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A barebones monitor will have much less input lag than a monitor with advanced processing features. If a monitor has high input lag, the monitor will trail behind your movements, making fast paced gaming difficult.Ī rule of thumb is that that less features = less input lag. Input lag refers to the delay between keyboard/mouse/gamepad input and monitor output. You cannot encapsulate the quality of overdrive with a single number: For LCDs to reach extremely fast response speeds (let’s say 2ms GTG), they have to use overdrive (overclocking the TFT film essentially). Response time generally doesn’t mean a single thing - the fact most of those numbers only concern themselves with grey to grey says enough. Most people turn off dynamic contrast because it is an annoying feature implemented badly. The provided values are often nowhere close to reality. Most IPS and TN monitors will hover around the 800:1 mark out of the box.ĭynamic contrast features are when monitors decrease their brightness to improve black depth when needed. Most monitors claim to do 1000:1 yet very few actually get close to this claim. The contrast ratio is the difference between the whitest whites (referred to as white luminance) and darkest blacks (referred to as black depth). What is mentioned on the specsheet does not relate to the real world. Most companies are downright dishonest about their specsheets. IPS and VA will claim to have 178°(H) / 178°(V) viewing angles.įirst things first: specsheets are fairly useless. TN monitors will specify 170°(H) / 170°(V) viewing angles. Any numbers in the realm of 15,000:1 should be ignored because they refer to dynamic contrast ratio. VA monitors will state a contrast of 3000:1 or greater IPS and TN monitors will only state a contrast of 1000:1.
#Hp 27q gamma control how to#
How to tell panel technology if not specified? The weaknesses of this technology would be motion performance and viewing angles. The strengths of this technology is strong black reproduction blacks are blacker than what IPS and TN monitors can reproduce. Side note: PLS is essentially the same as IPS. Check reviews for details but most are around as responsive as a 5ms TN monitor. Most IPS/PLS monitors are adequate for gaming. They are typically more expensive than TN monitors but this isn’t so much the case anymore. Typical benefits are good colour reproduction and good viewing angles. Inplane Switching (IPS) or Plane to Line Switching (PLS). 120hz TVs do post processing to smooth out motion 120hz monitors do not do this. Side note: 120hz TVs are not the same as 120hz monitors. These monitors are good for games with lots of motion and can present games in 3D.
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Some TN monitors are capable of running at 120hz native. Negatives are bad viewing angles, weak colour stability, and perhaps poor colour reproduction. Benefits are low price and good panel response.
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There are three commonly used panel types in the wild: If you don't get a LED monitor, its not the end of the world provided its a good CCFL monitor. Monitors can be thinner because LEDs are thinner than CCFL tubes. They don’t seem to dim with age, unlike CCFL backlit monitors. So the only real indisputable benefits of LED backlighting are: If a LED monitor is better than a CCFL monitor, this has to do with the thin-film transistor used: a LED backlit monitor probably has a new years of technological advances over an old CCFL backlit monitor. There is no real performance difference between a good CCFL backlit monitor and a good LED backlit monitor. For the typical user, you will only find two types of backlighting: CCFL tubes or edge-lit LEDs. This is where the panel type comes into play and the difference between the types of TFT technologies will be explained later. The thin-film transistor (TFT) film used. You essentially have two major components to worry about in a typical LCD monitor:
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