When we compare ordinary tvs using the new curved screen LCD TVs, we often encounter a choice between two types of screen technology – LED or LCD, or TN vs LCD. The first thing that one must see is that LCD’s do not have a pixel boundary as the screen does. They use pixel-based screen technology where each pixel is represented by a color. This is a significant advantage over the old CRT displays, which were made from transistors whose prices were rather large and whose color accuracy was very poor.
The response times are just another aspect that produces LED and TN vs LCD thus significant. In normal situations the answer time is the response time that makes or breaks a video, where a sluggish response time means that the image will be underexposed while the video is played back. For LCDs this usually means that they have more lifetimes than their CRT competitions. Response times can be affected by factors like screen panel size, pixels and memory speed.
This means that the higher the refresh rate the smoother that the response time will be. Response times can also be influenced by the viewing angles of this monitor. VA panels generally have better reaction times than the more recent generation of LCD TV’s. On the other hand, the trade-off using VA panels is their considerably greater perceived and measured screen curvature.
Response times and colour reproduction also need to be taken under consideration. When coping with high latency or gaming scenarios the requirement to eliminate screen tearing can greatly benefit from enhanced display angles. But there’s always a trade-off here between picture quality and response time. For a normal user with fast-paced pc games that the growth in perceived display angles provided by TN vs IPS vs VA high pixels per inch coupled with short response times should be enough to compensate for the perceived loss of image quality in the edges of the screen.
When comparing the new flat panel monitors together with their predecessors the discussion about which is better between an LG LBD of Philips LCD is mostly academic. To gain a competitive edge in viewing angles and also to offer you the very best value for money when buying a new tv, it is clear that consumers want the best combination of technologies. That usually means the producers of modern flat screen monitors have had to make some pretty good compromises. In the event of the LG LBD of Philips LCD the response would need to be a responsive screen, better colour accuracy and increased display angles at least to a certain extent.
There are now very good quality LCD TVs offered and they perform very well when it comes to viewing angles, reaction time and maybe even color reproduction. It’s fair to say that the response time is mostly to do with the standard of the pixels in the screens instead of anything else. To enhance the response times of today’s LCD TVs you will probably have to buy a version with additional processing capacities, and also the response times measured in response times could be compared directly contrary to the response time measured in pixels and afterwards compared with the response times measured iniganess pursuit. Another potential comparison between the two types of display is using the existence of integrated circuits within the television, but that contrast is a harder one to create as we cannot quantify the light transmission between the TV and the electron emitters which are employed in the liquid crystal display panel.