Tianma, a leading global manufacturer of flat panel displays, is exhibiting its family of LCD technologies and solutions at Display Week 2025, Booth #416, San Jose, California, May 13-15.

Tianma's LCD innovations at Display Week 2025 include:
16" WQXGA 480 Hz Oxide - Tianma is launching the world's first 16" 480 Hz Oxide gaming panel, establishing a new industry benchmark for high refresh rate. This panel, featuring advanced Oxide technology, demonstrates a significant improvement in refresh rate when compared to most mainstream "e-sports" gaming displays on the market. With a 3 ms GTG response time, motion blur is effectively eliminated, ensuring instantaneous reactions. In addition, the panel offers a stunning 2560×1600 WQXGA resolution, 500nit brightness, a 1200:1 contrast ratio, and 100% DCI-P3 color gamut, making it the ultimate choice for high-performance gaming notebooks.16" WQXGA 1~360 Hz - Tianma is introducing the world's first 16" 1~360 Hz wide refresh rate (WRR) oxide gaming panel. The WRR range of this panel exceeds that of current products (1~240 Hz). Featuring advanced Oxide technology, it supports an intelligent 1 Hz to 360 Hz dynamically adjustable refresh rate, with a 2560x1600 WQXGA resolution, 500nit brightness, 1200:1 contrast ratio, and 100% DCI - P3 color gamut. Combined with a fast, 3 ms GTG response time, it achieves both a 360 Hz high refresh rate for a premium gaming experience and 1 Hz ultra-low refresh rate for significantly reduced power consumption, representing a dual breakthrough in performance and energy efficiency for high-end gaming notebooks.

Pixel Multiplex Display - Tianma is presenting the industry's first resolution-doubling liquid crystal display based on an optical pixel-shifting technique applicable to conventional display panels. This technology is capable of pixel displacement of over 20-microns using a proprietary liquid crystal optical shifting technique. As a result, a conventional 800PPI panel can achieve a 1600PPI equivalent resolution via this doubling effect. This technology will first be used in projection displays, followed by direct-view display panels in the future.