Texas Instruments DLP Technology Helps Extreme Rice Technology to Transform Screenless Display Technology to Achieve Differentiated Products

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Not long ago, Extreme Technology released the latest micro-injection product H1. As always, this product was developed based on Texas Instruments DLP® technology and has the following performance enhancements:

· The brightness of the screen reaches 900Ansi lumens, which is 55% higher than the previous generation Z4X

· Intelligently adjust brightness with IntelliBrightTM technology for up to 10,000:1 dynamic contrast

· 1080P physical resolution, perfect HD quality

This year, various small energy-saving display applications based on TI DLP technology have attracted more and more attention from the market, including applications such as screenless display, near-eye display (NED) and interactive digital signage. The DLP PicoTM micro-projection chipset offers several advantages in these applications:

· High light efficiency: DLP technology works with any light source such as LED, laser, laser phosphor or illumination, and provides extremely high light efficiency. What is obtained is a low power high brightness display.

· Chipsets that support a wide range of display resolutions: DLP technology provides a wide range of display chipsets – from WVGA (854×480) to full HD (1920×1080) resolution – for system designers Design flexibility.

· High contrast: Depending on the optical design, DLP technology enables high contrast, resulting in dark black and improved perceived brightness and image quality.

· High speed: Each DMD micromirror can be flipped thousands of times per second for fast color refresh rate and high frame rate.

Advanced Image Processing Algorithm: The DLP IntelliBrightTM Algorithm Suite provides two main functions:

o Content adaptive illumination control: Automatically adjust each RGB LED to optimize the power function by erasing the content of each frame.

o Local Brightness Enhancement: The ability to intelligently enhance the brightness of darker areas of an image based on ambient light conditions.

Founded in 2013, Extreme Rice Technology has been focusing on the research and development of intelligent micro-investment products. So far, it has brought a number of innovative display products based on DLP technology to Chinese consumers, also known as "no-screen TV". However, with the differentiated features of large screen, portable and excellent viewing experience, the "no-screen TV" that won the favor of a new generation of consumers has faced challenges at the beginning of its birth: after the first generation of products came out in 2013 and received praise from users. Mimi is aware of the urgency of improving product performance – among them, the improvement of optical projection performance is particularly important.

After learning about the demand for rice, DLP Product Division quickly joined the product development process of the company to provide timely and accurate technical support. At the same time, TI's rich reference design and technical resources helped the market to achieve faster listing. time.

The in-depth cooperation with DLP technology has enabled Extreme Meter to introduce differentiated products at regular intervals, bringing users an "immersive experience" and winning market recognition.

In recent years, with the increase in consumer demand for viewing experience, smart micro-investment products have gradually emerged in China by breaking through the limitations of traditional projection products in terms of product form and size. For the support brought by DLP technology, Xiao Shi, the co-founder of Extreme Technology, said: "Thanks to TI for responding to our needs and helping us solve the difficulties and problems encountered in the development process."