LCD vs PLASMA
Okay, are you one of the many getting confused or conflicting information on which is better? LCD or Plasma. Lets try viewing this in a different perspective. Is one better than another? No, but depending on what your needs are will dictate which technology will serve you better. We have done extensive research to help you decide which technology will suite you best. Below is our LCD Vs. Plasma Expert Review Matrix, it clearly outlines the Pro’s and Con’s in both technologies.
CATEGORIES |
LCD |
PLASMA |
GENERAL | ||
CABINET DEPTH |
Mostly the same, average is 2- |
Mostly the same, average is 2- |
POWER CONSUMPTION |
Uses less energy per square inch |
Uses more energy per square inch |
PRICE DIFFERENCE |
$0- |
$0- |
SCREEN SIZES |
5” TO 70” |
37” TO 65” |
CONNECTIVITY | ||
VIDEO OUTPUT |
Video, Composite RGB, Coax, S- |
Video, Composite RGB, Coax, S- |
VIDEO INPUT |
HDMI, Composite (AV), Component, S- |
HDMI, Composite (AV), Component, S- |
PC CONNECTIVITY |
Most entry to high level models will have PC monitor cable inputs. |
Most entry to high level models will have PC monitor cable inputs. |
AUDIO OUTPUT |
HDMI “audio video all in one” RCA stereo, Coax “video & audio”, Optical Audio, 5.1 SPDIF Digital. Depending on manufacture options will vary |
HDMI “audio video all in one” RCA stereo, Coax “video & audio”, Optical Audio, 5.1 SPDIF Digital. Depending on manufacture options will vary |
PICTURE QUALITY | ||
COLOR SATURATION |
Depending on model it is usually equal or less in quality than plasma |
Depending on manufacture Plasma has a slight advantage in this arena |
RESOLUTION |
1080i, 720P, 1080P are the most common resolutions. |
1080i, 720P, 1080P are the most common resolutions. |
ASPECT RATIO |
Most come in 16:9 (Wide screen) but still available in 4:3 |
Most models come in 16:9(Wide screen) , very few in 4:3 |
RESPONSE TIME |
GOOD but varies on (ms) rating |
Excellent most under .002 ms |
REFRESH RATE |
Not as good as plasma |
Better then LCD |
CONTRAST |
LCD’s use blocked light to create black, therefore blacks sometimes look gray on lower priced models of LCD’s giving plasma the advantage in this arena. See contrast ratio on model Specs for ratings. Remember the higher the left number the better the contrast ratio. |
Plasma TV’s generally have a better contrast, resulting in deeper richer colors. The Blacks are black with little to no gray shading where it’s suppose to be black. This results in spending less money for a better contrast. |
VIEWING ANGLE |
UP TO 174° Varies by Manufacture |
UP TO 177° Varies by Manufacture |
DURABILITY | ||
LIFE SPAN |
Usually Longer life span (see rated hours of use on model Specs) average is between
40,000 - |
Usually Shorter life span (see rated hours of use on model Specs) average is between
30,000 -
|
WEIGHT |
Usually lighter (easier to mount on walls) but check specs on various models to compare. |
Usually heavier (may need extra wall mounting support which is available) but are getting lighter as technology improves “so check model specs. |
DURABILITY |
More durable, mounting is easier, shipping is mostly worry free and they are easier to mount due to lighter weight |
Less durable due to the fragile plasma (gasses) inside which make them more difficult to handle, mount, and ship. Another words be really careful
|
HIGH ALTITUDE PERFORMANCE |
LCD are not affected by altitude and are desirable in aircraft for this reason. |
Plasma are affected at high altitude due to the stress put on the Plasma (gasses), manufactures of plasma TV’s do make models for high altitude use but are usually expensive. |
INSTALLATION |
LCD’s by far are easier to install, they are generally lighter and less fragile than Plasma’s. You should be able to do it yourself in most cases. |
Plasmas Are heavier, and require more breathing space due to higher levels of heating. Reinforced, professional installation is recommended. |
SHIPPING |
LCD are easier to ship, they are less fragile and can be shipped by most carriers. This will save you a few dollars. |
Plasma’s usually require special carriers to give the required care while in transit which can cost you a bit more, this is due to the fragile nature of the gases inside. |
LCD Television Topics
LIFE SPAN | USE | SPECIFICATIONS | ASPECT RATIO | NATIVE RESOLUTION REFRESH RATE | RESPONSE TIME | CONTRAST RATIO | VIEWING ANGLE CONCEPTS | HOW IT’S MADE | PACKAGING | EFFICIENCY | LCD HISTORY CONTRAST RATIO | COLOR GAMUT | EARLY EFFORTS | HIGH DEFINITION
Plasma Television Topics
LIFE-
RESPONSE TIME | CONTRAST RATIO | VIEWING ANGLE | GENERAL CHARACTERISTICS PLASMA TV PRO’S & CONS | NATIVE RESOLUTION
The History of High Definition Television
THE BEGINNING | DEVELOPMENTAL ERA | 1980’S TECHNOLOGY
1990’S DVB STANDARDIZATION | 2000’S HDTV ADOPTION | HDTV VIDEO MODES
THE LONG HISTORY | ANALOG SYSTEMS | DIGITAL COMPRESSION | DEMISE OF ANALOG
HDTV BROADCAST SYSTEMS | STANDARD FIELD RATES | TYPES OF MEDIA
Optimum Viewing Distance Guides & FAQ’s
OPTIMUM VIEWING DISTANCE | PRESENCE | VISUAL ANGLE | ANGULAR RESOLUTION RECOMMENDATIONS | FIXED DISTANCE | DIAGONAL MEASUREMENT X 2.5
30 DEGREE VIEW ANGLE | THX -
CRUTCHFIELD RANGES GUIDE | THX RANGES GUIDE | CALCULATION FACTORS