
The iPhone 4 is the culmination of years of refining Apple’s iPhone line of products.One by one, Apple has improved features and the latest iteration enhances a number of important elements like display, camera (with Flash), dual-microphone, larger battery and multi-tasking – just to cite a few.The design itself has been updated to use steel and aluminosilicate glass, which is ultra-resistant to scratches (but not shocks). The new antenna design has been generating a ton of controversy recently because of interferences caused by the contact between the user’s hand and the phone itself. So, how bad is it? I will tell you what works and what doesn’t, without sugar-coating or politics. Let’s dive in.
Technical Highlights
OS : iOS 4
Display :3.5″ LCD IPS 640×960
512MB RAM
Memory :16GB of internal storage
Camera : 5 Megapixel camera
Connectivity :Wifi b/g/n, BT 2.1+EDR, aGPS
No Radio
Connect : via iPhone connector

Apple A4 processor: You will see a ton of articles saying that both the iPhone 4′s A4 processor and the iPhone 3GS Samsung processor are based on an ARM Cortex A8 design – this keep coming, and coming… Well, that’s true, but it means… *nothing*. As I have said before, smartphone chips are pretty much the equivalent of a PC motherboard, complete with CPU, GPU, RAM and other co-processors. The CPU, the Cortex A8 is one among many blocks within the chip. Telling you that a PC has a Core i5 processor doesn’t tell you much about it
s overall capabilities – it’s the same for the smartphone chip. Maybe it has a few dedicated co-processors that make video and 3D graphics zippy. Or maybe the bus linking all the parts is super fast and let data flow freely. Or maybe the individual blocks have been designed to be shut down at any moment to save more power. “Based on an ARM Cortex A8″ tells you none of that, so in the future, just discard that stuff when you see it. What you’re buying is the overall experience anyway.