HD TVs 2008

Philips Eco TV: Philips'42PFL5603D, a green HDTV, is available in the month of March for a retail price of $1,400. The product's power consumption is less than 100 watt where as any other screen, in comparison, uses 200 watt at the minimum. 1080p set unique feature of this product automatically dim the backlight in the scenes where more darkness is required, thus saving power and ultimately money by enhancing black level.

No matter, how much money is so saved on electricity savings? But Philips will still attract the attention of eco-conscious people by using little mercury and components without lead.

You must have heard a lot about the televisions and other devices which comply with the European Unions' Restriction of Hazardous Substances" in electrical and electronic equipment. In short it is RoHS. To comply with the eco-friendly norms, Philips has used HDTV Cabinets made from recycled materials.

Mitsubishi Laser TV: If Mitsubishi finally delivers these TV sets which uses lasers for lighting up the TV Screens, this could become the biggest HDTV of the year. Development of HDTV sets with laser to lighten the screen may give twice amount of color which being given by today's HDTV sets.

Doubling the number of colors on screen, depth of background, superb brightness and a high contrast ratio would produce the best picture quality which so far, not been seen on an HDTV. Mitsubishi now says that the product shall reach some time this year instead of late last year as promised earlier. Screen sizes and prices of HDTV are not announced yet.

Sony XEL-1OLED: Arrival of a new set on New Year's Eve for 2008. OLED is Organic Light Emitting Diode which may also pronounce as "Oh-LED."

The product, having an 11 inch screen is not much impressive HDTV. It is the year's slowest seller HDTV set at the offering price of $2,500. But the3 millimeter deep designed panel having the thickness of three credit cards and deep black level predictions, ratio of high contrast and least response time may change the HDTV's future.

In an OLED product, chemical compound in the form of layers in between to charged electrodes do not need backlight like LCD technology. More brightness is produced by providing their own light and consuming less power.

Sony has, so far, been seen with devices with tiny screens like cellphones, MP3 players etc. But there is no surety that Sony can produce these screens in larger sizes and quantities?