DXVISION Technology Co., Ltd. is a high-tech leading company focusing on development and production of LED displays. Since 2008, DXVISION has begun to do research and development on the LED displays core technology. With the core technology in the product and self-developed control system, DXVISION provides the unique cine-level visual performance products all over the world.
Since its inception, DXVISION has achieved several patents in LED display core technology. With its self-developed LivePixels and innovative scan model, it has solved the conflict between high refresh rate and high gray scale. With revolutionary distributed grid infrastructure and unique data transmission method, the products reliability has improved ten times more. With innovative dynamic pixel technology, the visual performance of DXVISION dynamic pixel display is comparable with that of common real pixel displays.
DXVISION LED displays have been widely applied TV stations and the professional markets, and launched a cost-effective product line for the well-known enterprises, star hotels, commercial real estate and rental market. It has distributors and engineering cooperation partners in part of South China, East China, North China, Central China and other regions.
Our LED display products include:
1. Indoor TX Series
2. Outdoor TN Series
3. Outdoor TN-EP( Eelectornic Pixel ) Series
4. Outdoor TW (RGBY) Series
5. TV Studio TV Series
DXVISION Advantages:
1. We have professional research and development team with more than 10-year experience in LED display field, and can customize new products flexibly in accordance to customer’s specific request.
2. The control system is self-developed, and it provides the unique cine-level visual performance.
3. Due to the innovative scan model, refresh rate is up to 3840Hz with intact 16-bit gray scale.
4. Each data connection has four inputs and four outputs, with 10x+ reliability and no accident at critical moments.
5. To ensure true color and good consistency, color calibration is conducted according to optoelectronic characteristic of each individual display.