is the single data point you are providing. Finding iPhone 4 users with this same data point of not having a problem point to the fact the you entirely missed the point.