Even the most common type, the humble LCD, has a lot of ... activating the pixel on the screen. Red, blue, and green pixels are combined in a sub-pixel array, and combined at variable brightness ...

Each pixel is produced in two halves by standard photolithography and etch techniques. The secondary mirror is simply a lithographically patterned array of aluminum islands on glass, but making ...

Toshiba has cut its reflective LCD power consumption by 95 per cent by adding SRAM intothe pixel structure. The display has two modes: for moving images it operates as a conventional activematrix (AM) ...

Until now the manufacturing strategy for LCD and OLED displays has been to ... a tiled approach with perhaps as many as 3,600 pixels in an array. These arrays are tested for defects and then ...

And while you can play some clever tricks with user-defined characters, if you want to treat the display as an array of pixels ... driving one of these little LCD displays directly from a ...

Pixel Qi’s magic transforming displays seemed too good to be true: One screen that’s both a bright, full color LCD and a reflective, E-Ink quality display for reading in light. It is pretty ...

The next challenge is to make the LCD pixels smaller, from 8.5 microns each to less than three microns, says Sieler. Microlens arrays are not new, notes Tim Holt, executive director of the ...

You might have heard of LCD ... pixels within or around areas that should be dark. The local dimming of edge-lit TVs can sometimes result in some murkiness in dark areas compared with full-array ...

Yesterday I wrote about Pixel Qi, the LCD screen tech that’s making some of CES’ most buzz-worthy gadgets possible. This morning I got a chance to see Pixel Qi’s new LCD screen in person.