Actually now that I think about it there might be a problem with apps on CDMA networks. Here's a hypothetical example:
You're in Twitter for iPhone and you post a tweet. As it is sending the tweet to Twitter's server you get a phone call. Since a CDMA iPhone couldn't do simultaneous voice and data the connection to the Twitter server would be severed before the tweet is sent.
This could be problematic for many apps unless developers adjust their apps to handle this type of ad hoc connection loss.
It could also be problematic to the user.
I will often send a large email with attachments and then phone the contact while it is sending to discuss the email.
If I had a CDMA iPhone I would have to wait for the email to send and then make the call. It's not a big deal, but it's something that users would have to consciously be aware of when using their device. And as I pointed out earlier, some apps would handle the interruptions better than others. While mail app has an outbox/drafts folder, other apps do not.
I'm pretty sure that there is a way to do simultaneous voice and data on a CDMA network, it's just up to the phone manufacturers to implement it. So I'm pretty sure Apple either implemented that or made the required changes to keep it from being a problem.
As I understand it there is no way to do this. Can you provide any links that suggest? Aall of the coverage (from legitimate websites - not news media sites like WSJ) that I have read has said that it is not possible to do simultaneous voice and data on CDMA.
From CDMA's official website. http://www.cdg.org/news/press/2009/Aug17_09.asp
Actually now that I think about it there might be a problem with apps on CDMA networks. Here's a hypothetical example:
You're in Twitter for iPhone and you post a tweet. As it is sending the tweet to Twitter's server you get a phone call. Since a CDMA iPhone couldn't do simultaneous voice and data the connection to the Twitter server would be severed before the tweet is sent.
This could be problematic for many apps unless developers adjust their apps to handle this type of ad hoc connection loss.
It could also be problematic to the user.
I will often send a large email with attachments and then phone the contact while it is sending to discuss the email.
If I had a CDMA iPhone I would have to wait for the email to send and then make the call. It's not a big deal, but it's something that users would have to consciously be aware of when using their device. And as I pointed out earlier, some apps would handle the interruptions better than others. While mail app has an outbox/drafts folder, other apps do not.
Some things that may make a LTE phone possible:
VZW has launched in 38 markets, and 60 airports. Interesting that a launch of that magnitude on a technology would happen without much backing. Simultaneous voice and video would be easily accomplished with an LTE secondary network.
what about android users who end up in these situations?
don't you think iOS is capable of pausing / resuming transfers upon the interruption of your data connection?
I don't think apps are specifically written so your tweets don't get lost when you're riding the subway :/
Not without significant modification to applications and/or iOS, no.
Actually now that I think about it there might be a problem with apps on CDMA networks. Here's a hypothetical example:
You're in Twitter for iPhone and you post a tweet. As it is sending the tweet to Twitter's server you get a phone call. Since a CDMA iPhone couldn't do simultaneous voice and data the connection to the Twitter server would be severed before the tweet is sent.
This could be problematic for many apps unless developers adjust their apps to handle this type of ad hoc connection loss.
It could also be problematic to the user.
I will often send a large email with attachments and then phone the contact while it is sending to discuss the email.
If I had a CDMA iPhone I would have to wait for the email to send and then make the call. It's not a big deal, but it's something that users would have to consciously be aware of when using their device. And as I pointed out earlier, some apps would handle the interruptions better than others. While mail app has an outbox/drafts folder, other apps do not.
Actually now that I think about it there might be a problem with apps on CDMA networks. Here's a hypothetical example:
You're in Twitter for iPhone and you post a tweet. As it is sending the tweet to Twitter's server you get a phone call. Since a CDMA iPhone couldn't do simultaneous voice and data the connection to the Twitter server would be severed before the tweet is sent.
This could be problematic for many apps unless developers adjust their apps to handle this type of ad hoc connection loss.
It could also be problematic to the user.
I will often send a large email with attachments and then phone the contact while it is sending to discuss the email.
If I had a CDMA iPhone I would have to wait for the email to send and then make the call. It's not a big deal, but it's something that users would have to consciously be aware of when using their device. And as I pointed out earlier, some apps would handle the interruptions better than others. While mail app has an outbox/drafts folder, other apps do not.
its tough to say since there currently is no verizon iphone
i'm sure we will know more if and when a verizon iphone is announced
a lot of questions will be answered at that point