MITSUBISHI electric displays new D series LED screen products "AVL-ODD22", "AVL-ODD25"

Japan's MITSUBISHI motor manufacturers the "large screen display system will display" exhibited a series of large screen display products, including two LED display products, models for the "AVL-ODD22" and "AVL-ODD25".

MITSUBISHI Electric's launch of the new D series display system is very suitable for sports and commercial occasions of large size video screen applications.

AVL-ODD22 and AVL-ODD25 use a three point configuration, but the same dynamic primitives are used in the same way as the Q series. This allows them to provide the most clear and sharp image quality of the three pixel display screen. In addition, the D series will be the traditional three dot matrix matrix and Diamond Vision display screen unique processing, reliability and consistency of the combination, the industry has become a very valuable point of the original image display screen.

The maximum brightness of AVL-ODD22 and AVL-ODD25 are 5000cd/sq.m, color processing is 18 bits, screen body weight of 85 kg per square meter. The lifetime of AVL-ODD22 is 30000 hours in the case of half light, while the AVL-ODD25 reaches a maximum of 50000 hours in the case of half brightness. The minimum cell size AVL-ODD22 and AVL-ODD25 were H176xW352mm and H200xW400m, respectively.

MITSUBISHI advanced display screen features

- a unique display consistency in all conditions and all levels of brightness. Scan line interpolation - color space conversion - unmatched reliability - industry-leading 34 bit processing

AVL-ODD22 and AVL-ODD25 use the design of the shade board, the design of the top of each row of LED arranged a shade plate, so different from each row of the original element equipped with a shading plate of the traditional method. This unique design makes double the number of screens, which can provide excellent contrast in direct sunlight, and can also prevent the traditional shading plate design of the video display is very common in the tabernacle of the color shift.

Source: LEDinside