oled55c6p lcd panel quotation

• QNED MiniLED TVs: By combining NanoCell and miniLED technology, our QNED MiniLED televisions deliver brilliantly bright colors and a higher contrast ratio for deeper blacks. It"s the ultimate in LCD TVs.

Shop for Repair, Replacement Parts and Accessories for your LG Model Number OLED55C6P-U.AUSWLH, LG OLED55C6P-U LG LG OLED55C6P including the main board, motherboard, power supply board, remote control, stand base, stand guide, stand screws, lcd/led display panel (screen replacement) and more.

The gray uniformity of the C6 is very good, and better than any LCD TV. Dirty screen effect is not really an issue but still it is not perfect. On our test picture, you can notice some large vertical bands that are warmer than the rest of the screen.

Although this TV has a 120Hz panel, like other LG TVs it can"t accept a 120Hz signal. To activate chroma subsampling, change the input icon to "PC". This allows for clear text on all backgrounds. For higher bandwidth signals such as 4k @ 60Hz @ 4:4:4, activate "HDMI ULTRA HD Deep Color" on the HDMI port you are using in the "General" settings.

Bit depth is the number of bits used to indicate the color of a single pixel. The more bits, the more color range a panel displays. An 8-bit panel uses 256 levels per channel and displays 16.7 million colors, while a 10-bit one reaches 1024 and displays 1.07 billion colors.

Of course, those models use LCD display technology that, in our tests, can"t match the prowess of OLED, particularly in dark home theater settings and when seen from off-angle seats. Moreover, Samsung and Sony don"t support the Dolby Vision high-dynamic range (HDR) format, while LG handles both HDR10 and Dolby Vision. HDR promises -- and mostly delivers, in our tests -- even better picture quality than 4K resolution.

The newer sets boast a 25 percent higher brightness than last year, which is more important in the ongoing specs-manship battles with ultra-bright LED LCD displays than it is in real life. LG didn"t cite an actual brightness level in nits, but did tell us that they will hit the 540 nits (a unit of light output) required for UHD Alliance certification. We measured around 440 nits for the 2015 models.

That"s about half the brightness of Samsung and other LED LCD makers" displays, which cite 1000 nits, but in our HDR tests so far, we still prefer OLED despite LCD"s brightness advantages.

First and foremost OLED TVs do not contain the “twisting” crystals found in all LCD based TVs (including LED TVs). Instead of producing color information by way light passing through these prisms of crystal glass as they turn at incredible speeds, color information in OLED TVs is produced from organic carbon based compounds, which emit green, blue and red lights in response to electric current. This is actually more akin to the way plasma TV phosphors work than the twisting crystals in an LCD. There are no additional light sources necessary to energize the organic color compounds than this small electric charge. Interestingly, a small part of OLED TV technology is taken from the CRT TV. OLED TVs have a cathode layer to provide the mentioned electric charge to the pixels.

Back to picture quality. Due to the backlight used to illuminate images on an LCD TV, there is less flexibility in producing black or very dark scenes. There must always be a flowthrough process from the backlight, through the LCD. There are various ways LCD panel manufacturers attempt to accomplish deep black levels but let"s suffice it to say that they all fall well short of the effortless and perfect black levels of OLED TVs. All the OLED has to do to present perfect black is cut the power to any individual pixels. Since there are over 8M pixels in the new 4K OLED models, you can well understand how vast the contrast ratio is even in small individual areas of the screen. Illuminated colors pop much more off of this platform, making them look more vivid and alive even when properly calibrated.

While there are some slight advantages of LED backlit LCD TVs in potential brightness, peak whites, and video processing, they easily eclipsed by the contrast, color and black presentation of OLED TVs.

Another area we always highlight is off center viewing contrast and color saturation. With OLED and the B6 it"s perfect just like it was with good plasma TVs, because every pixel is lit organically (and with an electrode) so there is no backlight. On the B6, LG went a step further and applied the pixel directly to the back of the glass panel so there is even less layers between you and the color.Let"s just say that side angle viewing is perfect no matter your viewing angle. The light comes from the panel itself, not a backlight.

The big focus TV feature for 2016/2017 is HDR (High Dynamic Range). HDR extends the range that a pixel in an LCD or OLED TV can show. This applies to the brightness and luminosity of images. Contrast is enhanced by increased brightness rather than deeper blacks. Rather than just increase the brightness of the picture overall though, the real purpose of HDR is to increase contrast in various image areas of the picture. It improves the presentation in the brighter parts of the picture and this creates more contrast with surrounding darker parts of the picture. Since picture contrast is one of the primary features in improving perceived depth, HDR is considered a major picture quality improvement even though it may not increase the overall contrast of the panel a lot. Bright colors receive enhanced purity. A good HDR image will show better shadow detail, and the scenes that you will notice the most are those with light illuminating images, especially outside sunlight effects or a room that has sunlight coming in through a window and illuminating parts of the room. HDR content is and will be in short supply for a while.

Video processing and conversion is one of the drawbacks to picture quality, really the only drawback. There are motion artifacts present depending on the signal source and strength (if streaming). This is the one clear advantage to LED/LCD TVs in my mind; the best ones do smooth out images better than OLED TVs. It must be more difficult for the OLED technology to process images more similar to plasma TVs in this regard. As you probably know, the 4K UHD resolution does not do you any good if you cannot enjoy the higher resolution. Therefore, up-scaling 1080p, and 720p and lower resolutions becomes probably the most important point in purchasing a 4K UHD TV due to the dearth of original 4K content. We give the B6 up-scaling performance a B-. We note the introduction of more artifacts in lower end signals 720p, 480p, 480i. With 1080p picture noise cleared up but was still noticeable.

Not available on the B6P but it is available on the C6P. Excellent 3D quality using 4K resolution and and OLED panel sets the new standard for performance. This is the best quality 3D experience we"ve seen. Even though 3D is fading in popularity and focus, it"s a nice feature to have.