The ‘CRT Effect’ myth says that the reason why pixel art of old games looked so much better is due to the smoothing and blending effects of cathode-ray tube (CRT) displays, which were e… ...

On an LCD or other fixed-pixel flat panel, Wolf3D looks far too chunky, but switch over to a CRT, and those harsh pixels blend properly, and the game looks exactly as it did in the early 90s.

I'm fairly new to the forums, so perhaps I missed a thread that would explain this, but I'm wanting to buy a new monitor and I'm very confused as to what to buy. Everything is going LCD, but I ...

Then in 1987, the first 3in LCD television was built. LCDs work on the principle of changing the opacity of a liquid via an electric charge. By using a backlight, the LCD can either block or pass the ...

For example, if you have a 21" monitor with a viewable area of 401mm x 298mm, and a dot pitch of 0.26mm, you will have a CRT capable of displaying a maximum resolution of 1758 horizontally. How so?

Motion artifacts: The slower an LCD's pixel refresh rate—often called response time, though this term is more appropriate for CRTs—the more likely it is that motion artifacts will appear.

Are you looking at your last CRT? Flat, slim LCD screens are taking over. ... For example, Samsung's $219 19 ... smaller pixels, and better picture clarity than today's CRTs. By then, ...

Cathode ray tube, or CRT, televisions—the big, boxy ones that Gen Z may not remember—were the only game in town before the flatscreen revolution in the early 2000s brought us crisp imaging on plasma, ...

i am going to get a dual 2.0ghz PowerMac in early July and had pretty much settled on a e90f+sb ViewSonic 19" monitor to go with it...partially due to the ...

Classic console and arcade games were designed to be displayed on older cathode ray tube (CRT) televisions, and using emulators that display on LCD or Plasma screens can alter how the games were ...

How CRT and LCD monitors work. Written by Wil Harris March 20, 2006 | 11:53. Tags: #backlight #crt #diode #lcd #led # ... then untwist to either pass or block the light of each pixel.