TFT monitors info
Actually mine are stated as wide viewing angle. Wonder if they actually are widescreen?
TFT monitor specifications are awful. Viewing angles are meaningless. Actually, they are worse than meaningless because they are misleading. There are no regulations on how the "specs" are determined or what they mean. Most (95%+) thin panel monitors use 6-bits/color which means they can produce a maximum of 262,144 colors. They use some tricks such as dithering of adjacent pixels and claim they display 16.7 million colors. That is just not true. It is mathematically impossible and requires 8-bits/color. An 8-bit/color (24-bit total) monitor with an UPS panel generally costs twice as much as the same size monitor with a TN panel. People who are serious about editing digital photographs with programs such as Photoshop, should use a 24-bit monitor or a CRT.
I suggest educating yourself on the technology so you get the most for your money and provide better service. It is not complicated for techies but not nearly as simple as most people assume. Here is the best site with good information:
http://www.tftcentral.co.uk/articles/
In addition to the size and type, you need to look at the height to width ratio because some distort by stretching characters which is very distracting to most people.
LCD Panel Technology Type and Characteristics
TN film (Twisted Nematic)
- low manufacturing/retail costs
- restrictive viewing angles
- fast pixel response times
- dead pixels display white. Stuck pixels display GB colors
- lower contrast levels means blacks are not as dark as VA based panels
- lower color reproduction
UPS (In Plane Switching)
- improved viewing angles over TN
- very good color reproduction
- slower pixel response times than TN
- dead pixels display black
- lower contrast levels means blacks are not as dark as VA based panels
Super-IPS (S-IPS)
- same as IPS except ...
- likely best color reproduction of all TFT
- less expensive to produce than IPS
- improved pixel response
VA (Vertical Alignment) Technologies
MVA (Multidomain Vertical Alignment)
- compromise between TN and IPS technologies
- superior color reproduction over TN but not as good as IPS
- very good viewing angles but less than IPS
- higher contrast than TN or S-IPS means very good blacks
- dead pixels are black
- slower pixel response than TN or IPS
- details can be lost when directly viewing dark areas
Premium-MVA (P-MVA)
- same as MVA except ...
- "overdrive" technology increases pixel response but still slower than TN
- may have slightly degraded color reproduction due to "overdrive" process
PVA (Patterned VA)
- same as MVA except ...
- larger viewing angles
- higher contrast levels means darkest blacks
Super-PVA (S-PVA)
- same as PVA except ...
- “Magic Speed” (the Samsung equivalent to Overdrive) improves pixel response
- slightly improved color reproduction
- slightly improved viewing angles
Purchasing Considerations
TN Gamers
Considered a "gamers" panel due to it's fast pixel response times which reduces trailing images know as "ghosting". However, this advantage has been reduced by new technologies to accelerate pixel response times in other panel types. Colors and contrast tend to be weak and blacks are not truly dark. Viewing angles are significantly limited. However, monitors based on this technology tend to be inexpensive.
IPS / S-IPS Graphics Work or Web Browsing
Considered to have the best color reproduction of all panel types, these panels are well suited for graphics work or web browsing. Pixel response time is also good but slower than the TN "gamers" panel. Contast and blacks are also less dark than VA panels but viewing angles are excellent.
MVA / P-MVA / PVA / S-PVA Compromise for All-Around Use
These panels are a compromise between the fast pixel response times of the TN panel and the excellent color reproduction of the IPS panels. Contrast and blacks are best of all the panel types. Viewing angles are similar but slightly inferior to IPS.