#ASUS VE247H CALIBRATION SKIN#
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I did not know that this monitor was not 8 bit. And Dell jsut started to make their lower end monitor not have a PWM with the Dell P2314H. If I am not mistaken, sadly, most ASUS monitor uses a PWM, even their higher ones, while this is not the case for Dell. You also enjoy a solid monitor with a solid stand, non glossy screen and body, and fully adjustable one for a more comfortable computer experience.

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So you have a nice IPS panel, 6-bit panel, not a true 8-bit, but regardless, visibly better in colors than nearly all TN panels (basically, can be compared with the top end TN panels), plus you have IPS panel advantages, such as reduce back light bleeding, back light bleeding does not effect colors (just visible on blacks), and wide view angle. The ASUS PB238Q or the Dell U2312HM (similar monitor), both uses PWM back light, and they8 are part of the low-end of the high-end consumer grade monitors.īasically, they were the early affordable, low cost IPS panels.

I know that to a certain extent it is personal preference, but I cannot test it out until I get home from work. I am just trying to decide if I made a good choice. However, I guess you can find that with anything. What is considered a low-end monitor? I mean, specifically, does the ASUS PB238Q fall into that category? Am I just overthinking this entire thing? I have read some positive reviews about it, but there are some not so positive ones, too. Wow! Thank you for a very informative post. It didn't help for the fact that back them 1500$ didn't really get you a gaming computer. Mind you, the monitors were not cheap, hence why most people didn't have them.

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My CRT monitor's was like looking a nice high-end LCD monitor, while everywhere else it was a flickering mess? Why? because we got good ones where at 75Hz, and even better 85Hz, the monitor provided a steady flicker free image due to the high grade phosphor layer. They were used on low end, especially budget class monitors however (I mean, all the manufacture cares is that it passes it's 1 year warranty). So no one in the office space or schools, or stores, buys them. Also, they burn out faster, as the rest of the light is made of inferior quality.

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The cheap ones are not in used, as the light output is a green'ish white which makes people skin color look sick and strange. The good CFL has a thick layer of phosphor that retain lights properly between the firing of the light electrode.

Most places or my desktop monitor which uses CFL's, does not. It does affect me, but only if the CFL is are the crappy one. 'But!' you may say: CFL and well: normal fluorescent light, are like PWM, as they have an electrode that fires repeatably at 60Hz, how come you have no problem in office areas, school, or monitors with CFL's/fluorescent light's? I can use a PWM back light screen just fine, but I feel the flickering, and I find it annoying, like I can't focus on what I am doing on the computer properly after using it for several hours. It's not bad per se (well, I don't think they are any studies that check for that), but for some people (it's not a problem for the majority of people), can have trouble reading the screen until screen brightness is increase or set to max, especially if the individual is tired, or have a headache after prolong usage, or while can't identify it, they can sense it, and bothers them. So what's the problem with PWM controlled back light? Well, nothing really.

PWM controlled backlight is found mostly on lower end monitors, or by monitor manufactures that seek in maximizing profits. well: ''costly'', while PWM method is dirt cheap.

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Basically, the lower the illumination, the slower the flickering, and at near max, it goes a very rapid rate, and at max, well, it sets the LED full ON all the time.Īctual dimming circuit is costly. You have an actual dimmer circuit, which allows the LED to stay at a fairly steady illumination level (special equipment required to detect the small variations), and you have, using a PWM (Pulse Width Modulation) method, which flickers the LED full ON and full OFF at a certain rate continuously. They are 2 ways to control the light illumination levels for LED's, which is what most monitors uses today for their back light. Not sure what was the original title to get people confused.īut let me clear it up for those who don't know.

Asus ve247h calibration