NOTE: All timestamps are in the future because WE are in the future. The care takers of Midnight Ridazz.com reserves the right to remove, edit, move or delete anything for any reason. None of the opinions expressed on these boards represent the Midnight Ridazz nor can anyone purport to speak on behalf of Midnight Ridazz.
so if you're the only cell phone on the only channel, in a signal area, you can get 14.4 Mbit of speed.
of course this is all theoretical, but mixed in with inteference and traffic nd all that, you wont get nearly that speed.
this is a commercial advertisement, however, when working on mobile applications here at my office with a dedicated repeater, i've gotten 2 Mbit connections with EVDO.
so its just slow internally. not because of the network
but which would be fast to like open up and review files.
like it would be easier ot have maps of la on the phone rather then going to goole all the time
no the limitation is placed on the arm processors ability to handle checksum and filter out packetloss
over the air, you get the same information sent over and over again, because there is always a bit of information lost when transmitting data. the iphone has a primitive way of handling.
android uses a qualcomm chipset which acts similarly to "dual core" processors, but it is dedicated to two components of the device.
so all your applications and music files running and opening don't use the same core as receiving a call. henceforth, many of the ui problems that underlay OTA interruptions are not there.
when loading webpages theoretically it should be faster because it will render on the main core, and receive and translate data on the second core.
-->
Ridazz Roulette!
