Digi-tv.ee

zoom kirjutas: Kust tuli see täheühend LCD (LSD on vist kasutanud mõni )
Jutt käis Pioneer Kuro seadistamisest,plasma TVst seega.

valgekotkas kirjutas:seda ma siin vaikselt püüangi rääkida, et kuvamine käib küll RGB põhimõttel aga "värvipurke loksutatakse" enne "seinale määrimist" mingi hübriidalgoritmiga ...

valgekotkas kirjutas:seda ma siin vaikselt püüangi rääkida, et kuvamine käib küll RGB põhimõttel aga "värvipurke loksutatakse" enne "seinale määrimist" mingi hübriidalgoritmiga ...

zoom kirjutas:Mõnel läheb vist kauem aega

Filmix kirjutas: Aitab nüüd vist sellest teemast

RGB are the primary colours aren't they, so why have you added Yellow?

Conventional RGB TVs require the backlight to work at its highest intensity to show bright and vivid intermediate colours such as yellow, cyan and magenta. Of all the other colours we experimented with at Sharp, yellow is the optimal solution that enables Quattron TVs to recreate both a wider colour gamut and brighter picture with lower power consumption.

I’m sure I’ve always been able to see yellow well enough before, so what's this actually going to change?
Compared to standard RGB TVs, a Quattron will provide smoother colour gradations, which will appear more natural. The addition of the yellow sub-pixel means you can experience up to a 1000 times more colour too.

Yellows will of course look more pure and deep, but bright greens, aqua marine blues and gold colours should also appear significantly more realistic and dynamic.

Additionally pictures will look brighter than those of an RGB TV, as the yellow pixel has a greater level of transparency.

If the signal coming in was recorded in RGB, then how can the Quattron reproduce the colour?
The current usage of RGB to reproduce colour is not the only possible way and at Sharp we realised that by incorporating a yellow sub-pixel into the display panel would give a TV the ability to show 1000 times more colour than standard RGB TVs.

Quattron TVs feature a bespoke RGB to RGBY conversion circuitry that uses a unique set of algorithms to render the colour via the quad-pixel panel.

For example, to display the colour yellow on a standard RGB TV receiving an RGB signal the TV will mix Red and Green elements, using hexadecimal values as <Red:255, Green:255, Blue:0>, but with a Quattron TV it will render the same yellow colour as <Red:0, Green:0, Blue:0, Yellow:255>.

In summary, having a Yellow sub-pixel in the colour pallet expands the colour gamut the TV can display, offering an unprecedented wide range of graduations to deliver accurate colours just as they are in everyday life.

zoom kirjutas:deem, hakkab jälle see eilne jura pihta ... Quattron

Filmix kirjutas:Jah, tõepoolest on olemas ka erandeid - näiteks nelja sub-pixliga pixlid LCD-del

Keerulisele küsimusele, millist telerit poest valida, püüdis lihtsa vastuse anda tänane Kuku raadio saade «Digitund».

Koos Euronicsi spetsialisti Meelis Väljamäega jõudis saade ka lihtsa vastuseni – kui tahate suurt ja odavat telerit, siis on õige valik plasmateler. Väljamäe sõnul on plasmateleritel kõige parem suuruse, pildikvaliteedi ja hinna suhe. Kui telerist plaanitakse vaadata vaid tavalisi telesaateid, on plasmatehnoloogia igati asjakohane.