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With that list, they might as well have been considered first. It's as if what came before never really existed. Especially tablets before the iPad. Just awful.
Exactly, Bro-seph! Apple turned these categories on their ear and created something out of nothing. Thanks for seeing things in a logical way.
 
Such a display will likely be available for the iPad 3.

We would all have liked one on the iPad 2, but if the tech isn't available or not cost-effective, what can you do.

Does the iPad 2 *need* one? Sure. Will I hold off until it gets one? Not a chance. It's still an iPad. I've just received mine and it's incredible.

Yes exactly
I couldn't wait till iPad 3, coz I think the iPad 2 trumps the iPad 1 in MANY ways already. The shape, size weight and design of the iPad 2, to me, is the IDEAL tablet computer size..... it's so much better to hold iPad 2 than the iPad 1.
 
Because resolution is a measurement of linear data such as ppi or dpi.

MR is 100% correct and you are 100% wrong. Pixel density is a squared function. Resolution is a linear function.

Sorry buddy, pixel density and resolution are both squared functions. You're referring to pixel dimensions, which is a linear function. Just because you hear someone use a term in one way doesn't make it the correct usage.

Do some basic reading: http://en.wikipedia.org/wiki/Display_resolution
 
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Well, I bet Apple wishes they bumped the resolution on the iPad 2 instead of waiting for the 3.

If the hardware does not exist, they can't include it in their devices. The new panel is more or less vaporware at the moment. We don't know if it will be available in time for the iPad 3. There is no way it could have been included in the 2.


I wonder how the Apple vs Samsung lawsuit will affect this. Samsung could just hold this technology for their own tablets out of spite.

I am sure, more than one company will sell panels of that resolution. If Samsung will not sell it to them, someone will.



Oh Boy! Here come the resolution police.

I am hoping it will come out on December 31st. Then it will be a New Years resolution.
 
While you can work out math problems you cannot use logic.

Simple Math: 1x1 = 1^2 = 1 unit am I not correct? so to double the size you increase (1x2)*(1x2) = 2x2 = 2^2 = 4units

Your usage of your preferred term of "unit" is the same as the definition of resolution. You state yourself in your little equation that you'll end up with 4x the "units".

Your math and logic are there, just grab a dictionary.
 
Exactly why I waited to get the TRUE iPad 2 (aka iPad 3). If the iPad 3 gets this type of screen, a world cell radio (GSM / CDMA) and thunderbolt support, I think many will see it as the iPad 2 in spirit.

No way, I'm not getting the iPad 3, I'll wait for the iPad 4 and all the features IT will have.

NO, forget that, I'll wait for the iPad 5...yeah, that's the ticket. You'll all be stuck with your iPad 4's and I'll have saved my money because I'm smart and get the iPad 5.

WAIT, only makes sense that an iPad 6 will be after the 5. So I'll wait for that....

NO!
 
I want to haz!

OK, now I need a raise so I can get one of those darn things. That was about the only thing really lacking on the iPad 2. It's not that I expected it. It's just that the iPhone 4 display spoils you like crazy. The iPad 2 display is still really good, but just not five-star awesome.

For those who clamored for a pixel bump, please learn a bit more about building an app for a certain resolution and the problems with increasing resolution by a fraction. Yes, it could be done, but you're talking more complexity and probably more storage for something that probably wouldn't be worth all the effort. Svelte apps are prime stuff on mobile devices.
 
When the iPad 3 with this resolution becomes a reality, I will certainly look into buying my first one. I keep hesitating, but not for long anymore. :)
 
If the iPad gets this screen, I see no further use for my 17" MacBook Pro. Any word on how much it costs?

You shouldn't even own a MacBook Pro of an sort then as clearly, it is over-spec'd for your needs.

A 2560x1600 iPad is NOT ideal - graphical power required to run such a display is not around at the moment in an energy efficient form.
 
Meh.

The iPad 1 display is fine. I am sure more pixels would make it even more beautiful, and I'll take it if Apple offers, but I don't care very much about that.

I certainly won't upgrade for more pixels.

Give me more speed. Let me use Thunderbolt. Let me use USB cables. Give me more battery life. Give me decent cameras. Let me use a mouse. Give me multitasking. Improve the foreign language support (specifically, the ability to use character recognition for Japanese, not just Chinese). Let me change my default browser. Let me access folders directly.

I'd upgrade for this stuff.
 
While I'd love to see a Retina display in the iPad 3 a couple of things would make me cautious about assuming such a thing will happen:

1) These are, more or less, prototypes. To make it available on the iPad Apple would need tens of millions of units a year so yields have to be high and costs have to be (relatively) low. Until we find out more about these panels I'd be inclined to assume the opposite is the case at the moment.

2) The panel itself isn't enough, you've got to be able to drive the thing. Which, if you doubled both horizontal and vertical resolutions from the current iPad, might not be the easiest thing in the world to do. At least the current GPU in the iPad is supposed to scale in a more-or-less linear fashion with more cores so they could bump it up to a 4 core GPU / CPU combo but that's still going to be a pretty expensive (and potentially battery draining) part. Possible yes but not a done deal.
 
The fools who said the there was no way a retina was even possible for the IPad 3 look rather silly now. The infrastructure is there.

This wouldn't even be full HD, it would be Super HD.
 
A 2560x1600 iPad is NOT ideal - graphical power required to run such a display is not around at the moment in an energy efficient form.

What you are saying is sensationalism. It must be hard for you then to believe now that a single core GPU and CPU on the iPhone can have retina and still have the best battery life to date of all the previous generations.

Quad core CPU's and GPU's are expected next year and there is no reason why a high resolution such as this is not feasible.
 
Wirelessly posted (Mozilla/5.0 (iPhone; U; CPU iPhone OS 4_3_3 like Mac OS X; en-us) AppleWebKit/533.17.9 (KHTML, like Gecko) Version/5.0.2 Mobile/8J2 Safari/6533.18.5)

Well, I bet Apple wishes they bumped the resolution on the iPad 2 instead of waiting for the 3.

Yup, since this is a decision that doesn't depend on hardware availability or anything.

They should have had Retina even in the iPad 1, don't you think!
 
considering the price of my 2550x1440 monitor, i'd had to guess how much an iPad with that much pixels is gonna cost
 
Your usage of your preferred term of "unit" is the same as the definition of resolution. You state yourself in your little equation that you'll end up with 4x the "units".

Your math and logic are there, just grab a dictionary.

Sorry buddy, pixel density and resolution are both squared functions. You're referring to pixel dimensions, which is a linear function. Just because you hear someone use a term in one way doesn't make it the correct usage.

Do some basic reading: http://en.wikipedia.org/wiki/Display_resolution

While you can work out math problems you cannot use logic.

Simple Math: 1x1 = 1^2 = 1 unit am I not correct? so to double the size you increase (1x2)*(1x2) = 2x2 = 2^2 = 4units

Resolution of 2048x1536 isn't double-resolution. It's quadruple-resolution.

1024x768 = 786,432 pixels
2048x1536 = 3,145,728 pixels

3,145,728 / 786,432 = 4

What's with MacRumors reporting this incorrectly every time it comes up?


...straight from the horse's mouth (via the iPhone 4 page):

By developing pixels a mere 78 micrometers wide, Apple engineers were able to pack four times the number of pixels into the same 3.5-inch (diagonal) screen found on earlier iPhone models. The resulting pixel density of iPhone 4 — 326 pixels per inch — makes text and graphics look smooth and continuous at any size.

(http://www.apple.com/au/iphone/features/retina-display.html)

:)
 
Because resolution is a measurement of linear data such as ppi or dpi.

MR is 100% correct and you are 100% wrong. Pixel density is a squared function. Resolution is a linear function.

don't be so fast there! who says "resolution" is always a linear function? i can easily say retina has 4x the resolution of a non-retina display, just like a "12 megapixel" camera has 4x of pixel as a "4 megapixel camera."

these are really just semantic. the important thing for people to know is that when length and width double, the graphic power needed is quadrupled.
 
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