| Plasma Display | LCD | 
|---|---|
| It is based on fluorescent light bulb and uses mixture of gases sandwiched between two glass panels. | It uses liquid crystal material that can block or transmit polarized light. | 
| They are fairly heavy. | They weigh less as compared to plasma displays. | 
| Plasma panels are more susceptible to burn-in of static images. | They do not suffer from this problem. | 
| Life-span is shorter around 20,000 to 60,000 hours. | Life-span is longer around 50,000 to 1,00,000 hours. | 
| These are cheaper. | These are expensive. | 
| Plasma TVs look the same from almost any angle. | The viewing angle is up to 165°, picture suffers from the side. | 
| It consumes more power than LCDs. | It consumes less power than plasma panels. | 
| They do not work well at high altitudes due to pressure differential between the gases inside the screen and the air pressure at altitudes. | They have no effect of altitudes. | 
| It has higher contrast ratio up to 3000:1. It has more ability to render deeper blacks. | It has lower contrast ratio i.e. 350-450:1. It has less ability to render deeper blacks. | 
| There is little or no motion lag in fast moving images. | The fast moving objects may exhibit lag artifacts. | 
| They are not as bright as LCD. Therefore it is better for use in a dimly-lite or darkened room. | They have increased image brightness. This makes LCD better for viewing in brightly lit rooms. | 
| Plasma TVs generate more heat because of need to light phosphors to create images. | LCD produces less heat than plasma TVs. | 
| Screen surface is more reflective than LCDs. Therefore, it is more susceptible to glare i.e. screen surface reflects ambient light sources. | Screen surface on most LCDs is less reflective making it less susceptible to screen glare. | 
 
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