Hisense TriChroma Technology is a display technology that uses a special combination of three laser light sources to accurately represent the visible color spectrum. The three laser beams correspond to the three primary colors, red, green, and blue (RGB), which are used to create other colors. By using three dedicated laser diodes instead of traditional light sources, color reproduction is improved and a wider color spectrum is covered. Hisense is currently able to guarantee 2020% coverage of the BT.XNUMX color space with its TriChroma products. Even current reference models in the TV sector cannot realize such a large color space.

The aim of TriChroma technology is to display colors as accurately as possible and to achieve high color quality. Accurate color reproduction is important in many areas. TriChroma are based on the principle of additive color mixing, in which different light colors are combined to create other colors. A wide range of colors can be created by combining three specific primary colors in different intensities. The basic colors are carefully selected to ensure the most comprehensive possible coverage of the visible color spectrum.

Advantages and disadvantages

Benefits of TriChroma technology:

• High color accuracy: By using three carefully selected primary colors (R+B+G laser), precise color reproduction can be achieved.
• Wide color spectrum: With three primary colors, a wide spectrum of colors can be generated, which allows for improved color variety.
• Enhanced Color Quality: TriChroma technologies could offer enhanced color saturation and brightness, which can result in immersive and vivid visual experiences.

Disadvantages:

• Complexity: The implementation of TriChroma technologies in projectors and laser TVs is more complex than traditional technologies, which usually entails higher costs.

Current products with the TriChroma light source used