The module incorporates NEC LCD Technologies' ultra-advanced, super-fine TFT (UA-SFT) technology, a proprietary version of in-plane switching technology; a display featuring superior color reproduction; and wide viewing angles that are required for broadcasting and video production display uses as well as other industrial display applications.
Developed with a cost-efficient design, the Samsung Blue Phase mode does not require liquid crystal alignment layers, unlike today s widely used LCD modes such as Twisted Nematic, In-Plane Switching or Vertical Alignment.
In his keynote, "LCD's Future Opportunities with New Technologies," Chung will discuss technological solutions, such as low-resistance copper bus lines and advanced in-plane switching (IPS) technology that can help meet the response-time, driving-rate and resolution-rate requirements for next-generation displays.
The 26- and 30-inch displays incorporate in-plane switching (IPS) module technology, which is widely accepted by industry professionals as being the highest-performing LCD technology available on the market, delivering unparalleled color reproduction and brightness uniformity by minimizing off-angle color shift, and clearer black tones in dark-colored images.
With a 2560 x 2048 native resolution, the MD205MG display features advanced in-plane switching (IPS) LCD technology, which offers powerful details of medical images and a possible 3,061 shades of gray.
Super-Fine TFT (SFT) technology, one of the company's core technologies, is a high-quality picture advancement based on the wide viewing-angle technology of in-plane switching (IPS), and is in great demand for high-end display applications such as diagnostic imaging in medical equipment and preview monitoring and verification in broadcasting equipment.
The MD304MC incorporates in-plane switching (IPS) technology, which is widely accepted as the highest performing LCD technology, delivering unparalleled color reproduction and brightness uniformity by minimizing off-angle color shift.
