#720p gorilla image how to#

For both the backplane supporting the TFT array and the color filter that enables the full-color display, EAGLE XG Glass gave panel makers the stable, flat, thin, and lightweight substrates they required. These sets featured 1,920 pixels across the face of the screen, and 1,080 pixels down the screen vertically – so they quickly became known as “1080p” screens.īringing new levels of high-resolution viewing to homes and offices everywhere, the platform also ushered in standard use of the a wide-screen aspect ratio of 16:9, further replicating the experience of the human eye.Ĭorning® EAGLE XG® Glass, the market-leading LCD glass since its release in 2006, provided the perfect surface for high-definition electronics manufacturers. TVs made a giant leap forward in the late 2000s, though, when “full high-definition” (FHD) televisions hit the shelves.

Most televisions lagged, at least in affordable models, since the large size of TV panels made the manufacturing process more challenging. Smartphones and computer screens were early leaders in lifelike high resolution.

#720p gorilla image how to#

And as panel makers have learned how to pack more and more pixels into a given space, images have become smooth and clear, rather than blocky or “pixelated.” Together, the pixels create vivid, fast-moving images in every color of the rainbow. Picture resolution has become steadily sharper since digital imagery went mainstream in the 1990s.Īt the heart of the high-definition trend is the pixel, the microscopic “picture element” acting as a tiny valve for the light generated from behind it.Ī pixel has three sub-pixels – red, blue, and green – each one controlled with a thin-film transistor (TFT) and deposited on a thin sheet of glass called a backplane.