What hasn't been clear to me in all this is whether there is actually a problem with dropped calls because of it? So the bars go down, big whup. Can you still make calls? If not, then it's a big deal. If you can, not so much.
Yes, people have dropped calls, this is on the front page of this website:
http://www.youtube.com/watch?v=03PQyWp0mWE&feature=player_embedded
Also remember this is a smartphone, it needs to be able to make calls AND receive data. In an experiment I did yesterday, I could not get calls to drop (I have in the past) but my data speeds were terrible.
Bumpers off, in hand:
Bumpers on, in hand:
Normal data rates, on desk
Honestly, did you not go to school and do basic physics?Hey guys,
So I don't own an iPhone yet or know anyone who has one so I will have to hopefully clarify some things with you guys. So basically, the big fuss is that the skin to metal contact messes up the antenna. So would using the Apple bumper COMPLETELY solve the problem? Or would it make it only a little bit better? Would the phone still have full bars despite the way you hold your iPhone, or is the reception just moderately better with the bumper on?
Edit: Lol just notice the title, it was suppose to be " Let me get this straight"
The post to which I replied said the fact Apple released a case for the iPhone was PROOF that they knew of a problem, for which the case was a fix.
I asked what problem the iPad case was designed to fix. (ie sarcasm)
What hasn't been clear to me in all this is whether there is actually a problem with dropped calls because of it? So the bars go down, big whup. Can you still make calls? If not, then it's a big deal. If you can, not so much.
To be fair you kind of have to try really hard to get the signal to drop. During normal usage of the phone I've never noticed it dropping.
From my experience, it depends on how strong the signal is. At home (where I've always had good service), the bumper eliminates the antenna issues but at work (where my download speeds are ~half of what they are at home - 300k to 500k) the signal drops pretty quickly without much effort.