The wafer thin LG Wallpaper OLED TV is back
Briefly

The wafer thin LG Wallpaper OLED TV is back
"The TV body is only 9mm thick (which is actually a bit more than the last model), thanks to a completely reengineered internal architecture. A new wall mount also allows the TV to sit completely flush against the wall, and the W6 uses the Zero Connect Box, so no cable is needed between the TV and box (although the TV will still need to be plugged in for power). The Zero Connect Box can be placed up to 10 meters (about 33 feet) away and includes a full complement of inputs."
"Included with the W6 is LG's new Hyper Radiant Color Technology, which improves black level performance, color, and brightness. The Wallpaper TV was engineered to achieve the lowest reflectance of any LG TV and is the first TV in the industry to earn Reflection Free with Premium certification from the Intertek testing and certification labs. It has Brightness Booster Ultra, which will also be on the LG G6, to further improve the brightness capability of LG's OLEDs."
"LG's Gallery+ service will be available on the W6 Wallpaper TV (and the rest of LG's TV lineup), which offers over 4,500 images to display while it's not being used for movies, TV, or gaming. The W6 will support up to a 165Hz refresh rate, AMD FreeSync Premium, and is G-Sync compatible. The W6 Wallpaper TV will be available in 77- and 83-inch sizes."
LG revived the Wallpaper TV line with the OLED evo W6 featuring a 9mm-thick body enabled by a reengineered internal architecture. A new wall mount allows the set to sit completely flush against the wall while the Zero Connect Box provides inputs up to 10 meters away with no signal cable. Hyper Radiant Color Technology improves black levels, color, and brightness. The display earned an Intertek Reflection Free with Premium certification for low reflectance. Brightness Booster Ultra enhances OLED brightness. The W6 supports up to 165Hz, AMD FreeSync Premium, G-Sync compatibility, Gallery+ with 4,500 images, and comes in 77- and 83-inch sizes.
Read at The Verge
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