Panasonic przedstawia zmodernizowane konstrukcje paneli plazmowych w wydaniu 2012.
Dzięki nowym materiałom zastosowanym na matrycy osiągnięto nowe oczekiwane efekty. Obraz jest jaśniejszy o 1,5 raza. Znacznie zwiększyła się czerń a przez to i głębia obrazu. Położono nowe efektywniejsze filtry zabezpieczające przed odbiciami światła. Dzięki nowym algorytmom uzyskano czarniejszy ekran . I wreszcie zwiększono paletę odcieni szarości.
The materials and structure of the Plasma panel have been re-engineered from the ground up.
This new panel combines a new, optimal drive method and a screen that is about 1.5 times* as bright as previous types.
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Filters were further improved. In addition to suppressing the entry of external light, a higher aperture ratio was attained. This enhances transmission efficiency to relay the light from each cell to the screen without light loss.
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The self-illuminating Plasma panel emits light to each of the 6,220,800 cells for superior black expression. Pre-discharge is also more stable and minimized by the new panel and a new panel drive design to make blacks even more robust.
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This technology detects movement like the human eye, and optimizes images at the subfield level for powerful light emission. Moving-picture performance is expressed as emission shortness per field. The ultra-fast 2,500 Focused Field Drive emits at a speed of 0.4ms.
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A newly developed drive technology provides dark areas with a level of light emission that is four times as fine as previous systems. This produces richer gradation for highly nuanced shades of black in dark sections.
[youtube]mjrf8aUq4HQ[/youtube]
![018__MG_2419.jpg](http://www.hdtv.com.pl/forum/t/79404/018__MG_2419.jpg)
Dzięki nowym materiałom zastosowanym na matrycy osiągnięto nowe oczekiwane efekty. Obraz jest jaśniejszy o 1,5 raza. Znacznie zwiększyła się czerń a przez to i głębia obrazu. Położono nowe efektywniejsze filtry zabezpieczające przed odbiciami światła. Dzięki nowym algorytmom uzyskano czarniejszy ekran . I wreszcie zwiększono paletę odcieni szarości.
![head01.jpg](http://panasonic.net/avc/viera/technologies/img/share/head01.jpg)
![head02.jpg](http://panasonic.net/avc/viera/technologies/img/share/head02.jpg)
![tab01.jpg](http://panasonic.net/avc/viera/technologies/img/index/tab01.jpg)
![](http://panasonic.net/avc/viera/technologies/img/index/tab02.jpg)
![image01.jpg](http://panasonic.net/avc/viera/technologies/img/index/image01.jpg)
![image02.jpg](http://panasonic.net/avc/viera/technologies/img/index/image02.jpg)
![topic01_01.jpg](http://panasonic.net/avc/viera/technologies/img/index/topic01_01.jpg)
The materials and structure of the Plasma panel have been re-engineered from the ground up.
This new panel combines a new, optimal drive method and a screen that is about 1.5 times* as bright as previous types.
![topic01_02.jpg](http://panasonic.net/avc/viera/technologies/img/index/topic01_02.jpg)
![topic01_03.jpg](http://panasonic.net/avc/viera/technologies/img/index/topic01_03.jpg)
![arrow-pagetop.gif](http://panasonic.net/avc/viera/common/img/arrow-pagetop.gif)
![topic02_01.jpg](http://panasonic.net/avc/viera/technologies/img/index/topic02_01.jpg)
Filters were further improved. In addition to suppressing the entry of external light, a higher aperture ratio was attained. This enhances transmission efficiency to relay the light from each cell to the screen without light loss.
![topic02_02.jpg](http://panasonic.net/avc/viera/technologies/img/index/topic02_02.jpg)
![topic02_03.gif](http://panasonic.net/avc/viera/technologies/img/index/topic02_03.gif)
![topic02_04.gif](http://panasonic.net/avc/viera/technologies/img/index/topic02_04.gif)
![arrow-pagetop.gif](http://panasonic.net/avc/viera/common/img/arrow-pagetop.gif)
![topic03_01.jpg](http://panasonic.net/avc/viera/technologies/img/index/topic03_01.jpg)
The self-illuminating Plasma panel emits light to each of the 6,220,800 cells for superior black expression. Pre-discharge is also more stable and minimized by the new panel and a new panel drive design to make blacks even more robust.
![topic03_02.jpg](http://panasonic.net/avc/viera/technologies/img/index/topic03_02.jpg)
![topic03_03.gif](http://panasonic.net/avc/viera/technologies/img/index/topic03_03.gif)
![topic03_04.gif](http://panasonic.net/avc/viera/technologies/img/index/topic03_04.gif)
![arrow-pagetop.gif](http://panasonic.net/avc/viera/common/img/arrow-pagetop.gif)
![topic04_01.jpg](http://panasonic.net/avc/viera/technologies/img/index/topic04_01.jpg)
This technology detects movement like the human eye, and optimizes images at the subfield level for powerful light emission. Moving-picture performance is expressed as emission shortness per field. The ultra-fast 2,500 Focused Field Drive emits at a speed of 0.4ms.
![topic04_02.jpg](http://panasonic.net/avc/viera/technologies/img/index/topic04_02.jpg)
![topic04_03.gif](http://panasonic.net/avc/viera/technologies/img/index/topic04_03.gif)
![topic04_04.gif](http://panasonic.net/avc/viera/technologies/img/index/topic04_04.gif)
![arrow-pagetop.gif](http://panasonic.net/avc/viera/common/img/arrow-pagetop.gif)
![topic05_01.jpg](http://panasonic.net/avc/viera/technologies/img/index/topic05_01.jpg)
A newly developed drive technology provides dark areas with a level of light emission that is four times as fine as previous systems. This produces richer gradation for highly nuanced shades of black in dark sections.
![topic05_02.jpg](http://panasonic.net/avc/viera/technologies/img/index/topic05_02.jpg)
[youtube]mjrf8aUq4HQ[/youtube]
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