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bastic

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Lukas
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Hi.
At the moment am using Dell Ultrasharp 30".
Love this screen.
Its calibrated.

From time to time I think about LED screens.
What screens are you guys using ?

If I would change mine, would have to be similar size (at least resolution)
eizo? NEC?
Good 30" NEC screens are wayyyyy to expensive as new...

Now we have 4k screens on the market as well...

So ... what screens you guys have and would recommend?
:)
 
Dell.

Put 4k screen lust away for a few years until the technology matures.....
 
Yes,
But NECs are not LED I think... just IPS?
 
Yes,
But NECs are not LED I think... just IPS?
So? LED is only a backlight technology....

EDITED: don't write IPS when you mean LED....
 
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From time to time I think about LED screens.
What screens are you guys using ?

Yes,
But NECs are not LED I think... just IPS?

So? IPS is only a backlight technology....



A great deal of confusion with this.

All monitors are LCD.. not LED. If your monitor says LED on it... that's just the back lighting for the panel.... which is always LCD. They are not LED monitors... you have a LCD monitor.

IPS is NOT a back lighting technology, it's a LCD panel technology. IPS (In Plane Switching) uses different shaped LCD cells and polarisation to give a wider viewing angle without gamma and colour shift. Cheaper monitors are often TN panels (Twisted Nematic) with extremely poor viewing angle resulting in colour and gamma shifts over relatively short angles. There's also VA (Vertical Alignment) panels. IN terms of sheer quality when looking straight at the screen, VA derivatives.. specifically Samsung's S P-VA panels are the best quality. They still suffer from gamma shift though, which is why IPS has becomes the default panels for colour critical applications. IPS isn't perfect though. Blacks are weaker than in VA panels, and they suffer from "IPS Glow" which is when dark areas of the screen glow a grey/blue when viewed from wide angles.

Regardless of panel type (TN, IPS, VA etc), the back lighting is a separate issue. High end monitors use either CCFL (Cold Cathode Fluorescent Lighting) or RGB LEDs than can actually be fine tuned by calibration to different white points. Cheaper monitors will just use white LEDs which can be inconsistent, variable in colour temp, and can not be adjusted. The different types of back lighting's main effect is the screen's gamut, or colour depth. Monitors can fall into two broad categories: Standard gamut, or sRGB monitors, and Wide Gamut monitors. sRGB monitors can only reproduce a range of colour depths similar to NTSC TV in a colourspace known as sRGB. Wide Gamut screens can reproduce a much wider range of colours and they aim to reproduce the Adobe RGB1998 colourspace to enable photographers and graphics professionals to actually see everything as it is at source. A sRGB monitor will not show the full range of colour depths from your camera. However, wide gamut monitors need to be carefully colour managed to avoid user error.

Wide gamut screens wil use CCFL or RGB LED lighting, whereas most sRGB panels these days use white LEDs. Some narrow gamut screens use CCFL though.


I hope that clears this up, and stops people thinking they have a LED monitor with IPS backlighting :)
 
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A great deal of confusion with this.
Dear dear... I meant LED is only a backlight technology but wrote IPS instead (I blame the beer and the fact I was just going to bed).... Edited accordingly.
 
Using a Eizo Color Edge CG303W here. Fabulous screen. Eizo no longer make 16:10 high end screens though, so when this one needs replacing, it will probably be a NEC Spectraview Reference 301. However... There will be some decent 4k offerings by then I would imagine. I just hope they're not all 16:9, as the vertical height is just too small.
 
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