Este monitor LCD.
Nu are baleiaj pe verticala ca monitoarele crt sa te deranjeze rata de refresh.
De aceea LCD-urile au o singura rezolutie nativa. Restul e soft.
Acei 200Hz pe care i-ai vazut tu ca CMR nu sunt aceiasi Hz din setarile placii video de la rezolutie.
Fiecare cu treaba lui.

ioany scrie:Rezolutia nativa a panelului este de 100 hz, chestia cu cmr 200 hz e o vrajeala de marketing. Pentru o imagine clara si culori vii foloseste rata de refresh de 50 hz. Si eu am fost nevoit sa redimensionez imaginea pentru ca la 1920 x 1080 marginile ies in afara ecranului.

Ai vrut sa zici "refreshul nativ", rezolutia nativa este 1920x1080, evident.
Apoi, pentru marginile ce ies in afara ecranului recomand acest mic tutorial: Samsung TV - Configurare ca monitor
Rezolutia de 1920x1080 se "împrăștie" la ecrane mai mari de 32 inch. Un monitor de 23 de inch, evident va avea imaginea mult mai "sharp", dinstanta dintre pixeli, si dimensiunea pixelului este mai mica. Este termenul ala de "dot pich" parca. Deci rezolutie / suprafata schimba mult aspectul imaginii, claritatea. Asta banuiesc ca toata lumea stia...
Refresh-ul real... ce sa zic, la 32F6400 parca am zis ca-i panel de 100 Hz, chiar daca prin conectarea la PC se da 50 sau 60 Hz. Nu stiu ce importanta are daca TV-ul face prin acel CMR 200 sau 400 sau 800 prelucrari PROPRII de imbunatatie al "motion"-ului. TV-ul isi face damblaua in continuare cu arsenalul de procesari indiferent ca-i da-ti voi 50 sau 60 Hz. Motion Plus (daca bine tin mine) functioneaza si in acest caz. Apoi la jocuri, console sau PC eu zic ca se poate juca acceptabil (chiar mai mult decat acceptabil) tinand cont de acel "Input lag".

Deci pentru conectare la PC, pentru o imagine clara, randata pixel la pixel (sa nu fie patratoasa exagerat) faceti configurarile corecte. Apoi despre culori, acestea difera si de la monitor la monitor, dar nu vad de ce TV-ul ar afisa un alb galbui.

Probabil este setat pe "warm" la temperatura de culoare.

Posibil...

De pe wiki:
Strobed backlights

Different manufacturers use many names for their strobed backlight technologies for reducing motion blur on sample-and-hold LCD displays. Generic names include black frame insertion and scanning backlight.

Philips created Aptura, also known as ClearLCD, to strobe the backlight in order to reduce the sample time and thus the retinal blurring due to sample-and-hold.[7][8]
Samsung uses strobed backlighting as part of their "Clear Motion Rate" technology.[9] This was also called "LED Motion Plus" in some previous Samsung displays.[10]
BenQ developed SPD (Simulated Pulse Drive), also more commonly known as "black frame insertion", and claim that their images are as stable and clear as CRTs.[11][12] This is conceptually similar to a strobing backlight.
Sharp Corporation use a "scanning backlight"[13][14] which rapidly flashes the backlight in a sequence from the top to the bottom of the screen, during every frame.
nVidia has licensed a strobe backlight[15] technology called LightBoost to display manufacturers. This is normally used to reduce crosstalk during 3D Vision, which utilize shutter glasses, however, it also eliminates motion blur due to its ability to keep pixel transitions in the dark between LCD refreshes.[16]

Motion interpolation
Main article: Motion interpolation

Some displays use motion interpolation to run at a higher refresh rate, such as 100 Hz or 120 Hz to reduce motion blur. Motion interpolation generates artificial in-between frames that are inserted between the real frames. The advantage is reduced motion blur on sample-and-hold displays such as LCD.

There can be side-effects, including the soap opera effect if interpolation is enabled while watching movies (24fps material). Motion interpolation also adds input lag, which makes it undesirable for interactive activity such as computers and video games.[17]

Recently, 240 Hz interpolation have become available, along with displays that claim an equivalence to 480 Hz or 960 Hz. Some manufacturers use a different terminology such as Samsung's "Clear Motion Rate 960"[9] instead of "Hz". This avoids incorrect usage of the "Hz" terminology, due to multiple motion blur reduction technologies in use, including both motion interpolation and strobed backlights.

Manufacturer Terminology:

JVC uses "Clear Motion Drive".[18]
LG uses "TruMotion".[19]
Samsung uses "Auto Motion Plus" (AMP)[20] and "Clear Motion Rate" (CMR)
Sony uses "Motionflow".[21]
Toshiba uses "Clear Frame".[22]
Sharp uses "AquoMotion".[23]

E ciudat că scris-ul din windows, gen foldere, control panel se vede ok în schimb în browser puțin încețoșat.

Poate e de la ClearType
Uite un ex: http://masonloosle.com/wp-content/uploa ... arType.jpg