With the continuous improvement of consumer demand for display picture quality, HKC has increased research and development efforts, and actively developed liquid crystal display technology with high penetration, high contrast and wide viewing Angle.
ØFSA Wide view technology
At present, the wide-angle liquid crystal display technology VA(Vertical align) and IPS have their own advantages and disadvantages, and are not low-cost and easy to produce display technology. FSA(Fine-Slit Alignment) is an advanced, high-performance VA liquid crystal mode that utilizes a polymer monomer to coordinate alignment. The polymer layer can help the liquid crystal recover without adding a common electrode etching mask. High reaction speed, high contrast, high penetration, suitable surface.
The technology is mainly used to improve the terminal display, including TV and computer screens, the products cover large and medium-sized product applications, and is actively developed for commercial applications such as strip screens, splicing screens, curved screens or other special applications. Compared with the industry's product technology, FSA technology uses a wide perspective VA technology, the overall equipment investment cost is lower, the development cost is low, the production efficiency is high and the performance evaluation is higher than VA LCD mode, and the current technological level of the technology has also reached the advanced level of the industry.
ØEVA low color offset technology
Although the conventional LCD panel technology 8domain has a good viewing Angle, it has the defect of low penetration. Compared with the 8domain design, the penetration rate of 4domain can be increased by more than 30%, but the pixel design of 4domain is not subdivided, and the color bias is more serious when viewing from a large viewing Angle. In view of this defect, HKC independently developed an EVA driven display algorithm, which can be adjusted at pixel or sub-pixel level, so that adjacent pixels or sub-pixels have light and dark differences, simulating the effect of 8domain.
The technology is a drive display technology that can be applied to panel products of various forms or resolutions, functions and is integrated into the drive circuit design. The EVA driven display algorithm was developed with the LCD panel of 4 domain. Through H/L table (table of light and dark parameters) in T-CON, the graininess of the picture was improved through algorithm optimization, and the problem of poor processing of image and text details was further improved. Compared with the traditional 4 domain LCD panel, it can greatly improve the defect of large-view role bias and give viewers a better visual experience; Compared with the LCD panel of 8 domain, the backlight brightness of the TV can be reduced by about 30% under the condition of ensuring the same viewing effect, and it has the advantage of energy efficiency.
Develop EVA driven display algorithm, jointly with T-CON manufacturers to independently develop T-CON including EVA IP algorithm, can design PCBA with 4 domain 4K/8K HD and ultra HD LCD panel products, improve panel penetration at the same time, the large Angle of view effect can also reach a better level. In the future demand for high-definition and ultra-high-definition displays, products are independently developed with high penetration and high contrast wide-angle LCD driver display technology.
Ø8Domain+3M technology
4domain pixel design has a high penetration rate, but the color becomes lighter (color bias) when viewing from a large Angle. 8domain pixel design divides a sub-pixel into two parts: main and sub, and the brightness of main and sub is different. When viewing from a large Angle, the rotation Angle of the LCD is not in the same direction, and the cumulative effect of human eyes is better. The problem of side view color lightening is solved, but the 8 domain design has low penetration.
HKC 8domain pixel adopts 3M design, the technology design is simple, the storage capacitance is moderate, the corresponding opening rate is large. At the initial stage of design, the area ratio of Main and Sub can be optimized, and the voltage ratio of Main/sub can be adjusted after output, so as to take into account the penetration rate and side-view color deviation. Compared with Charge Sharing and COM swing design, it is more suitable for 4K/8K products, as well as COA and PFA processes.
Developed 8Domain +3M technology, taking into account product penetration and color bias, to meet the needs of mainstream customers, so that the product picture quality to reach the industry's first-class level. In addition, it can be customized according to customer differentiation and adjusted according to customer focus to enhance competitiveness.
