Samsung Unveils New 10" Retina Display 155
adeelarshad82 writes "Samsung has unveiled a brand new 10.1-inch display that supports a maximum of 2560×1600 pixel resolution that could be ripe for next generation tablets. Samsung's new display is more of a tech demo than anything else at this stage. While it looks impressive, it's not quite ready for broad production. It does, however, prove that high pixel density and high-resolution tablet displays are possible without unreasonable power requirements coming along in the process."
Power Requirements? (Score:4, Interesting)
It does, however, prove that high pixel density and high-resolution tablet displays are possible without unreasonable power requirements coming along in the process.
I'm not sure the power requirements are the biggest issue with this type of display. I think cost is going to be the biggest hurdle it has to clear before it finds its way into a tablet.
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I for one welcome our $300 16,000x9,000 pixel 24" monitor overlords. We've been stuck at 1920x1080 for too long. In terms of cheap displays, anyways.
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How many years ago was this?
I've got an IBM T221, 3840x2400 22.2", 204 ppi, and it's only fan cooled (and the panel isn't what needs cooling, the FPGAs that do the video processing are).
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Pretty sure there were commercially available 200+ ppi displays for PDAs back then, too.
But, I wasn't sure what Nokia was doing in this case - after all, Nokia also made computer displays.
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As someone mentioned above, the IBM T221s have offered similar pixel density for years, but at a staggering cost.
Someone sold a used one on eBay a few weeks ago for around $2000. Several more used T221s appeared right after that, so now might actually be a good time to buy one. They are ordinarily very rare.
My big ten inch (Score:2)
I'd like the 24-inch version of this, please.
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I'd rather have the 27" or 30" version to replace my current main 27" IPS monitor running at 2560x1440. Or maybe replace my secondary 22" monitor and make the old 27" the "crappy" older monitor. The PPI difference might make it a bit weird though.
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A 30" version with the same total resolution as 24" at 200dpi would be far more useful anyway. 150dpi is a lot at desktop viewing distances.
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Yes, a 27" monitor at 2560x1440 has a pixel density of 109 PPI and at normal viewing distances you just don't see individual pixels. Well, you can see the pixels but it's not like they stand out like a sore thumb as they do when you start to look at pixel densities closer to 80-90 PPI. 150 PPI would be extremely nice, no risk of small text being limited by the pixel grid anymore...
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I've been able to score a couple of IBM T221 monitors. 3840x2400 in 22", which comes out to 204dpi iirc. It takes some funky finagling and specific video cards to get it all set up, but if you can get it to work, it's really rewarding.
It's the only piece of computing hardware I've come across where the phrase "They don't make them like this anymore" actually applies.
However, what we truly need is an adoption of a dirty-rectangle update display interface, and hardware scaling on the display itself (so it ca
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HDTV has absolutely ruined the 'high res' monitor market. They keep advertising larger sizes. 20!, 23!, 25! monitors but if you look at the resolution they're all 1920x1080. Monitor prices continue to fall but decent resolution monitors aren't because no one is buying them. All the factories are spitting out HDTV.
I found one T221 on ebay. It was 1700$.
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I agree. Over 10 years ago I was running 2048x1536 on a high quality CRT, and that cost only $300.
The T221s were cheaper before, but they've become more sought out and so the prices have been flying back up. But hey, they did debut for $18,000, and then dropped down to about $8,000, so that's still a steal! :-P
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There are three places to place obvious blame:
Broadband, for allowing people to stream ever bigger resolutions rather than 1990-standard 300x240 clips (horrible at fullscreen, but nobody was complaining)
The CRT industry, for keeping people at mid res for so long that we got coiled like a spring waiting for larger sizes... by the time LCD's became cheap enough, it wasn't wether you were ditching that your old screen to get a new 1280x1024 res, but wether you were trading 14-inch CRT for "lots of inches more
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And judging from Youtube's default video resolutions, we are nowhere near REQUIRING 1080p resolutions for daily use yet, to justify the diminished 1080p that they all got US stuck with.
This whole Widescreen res fiasco should be optional, just like that fingerprint reader that you're [very likely] NOT yet seeing near your desktop keyboard nor 99% of laptops --where it would actually be of some use.
Two pages at 960x1080 (Score:2)
The DVD industry, for enabling [display] makers to widen their screens with the excuse that EVERYONE's main PC use was not vertical browsing, but letterbox (American) entertainment
PROTIP: A 1920x1080 pixel monitor can display two 960x1080 pixel windows side by side. Window managers have "Tile Vertically" and "Snap" features to take advantage of this.
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IBM produced that 10 years ago. http://en.wikipedia.org/wiki/IBM_T220/T221_LCD_monitors [wikipedia.org]
The problem with 200 dpi on a desktop monitor is viewing distance and the fact that UI's don't scale as we would like them to. T221's can be bought on eBay and there's a Yahoo newgroup that discusses how to use them. Apple even provided support in OS X once upon a time, but that's fallen into useless disrepair. Try one, but you probably won't like it.
Technology really isn't there yet (Score:3, Interesting)
It is getting there, but as of yet there are still hurdles to be dealt with.
The biggest is just cost. Pixels cost money, every sub pixel needs a transistor (or two if you want a nice high quality IPS panel) and so more pixels equals more cost. You might think you want a display like that, but are you willing to bear the cost? Such a monitor could easily cost $3000-4000. Still interested?
Another big one is UI scaling. Programs and OSes are only now getting on board with the whole resolution independence thin
Invoking Section 508 against DPI-unaware apps (Score:2)
sub pixel needs a transistor (or two if you want a nice high quality IPS panel)
How many transistors are there in even a low-end Pentium Dual Core CPU?
Windows Vista and 7 are fully on board and scale beautifully but many, many apps for them do not.
There are so many applications for Windows that there's usually an alternate application for every need, at least one of which will hopefully support the system DPI setting that has been in, for example, Windows for the past decade. Well-known applications are probably used by at least one government, and that government can invoke accessibility law (Section 508 [wikipedia.org] and foreign counterparts) against applications that do not support system DP
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My KDE interface is completely scalable. I could very well use a very high resolution screen (and would, if any were actually sold at not-stupid prices).
So it is stupid, inept, proprietary software which is holding the world back. And the HD craze. To be honest, it is more the HD craze than anything, and I am glad the geeks are starting the rebel. I was dissed as a whiner when pointing out last year that reasonably high resolution monitors were disappearing, because of the gullibility of the public.
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It's called Dual Link and you simply have to select cards with that capability or with SLI/CrossFire to handle that density. My current card is a budget card >$100 when new (Radeon 5670 w/512m) that supposrts both Dual Link and CrossFire. This means I could easily handle a 5120x4800 display using a pair of them for >$250, which is cheaper then a single High End Card (not top line).
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Hmm, a little math says this shouldn't cost that much.
Let's say we have a 16inx9in display (cinema format) at 600dpi.
That's 51M pixels, at 10 transistors per pixel, a whopping half billion transistors. Which you can get for about $200.
Fake-out (Score:5, Informative)
Which is rather annoying (Score:3)
I've no objection to pentile displays in principle. Humans do have higher green perception and so perhaps such a display can be useful. For that matter it is similar in principle to the Bayer pattern that still digital cameras use for their sensors.
The problem I have is like you've noted with overselling it. You can't claim more resolution on less subpixels. The net result will be a more grainy image. Cameras like to do this too, their "megapixel" count is the total acquisition area, ignoring that each pixe
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But like with cameras maybe the marketing just gets pointless. Sure a 10megapixel camera doesn't have 10million full colour pixels but due to the interpolation of a beyer pattern being actually quite good the end result actually appears quite sharp when viewed 1:1 on a computer display, so really no one gives a damn that they have only 5 million green, and 2.5million red and blue pixels.
In practical terms the difference between screens is minimal even if the resolution numbers are artificially inflated. The
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Not in comparison to same photo shot with a Foveon sensor camera.
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Sure. But Foveon sensors overstate their native resolution just like the Beyer pattern sensors. So when you compare pictures from a camera like a Sigma D10 with for example a D7000 12megapixel camera you still end up with the same result. After all Beyer interpolation can be ignored and instead the local 4 group of pixels can be combined. This is used quite extensively in astrophotography. The end result not only has no interpolation Foveon style, but also looks better as the Foveon sensors currently are be
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Not only is the resolution actually lower, when you use them at the specified resolution, text looks all jagged and rough-edged... :(
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Subpixel rendering does work on a similar principle, yes - as the name implies, addressing individual subpixels to raise the perceived horizontal resolution.
The point is that we don't claim that a 1600x1200 display is actually 4800x1200 because we use subpixel rendering on it. whereas here they're touting the resolution as 2560×1600. The real figure for a mostly black-and-white image - like, say, your typical web page - is 1280x1600.
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This new screen uses a RGBW layout instead. It's still not as "high-res" as a normal RGB LCD, but it's pretty damn close and A LOT better than RGBG.
How so? Correct me if I'm wrong, but the subpixels are still the same size, they've just replaced the extra G with W. So, say, in the case of white text on black background, you'd still either have the accuracy of 2 PenTile pixels at the edge (if you don't use subpixel AA), or else the edge will have a red or cyan fringe, 1-pixel-wide, depending on where between the pixels it falls.
Resolution is fine, when can I wrap it like paper? (Score:2)
The final frontier is now: how to make it wrappable / roll-in and back again or similar? 10 inches is too big for my pockets..
Wrappable is fine, when can I iron it like cloth? (Score:3)
The final frontier is now: how to make it wrappable / roll-in and back again or similar? 10 inches is too big for my pockets..
You can have a fully bendable display once we figure out how to combat the creasing problem. Hint: Paper currency is "wrappable" -- Take a few from your wallet and look at a "straightened" piece of fully bendable currency and you'll get my point.
IMHO, It's more feasible to use projective displays to solve the "too big for my pockets" problem.
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IMHO, It's more feasible to use projective displays to solve the "too big for my pockets" problem.
..or detachable screens so you can have a 10" in another pocket and a small screen in your pockets..
Glad to see "HD"TV is not killing DPI advancement. (Score:2)
For many years now I have been very disappointed by stagnation, and down-right reversal in DPI trends. 13 years ago I was running a 19" CRT at 2048x1536, now to find a computer display with similar DPI is very difficult; to find a CRT is even more so, despite the venerable technology's superiority in virtually all image quality metrics.
TVs continue to get larger and larger, while 1080p is likely to remain the standard by which they are all measured for several years to come, and penetration of media with a
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Of course, it took over 10 years for HD to make it from being developed until it was a common consumer product, so don't hold your breath. (NHK developed 1080i around about 1980, first commercial broadcasts in Japan 1994, first in USA 1998).
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Amen to all three of you. I had no idea when I picked up a couple of 16:10 1920x1200 screens three years back for $349 each, I was getting something that was fast-disappearing. Whether you get 20" or 27" these days, they're all 1920x1080. It's funny, because computers were always a different market than TV, and in computers, more "height" pixels is always a Good Thing, for full-height word-pro pages, more rows on spreadsheets, etc.
And 2560x1600, it's got that same you-can't-go-back phenomenon that wa
Not quite ready for broad production .... (Score:2)
Now you need better than 20/20 vision (Score:2)
To see all the detail on a screen just an arm's length away from you!
Maybe not for the iPad (Score:2)
Isn't Apple severing ties with Samsung over their phone being to similar to an iPhone? If so, I wonder what would happen if Samsung pushes this towards Android and Blackberry for their tables and all of a sudden, Apple is the one with less quality?
Now before somebody posts that Apple would be the biggest purchaser, so Samsung would be hurting them self. 1) Apple is currently suing Samsung. 2) Samsung can only produce so many of these screens (high reject rate). 3) if Android/Blackberry devices can use up
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Isn't Apple severing ties with Samsung over their phone being to similar to an iPhone?
Not quite. Sure they are suing them, but Samsung remains a supplier of components for Apple's products.
If so, I wonder what would happen if Samsung pushes this towards Android and Blackberry for their tables
Android device manufacturers and RIM will certainly buy some of these, in the same way they buy panels from Samsung already. The issue though is one of cost. Unless you can buy in the volumes that Apple do, and can afford multiple-billion dollar prepayments like Apple do, then you pay a higher price for those panels. Your options are then to sell your product at a higher price to consumers, or sell it at
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But you left out that Apple announced they are moving to Intel for a large part of their fabrication. This, too, takes business away from Samsung who currently has the contract. Regardless of the outcome of the phone suit. Samsung is losing its largest fabrication partner. The impact of that on the special pricing Samsung gives Apple has yet to be seen.
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But you left out that Apple announced they are moving to Intel for a large part of their fabrication.
Wasn't that just a rumor and not confirmation? Every site I've read postulates it as a possibility. The slashdot editing treated it as fact.
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That aside, the 'special pricing' arrangement refers to the purchase of displays, for which Apple has invested in the form of multi-billion dollar prepayments. The payments have already been made up front, both in order to secure low price and a large degree of exclusivity.
Samsung have the cash already, and the contract is signed.
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I didn't leave it out. You didn't mention it in your comment, therefore I didn't mention it either.
That aside, the 'special pricing' arrangement refers to the purchase of displays, for which Apple has invested in the form of multi-billion dollar prepayments. The payments have already been made up front, both in order to secure low price and a large degree of exclusivity.
Samsung have the cash already, and the contract is signed.
How does one sign a contract and make payment for a display that was just created? Does Apple's contract cover every display Samsung will come out with or does it cover specifically the displays that were designed for the ipad(1) and ipad2? Just curious.
just give me 1080p, at least (Score:2)
I want to be able to watch movies on a tablet without the horrible scaling artifacts. Quality on ipad2 is just terrible. 1080p please!
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The iPads currently don;t have the high dpi display that the iPhone 4 has - I expect it to be in the next iPad (I mean, what else are they going to do to improve it, other than increase cpu and gpu power - they seem to be shunning external connectors and card slots).
I personally found that the iPad (first gen) was great for watching BBC iPlayer, albeit not HD content and did make me consider getting one for that sort of use in the future, as well as the basic features (casual email, casual games etc). Righ
okay, then (Score:2)
Meld 9 of these into one nice 30" display with 7680x4800 display. *grasping hands* Now, please...
Link with dodgy ads? (Score:2)
So That Explains The Lame iPad 2 "Update" (Score:2)
Could Apple really avoid having a screen like this in the iPad 3 once competitors have them?
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Re:Obligatory (Score:4, Funny)
Sorry to be the one to tell you this, but she lied.
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His dad's OK with it, though.
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Until you get the option to upgrade your retinas
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Pretty much (Score:5, Insightful)
And worse, it is one with no real definition. At least HD has some definitions, even though people often play fast and lose with them. "Retina" just seems to mean "High pixel density." Apple's marketing department coined the term to imply that the display has a resolution equal to your eye. Of course that isn't the case, it is dependent on distance. However it worked for marketing and apparently has caught on with people.
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I actually expected something like an implant or a projection upon the retina...a contact lense would have been enough for christs's sake...but no it's a marketing term that i never heard before..
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HD was a better definition when it was less defined, then it was then used relatively, and had separate meanings depending on context. I am still amazed anyone can produce new laptops with super-low resolutions that are lower than the lowest resolution available in any laptop sold 6 years ago, and have the guts to call it HD.
Re:Pretty much (Score:4, Informative)
"Retina" just seems to mean "High pixel density." Apple's marketing department coined the term to imply that the display has a resolution equal to your eye. Of course that isn't the case, it is dependent on distance
"The screen is marketed by Apple as the "Retina Display", based on the assertion that a display of approximately 300 ppi at a distance of 12 inches (305 mm) from one's eye is the maximum amount of detail that the human retina can perceive."
Considering all of the boo-hoo'ing this statement caused here a year ago, I'm surprised there were enough people with mod-points to have missed it.
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Re:Buzzwords! (Score:4, Informative)
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So am I to understand that "retina" is the new "HD"? I expected something better from Slashdot...
No HD was never a measurement of 'pixels smaller than the eye can see."
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If you take Apple's naming of a Retina display to be the original definition, it's when a display's pixels are of high enough density that, at the intended viewing distance, the eye doesn't discriminate between the individual pixels.
HD is a good way to specify a standard for a video format, and "HD ready" is a good way to specify that a display can show HD without scaling down ("HD ready" for 720p, "full HD" for 1080i). Depending on the size of the display you can't consistently claim that the image you're
Cochlea fidelity (Score:2)
It's like saying your stereo has "eardrum" fidelity.
The proper analogy here is to the cochlea, as that's the transducer in the ear, just as the retina is the transducer in the eye. "Cochlea fidelity" would then mean the stereo system reproduces all audible frequencies so accurately that a median human auditory system introduces more noise than the equipment does.
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I think the name "retina" is awkward, but I like the idea that there's no reason a display should be cruder than a piece of paper printed by the cheapest inkjet printer you could find. It's a useful thing to measure because it's something you can by definition tell right away. It only gets confusing when you pretend it doesn't mean different DPIs for different uses.
The input device helps to determine intent (Score:2)
Given two otherwise identical devices, per your definition, one of them could qualify as a retina display if it was 'intended' to be viewed from a foot away and the other wouldn't if it was 'intended' to be viewed from a foot and a half.
The input device helps to determine intent. A touch screen is designed to be viewed closer than a screen connected to a keyboard and mouse on a desk, which in turn is designed to be viewed closer than a screen connected to an infrared remote control, one or more gamepads, or a Phantom Lapboard.
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The guarantee is that given you are looking at the display from the intended distance, its pixels don't look like pixels. This isn't very much different from the guarantee of "HD ready" TVs or similar displays that HD footage always gets at least one pixel per pixel in the source material in that both look like ass under the wrong conditions and neither may be exactly what you want in a display.
You can quote "intended distance", and I'll quote "high definition", given 720p HD shown on a 80" TV. Pixels the s
Re:maybe.. (Score:5, Insightful)
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You can get a reasonable priced laptop with 2048x1536.
The problem is, it's gonna be a 5 year old laptop, and you have to swap a 6+ year old new old stock panel in.
Alternately, depending on your definition of reasonably priced, not too hard to get a 15.6" 1920x1080 laptop, brand new.
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Re:maybe.. (Score:4, Insightful)
for some weird reason, resolutions are going down, not up.
A 5 yr old budget laptop had a 1280*1024 screen
My 3 year old budget laptop has a 1280*800 screen
current laptops in the same price range are 1366*768
A few years and will the resolution be 10000*1 ?
Re:maybe.. (Score:4, Informative)
Those are the 'wide screen' adaptations of older standard sizes that are being pushed now.
You might not mind, or even think it's great if you watch movies all the time on your laptop, but that's not what I do with one.
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Same thing for desktops. My old Mitsubishi 20" CRT displays 2048x1536, but good luck finding a high DPI display today.
(It can also display a couple of colours that no LCD can display, like good approximations of Pantone Red and Yellow - LCDs would need a negative amount or blue to display these, and depend on perceptual colours, not absolute ones)
The laptop I'm typing this on is 1600x900, and it's just too short - many older programs want at least 1024 height.
I'd think that Moore's law should apply to pixe
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Or on a TFT monitor that costs a reasonable amount. I'm going to buy a 32in TV as my next monitor as the resolution is just the same as a standalone one and I can do more with a proper TV.
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My 15" MBP has the 1680x1050 anti-glare screen, which really pushes the usability of some of the OS X widgets. Any 15" MBP can be ordered with it. I don't know if you'd want to go that much higher on any "modern" OS, until they are display resolution independent.
Too small of a dot pitch simply makes most operating systems unusable or irritating -- this box is too small, this text in this section needs to be enlarged, this document needs to be zoomed -- and so the demand for higher resolution displays just i
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Oh how I wish my eyes were still that good!
I'm only 30 and my eyesight has deteriorated slightly - I have it corrected just fine with glasses, but reading small text for long periods is still annoying. I think the P has a point; we really need resolution independent widgets in our OSes so we can really take advantage of high DPI displays.
I do agree that we've gone a bit crazy on the widescreen format though.
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MBP's now have 1680x1050 option as well. Had it for well over a year.
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aren't the new tegra's that are due out this year (Kal-El) already slated for this resolution? While apple may wait a full year, there will probably be someone out earlier with hardware that can support this chip. I think it was debuted a couple months ago.
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Apple: "Hi, we'd like to use this on the iPad 3. We sold 100 million iPads, and iPad 2's are selling at a similar rate. So, how much for 100 million of these displays?"
Samsung (listening to high-school-politics slashdotters): "they are not for sale at any price! muahahahahaha!"
Apple: "Ok, good luck on shipping that volume on the Xoom 2, we'll just go back to LG who make our current iPhone screen and sink the money into R&D for scaling up their own high DPI screen"
In the real world, money talks. Apple ha
CORRECTION (Score:2)
My number for "iPads sold" was for iPhones - the number of iPads sold is about 20 million, not 100 million. Still a nice chunk of volume for a subcontractor though.
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I would disagree with that, maybe your friends were using it 'wrong'.
A tablet is primarily a presentation device, not to be used even in a meeting, but in a vis-a-vis negotiation, where you can present rich content to your partner to illustrate and help get your point across, or make annotations and constructive cooperation possible when discussing a contract or treaty.
In a meeting, I'd use a PDA to read my notes from, and possibly stream the slides to the projector (is such technology available? It would b
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It really depends on the user. I'm really thinking of getting a desktop like an iMac next time around with an iPad as a mobile companion device. When I'm out, the only thing I use my laptop is for making notes, recording sound, maintaining my diary and e-mails, quick web browsing, checking on social networking sites etc. iPad can do all of these. Might be pushed to a MacBook Air, but that is still overkill for what I need, and others too.
My 15 inch MacBook Pro is bulky, heavy, and has to be attached to a ma
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I'll never understand the fear of height in resolutions. They keep increasing the horizontal, but also actively _decrease_ the vertical resolutions (I'm running 3840x2400 per display). It'll get to the point where we're going to have 10,000*16 displays soon. :-P
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Perhaps you should seek to understand the fear of heights in movie theaters.
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Along with the fact that Apple has drawn a line in the sand, and rarely if ever goes backwards. I would expect the next iPad display will not be Pen Tile, and it will probably be a high pixel density as well. Apple seems very ready to cut ties with Samsung, and I suspect if they are at that point they already have an alternative lined up. It would be foolish to piss off the supplier for parts on a hot seller unless you had another already lined up.
It will be interesting to see how this unfolds between the t
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But you need about double to quadruple the resolution the eye can perceive to do 3d without glasses, so we'll almost certainly hit 1200 dpi at some point.
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