If you're using a Macbook Pro, or indeed any laptop for colour critical work then you are an idiot in every sense of the word. All laptops, PC or Mac use TN panels due to power, price and resolution reasons. TN panels are awful for any colour critical work.MacBook PRO's are now off limits to professionals who rely on their display to convey accurate images
that's b/c they rather take the little kids $$ than Pros' $$. it's been their big philosophical change...ever since they got their ipods in place.Totally agree. Apple is getting really out of hand. Average products in a beautiful package selling for high prices. Useless $1 apps for iPhone, that is all Apple seems to be caring about these days...
I use my Mac Pro for ALL work related imaging. However, many photographers and designers use laptops as secondary displays while traveling or shooting. Of course most portable displays use TN panels, however with the advent of LED (and soon OLED) that will change.
So do that then. The big difference between the two panels is that glossy reflects light back whilst matte disperses the light over it's surface. So if your working in a lit room, it is negatively effecting your work in some way or another, however little. The difference, again as the article states, is that most people can "look through" reflections, no one can "look through" a washed out display.First, the glossy display would have to be balanced out with room lighting to ensure there would be no issue with reflection.
Why at night? Thats like saying look at a glossy display when it's off, you don't look at it when it's off, you look at it when it's on. Try looking out your window in the middle of the day, and turning your light on and off, no difference.Try turning off your lights at night and looking out your window, then turning them back on again, major differences.
There are many photographers and graphics designers on here that use glossy displays. The 24" LED costs $899, meaning that professionals are buying it, consumers don't pay $899 for a display.The only way to take the glossy issue out of the equation would be turning up the display brightness (which is needed in most office settings with lots of windows and/or bright lighting). I do not know any photographers or graphic designers who would state high glossy displays are "ok".
That still doesn't explain how it will make TN panels better for colour accurate work. Darker blacks and crisper whites, yes, but not more accurate.One of the benefits (besides crisper whites and better blues) of utilizing LED (light emitted diodes) LCD's is that LED LCD's use 50% less power than CCFL LCD's (thus portables would be much more power efficient). OLED (Organic Light Emitted Diodes) are much more expensive in the current market and are utilized more in smaller portable devices (one reason why many are hoping the rumored iPhone upgrade next month will utilize LED LCD technology are the benefits to the iPhone's battery).
LED LCD's are able to achieve darker blacks and crisper whites in the way the diodes interact with one another (switching on and off). LED LCD's warm up much quicker as opposed to CCFL LCD's which need any where from 30-60 minutes to achieve full usage. Further, LED LCD's will not burn out as quickly as CCFL's, meaning a longer life and a better quality image towards the end of its life cycle.
Incorrect. Again, please reread my explanation(s). The glossy display OVER-SATURATES images, making it much more difficult to photoshop or image edit. They may certainly look pretty and bright, but the Apple GLOSSY LED LCD is "pumping up" the image to above normal levels.
That does nothing to prove which is more accurate. When other displays view the image, it is nothing similar because other displays are matte displays. As I've tried to point out, you cannot say one is more accurate, because you have nothing to compare it to. How do you know that a glossy display is outputting the true image, and the matte display is just dulling down the image, a far more likely scenario as well might I add.Therefore, when other displays view the image it is nothing similar to what the Apple glossy display outputs.
Tell that to the hundreds of professionals happily using glossy screens on this forum.Secondly, prints from LED LCD's will almost certainly be much darker than what the LED LCD outputs. NO ONE, and I mean, NO SERIOUS photography or graphics PROFESSIONAL EVER uses a glossy screen. Not if they want to keep their clients happy and producing quality work.
That wasn't a response to my point. I stated that turning a light on and off at night is pointless since the display, or in this case the sun, cannot cancel out the reflections with it's light. If you do it in the middle of the day, when the sun is out, or should I say when the display is on, this becomes a total non issue because the light from the display cancels out reflections. Except of course when the light from the room is brighter than the light from the display, but this renders a matte display useless as well, since the matte texture disperses the light across it's surface, changing the picture. If you have a colour critical job, turn the lights off, glare and reflection immediately disappear.If you need to understand how that matters than there really isn't any way I can explain it better for you. Either you are a professional graphic designer/editor/photographer or you're not, either way, the new Apple LED LCD's are NOT PRO-sumer grade hardware.
No, but if it is expensive, and isn't pro quality, then pros wont buy it. Guess what, pro's are buying it, otherwise it would have been discontinued by now, like the G4 Cube was. The only pro's that aren't buying it, are those who can't move on with the advancement of technology, just like the LCD vs. CRT debate, 8 years ago.Ok, so by this logic if it IS expensive than it must certainly be PRO quality??? No.
No you said that...Are you reading what I wrote? I never stated TN panels were good for colour accuracy. JUST THE OPPOSITE. TN panels are cheaper and are only good for response times.
Although the two share no correlation.Of course most portable displays use TN panels, however with the advent of LED (and soon OLED) that will change.
You mentioned physics, yet you still have yet to explain why clear untreated glass over saturates colours, but treated textured matte displays show them in their true form.Wrong. The panel's used by Apple are manufactured by LG.Philips (and in some displays Samsung). The panels themselves are fine, it is the high gloss glass that is not good for professional use. There was a thread a while back in which one user attempted to replace the high gloss glass on their iMac (the iMac glass - and most likely the glass on the LED LCD displays - are held in place with magnets and is easily removed with suction cups). However, this further distorts the images. Using a third party anti-glare screen is terrible as it filters the distortion of the high gloss display even further.
I understand all of those terms, I would list them along with descriptions but you would accuse me of copying it off the net.Can another graphics pro out there help me with this one? lol I didn't even read your comment further. No offense, but you need to learn about how displays work, what panels are what, the differences between TN, IPS, PVA, MVA, S-IPS, H-IPS and the differences/benefits between matte/gloss/high gloss.
Did it ever occur to you that pros believe it as fact due to ignorance? 8 years ago, every pro on the planet believed that CRT's were superior to LCD's, guess who was wrong. There is no valid reason as to why matte is superior to glossy, but there is considerable evidence to prove the opposite, namely:Bottom line, Apple had it right with the previous generation CCFL LCD displays, then really dropped the ball when they released high gloss LED LCD's in their PRO lineup. This isn't even a debated issue with any one in the professional community, it is simply fact.
I never said you did say TN was better. TN panels are cheap, poor panels. What you did say however:LOL you are twisting my words around now. My comment on portables using TN panels was NOT PRO TN. I stated that most laptops use TN panels because they are cheap, and they will simply use LED TN panels when LED becomes more common (and OLED for that matter). I did not state that TN is superior to IPS, I stated JUST THE OPPOSITE. TN panels are inferior to IPS panels for photographers and graphic design professionals.
When as far as I can see, this has no correlation at all, nor is related to the point.Of course most portable displays use TN panels, however with the advent of LED (and soon OLED) that will change.
This would just distort the image, like matte does. A pointless service, if it does even exist or is even possible. Link?As for CRT, most CRT glass was treated to be less glossy/matte.
Only trying to get you to respond to my unanswered points.Simple fact. The rest, well, you have been looking for an argument where there is none. It seems any one could keep this debate going and you would keep restating the same comments. Brick, meet wall.![]()
oh my god I've never seen so many long posts before in my life.
Everyone calm down.
One of the benefits (besides crisper whites and darker blacks) of utilizing LED (light emitted diodes) LCD's is that LED LCD's use 50% less power than CCFL LCD's (thus portables would be much more power efficient). OLED (Organic Light Emitted Diodes) are much more expensive in the current market and are utilized more in smaller portable devices (one reason why many are hoping the rumored iPhone upgrade next month will utilize LED LCD technology are the benefits to the iPhone's battery). There is predominately less backlight leakage with LED LCD's and a greater display uniformity (on average). IPS (In Plain Sight) panels are preferred (although debatable between PVA) for color accuracy and image quality and are excellent for overall viewing angle as IPS panels have a 178 degree viewing angle (however IPS/H-IPS/S-IPS panels are slightly inferior to other panels in response time, however that is a concern mostly with video production and high-end gamers). Viewing angle is crucial in image rendering. TN panels (the cheapest) have great response times but are HORRIBLE for quality imaging (TN panels are the cheapest and are most common in consumer grade LCD displays).
LED LCD's are able to achieve darker blacks and crisper whites in the way the diodes interact with one another (switching on and off). LED LCD's warm up much quicker as opposed to CCFL LCD's which need any where from 30-60 minutes to achieve full usage. Further, LED LCD's will not burn out as quickly as CCFL's, meaning a longer life and a better quality image towards the end of its life cycle.
Incorrect. Again, please reread my explanation(s). The glossy display OVER-SATURATES images, making it much more difficult to photoshop or image edit. They may certainly look pretty and bright, but the Apple GLOSSY LED LCD is "pumping up" the image to above normal levels. Therefore, when other displays view the image it is nothing similar to what the Apple glossy display outputs. Secondly, prints from the Apple high gloss LED LCD displays will almost certainly be much darker than what the glossy LED LCD outputs. NO ONE, and I mean, NO SERIOUS photography or graphics PROFESSIONAL EVER uses a high gloss screen. Not if they want to keep their clients happy and producing quality work. The article is merely speaking in terms of consumer use and does not address actual professional quality usage. As such, in order to be certain that the display does not have a reflection, adjusting the brightness of the screen to the brightness of the room is essential. In doing so, actual image quality, consistency and brightness is sacrificed. (calibrating does not take this into effect, especially for image/photoshop editing)
Again,
"... in order to be certain that the display does not have a reflection, adjusting the brightness of the screen to the brightness of the room is essential. In doing so, actual image quality, consistency and brightness is sacrificed." My example of turning the lights on and off was to demonstrate what happens when interior light ambience does not match the brightness/light of the glossy LED LCD. In order to be certain that no reflection is shown on the glossy screen, the high gloss screen and room have to have the same brightness level (basic physics). In doing so, actual image brightness and quality is NOT taken into account, and as such quality of image is sacrificed.
If you need to understand how that matters than there really isn't any way I can explain it better for you. Either you are a professional graphic designer/editor/photographer or you're not, either way, the new Apple LED LCD's are NOT PRO-sumer grade hardware.
Ok, so by this logic if it IS expensive than it must certainly be PRO quality??? No. As such, a true graphics professional (and by this I am referring to the Liebovitz's, Ive's, etc of the world) buy EIZO or higher grade displays that start out at $1500 and go from there.
(NOTE: It is important to realize that the Apple LED LCD's are not simply "glossy" but rather "high gloss" displays)