Samsung Display announced today that it is showcasing several industry-leading technologies and mobile to extra-large-sized display prototypes at the Society for Information Display's Display Week 2013, May 21-23, 2013, in the Vancouver Convention Centre (Booth 700). These include a Full HD (1920x1080) mobile AMOLED display with the world's broadest color gamut, and an 85-inch Ultra HD (3840×2160) LCD TV panel with extremely vivid color and low power consumption.

In addition, Samsung Display shows a unique new Diamond Pixel technology being highlighted at the show, and a featured LCD technology that enables local-dimming control in direct LED-based LCD panels. The world's first mass-produced 4.99-inch Full HD mobile AMOLED display offers the world's broadest color gamut with a 94 percent average rate of reproduction for the Adobe RGB color space. The Adobe RGB standard is about 30 percent broader than general sRGB standards.

AU Optronics Corp. announced that it will participate in China Optoelectronics Display Expo & China International TV Festival 2012 (CODE & CTVF 2012) in Shenzhen from May 10-12 and showcase its varied combinations of innovative display technologies and interactive applications to offer high value-added customized solutions.

AUO's theme for the show this year is "Boundless Views, Lively Up Close", as illustrated by more advanced 3D functions, super narrow bezels, and next-generation technology integrations to deliver the ultimate viewing experience for consumers. The exhibition highlights include 50" Super Narrow Bezel 3D TV display, Pattern Retarder 3D TV displays featuring the all-new 39" and 50" in size, and 4K by 2K Ultra-High Resolution TV display. In terms of public information displays, AUO will demonstrate a 138" LED display wall assembled with AUO's 46" Super Narrow Bezel LED panels, boasting the world's narrowest bezel-to-bezel distance. The 65" Photo-Sensor In-cell Touch E-board and 50" FHD Transparent display with application on vending machine will also be on display. In addition, qHD Ultra-High Resolution AMOLED, Transparent AMOLED, and One-Glass-Solution (OGS) touch panels are being demonstrated to provide customers with the widest choices of high value-added display applications.

Samsung Display is almost ready with high-resolution AMOLED panels for use in computing devices of all shapes and sizes, its family is named "Youm". Shown first to the worl at last year's CES, Youm is ready to be mass-produced, and Samsung Display could open up to orders. It is also possible that Samsung Electronics could work on flagship products that demonstrate the capabilities of Youm. At last year's CES, a 4.5-inch variant of Youm was shown to the public, with 800x480 (WVGA) resolution. The pixel densities have since gone up significantly. Practical applications of Youm are numerous, including high-end ebook readers, augmented reality (AR) devices, and 3D-capable tablet PCs.

Thought the 1920x1200 pixel 10.1-inch Super IPS+ display with ASUS Transformer Infinity tablet carried shock-value? Wait till you hear what Samsung's innovators have been up to. They've managed to develop a market-ready 4.8-inch display for the upcoming Galaxy S III smartphone that packs a whopping 1920x1080 pixels resolution, which smokes Apple's Retina display the iPhone 4S comes with (960x640 pixels in a 3.5-inch screen), or the 1280x800 pixels AMOLED screen Samsung's own Galaxy Note phone-tablet-thingy comes with. Then there are PC monitor vendors with the audacity of selling 27-inch monitors with the same 1920x1080 pixels resolution for upwards of $500. Multi-billion Dollar price-fixing scam much?

The current display technology standard for most PCs and TVs is LCD nowadays. However, LCD technology has significant and well known drawbacks, such as limited viewing angles, poor colours, motion blur and input lag. These problems cause some people to swear by and hold on to the old and now obsolete CRT monitors, as it had none of these problems (it did however, have lots of others). There are various types of LCD technology in mainstream use today which attempt to address these shortcomings, but none fix them all. For example, TN displays are cheap to buy, relatively fast which reduces motion smear and input lag, but at the expense of viewing angle and colour accuracy, making them suitable for fast gaming and animation. Meanwhile, IPS displays have the opposite characteristics, making them suitable for professional photographic work, where accurate colours and vibrant pictures are essential.