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Eizo is not a new player in big-size LCD display market. Today the firm updated it’s portfolio with a new 24-inch full HD monitor for colorblind people. Eizo is hoping to set a new benchmark for artists, video editors and other colour-conscious computer users with the launch of the ColorEdge Quietly presented at the PMA photo exposition but named public today, the 30-inch Eizo Flexscan monitors is fashioned to be as true as manageable to the color ranges that appear in most video: courtesy of twelve-bit colour search and 16-bit color processing, the display gets one hundred percent of the NTSC gamut and 97 percent of Adobe’s RGB colour space, ensuring that a few if any colors will be botched even in photo editing. Eizo is well-known for its often specialized monitors. The company comes back with two new FlexScan LCDs that promise to cover 95% of the Adobe RGB color space (and 92% of the NTSC color gamut).

Totoku’s 22.2-inch CCL901 has a maximum resolution of 3,840 x 2,400 at 24-bit colour, which works out to about 9.2 mp and 200 dpi. The company states this single- or dual-DVI LCD has a native gamma of 1.8 and 500-Kelvin backlights, which we sincerely hope means something to Photoshop fans out there. Their website states that the ME551i2 totoku monitors is capable of presentation 2048 shades of gray (per sub-pixel) with an integrated viewer. The ME551i2 has a 11.9-bit lookup table (LUT) that allows a pallet of 3826 shades of gray and can display 2048 tones with a specialized view and 256 shades without. Totoku displays are comprised of high luminance, high contrast ratios, exceptional viewing angles, and a long life backlight. All Totoku displays accept a removable stand, and are full height adjustable with a tilt-swivel base.

Liquid crystals are virtually exactly what they sound like: crystalline structures encased in a liquid. When electricity is run through a LCD array, the crystals either expand or reduce, depending on the signal. Liquid crystals in 2 megapixel monitor act as a dynamic polarise agent. They change their orientation when you position a voltage across an LCD cell.