Δημητρη, ειδικα απο σενα, δε περιμενα τετοια στενομυαλια και αντιμετωπιση!

Ελπιζω να ξεριες οτι δεν ειναι μονο τα 4GB που ξεπερναμε με τα 64 bit !!!
Υπαρχουν πολλα παραπανω και τα εβαλα και πριν σε λινκ…. εδω ΕΝΑ ΑΚΟΜΗ ,απο ανθρωπους που βλεπουν λιγο μακρυτερα και χωρις προκαταληψεις.
http://appleinsider.com/articles/13...powered-iphone-5s-with-new-m7-camera-touch-id
The modern instruction set of ARMv8 not only supports running both 32- and 64-bit apps, but also expands the number of both floating point and general purpose registers, uses 64-bit addressing and allows 32-bit instructions to take either 32- or 64-bit arguments. These upgrades are a package deal, and each part of the jump is significant and noteworthy.
Advancing to a 64-bit instruction set essentially means that big math problems can be worked out faster in larger chunks, not just boosting performance but also allowing the processor to finish its work faster and drop back down into a lower power mode, contributing to energy savings even while delivering up to twice the computational performance.*
In addition, Apple's experience in porting OS X to the 64-bit Power PC G5 and then again with the Intel transition to 64-bit has not only equipped the company to make a third 64-bit transition on ARM, but also affords a "seamless developer transition" for third party apps.
iOS 7 on iPhone 5s gets a native 64-bit kernel, libraries and drivers and Apple has ported all of its own bundled apps to 64-bit, but the device can run both 32- and 64-bit apps without users needing to worry about which they have.*