Recently, TCL Industrial’s Pangu Laboratory has once again made new breakthroughs in the field of display technology, releasing a number of innovative display technologies, including the much-anticipated global halo control technology, Micro LED display technology in the ultra-large screen field, etc. Pangu Laboratory’s profound technical heritage and innovative capabilities have also provided strong technical support for TCL Industrial’s new TV product releases.
The global halo control technology is an innovative technology independently developed by TCL Industrial Pangu Laboratory, which solves the Mini LED TV halo problem that has long plagued the industry. In the traditional Mini In LED technology, light cannot be effectively converged and easily overflows the partition range, resulting in halo phenomenon - that is, blurry shadows appearing at the edges of TV images, which will greatly affect the audience's viewing experience. Global halo control technology uses leading lens technology, high-efficiency light-emitting chips, backlight response algorithms, macro OD and ultra-high native contrast screens to achieve precise control over the entire link of Mini LED imaging, bringing the ultimate picture quality experience to the audience. It is known as "Mini" in the industry. "LED Halo Terminator".
Among the above innovative technologies,Very worth mentioning is the lens technology. Lenses are "light shapers". The stronger the lens technology, the stronger the light gathering ability, and the stronger the halo control ability. As of 2024, Pangu Laboratory has accumulated 4 generations of lens technology, and it is the leading state in the industry. The newly launched lens technology has ushered in a disruptive improvement and is known as the strongest "light control lighthouse" - super-concentrating microlens. It has 24 self-developed patents and multiple arch bridge designs. Most lens technologies in the industry only have 1-2 light effect adjustments, while super-concentrating microlenses can adjust light up to 3 times, enabling precise control of light layer by layer. Under the same partition, the halo control capability of super-concentrating microlens Mini LED is 96% higher than that of ordinary Mini LED, and the backlight uniformity is improved by 112%, which can significantly reduce halo and achieve precise light control.
On the luminous chip, Pangu Laboratory upgraded the previous six-crystal square chip again. Continuing with 6 luminous pointsAt the same time, it is combined with the blessing of a sapphire high-gloss substrate to fully activate the luminous potential of the six-crystal square core to achieve higher luminous efficiency, resulting in a 33.5% brightness increase and a 40.2% energy efficiency increase.
In addition, OD is also one of the most important factors affecting halo. OD refers to the distance between the backlight panel and the diffusion panel. The smaller the OD value, the stronger the halo control ability. When the OD value is 2-5mm, the halo control ability changes qualitatively. Combined with Mini LED comprehensive light control technology, the halo problem can be truly solved and the image quality can be improved. Pangu Labs has achieved an amazing macro OD 2, which is also the smallest Mini LED TV OD among new products currently on the market. Such a small distance allows halo control to be easily controlled. Coupled with hard-core light control technologies such as super-condensing microlenses, it can end the Mini LED halo problem and make the flowers in the picture clear, delicate and well-defined.
With this series of innovations, TCL Industrial has launched a series of stunning new Mini LED TV products. Among them, the TCL X11H QD-Mini LED TV, known as the "2024 Image Quality Ceiling", is the industry's best application example of TCL's global halo control technology. In terms of color, the X11H follows TCL's world-leading quantum dot QLED color technology developed by Pangu Laboratory, upgrading the quantum dot material from ordinary binary quantum crystals to quaternary quantum crystal Pro, thus achieving 98% color gamut coverage under the DCI-P3 standard and displaying 1.07 billion colors with excellent light and color, opening a new era of Mini LED peak picture quality.
In addition, TCL Industrial, as a leader in the field of ultra-large-screen TVs, has many years of layout and accumulation in large-screen display technology. Relying on the technical support of Pangu Laboratory, Pangu Lab has recently launched a generation-changing Micro LED display technology, which uses more than 24.88 million inorganic self-luminous chips to achieve precise light control at the pixel level, effectively solving the problems of screen burn-in and short lifespan of OLED organic light emitters. While making the size larger, it maintains an absolute advantage in picture quality. The TCL 163-inch Micro LED giant screen TV X11H Max, which applies this technology, reaches an ultra-high peak brightness of 10,000 nits and an ultra-long service life of 100,000 hours without fading, bringing users a collection-level image experience.
Founded in 2021, Pangu Laboratory has brought together many top scientific research talents in the display field and is committed to solving industry pain points, leading technological changes, and exploring more cutting-edge display technologies. The launch of multiple innovative display technologies not only demonstrates Pangu Laboratory's leadership in the field of display technology. status, it also indicates that the display industry is about to usher in a new stage of development. In the future, TCL Industrial will also use Pangu Laboratory as a technology carrier to continue to adhere to the spirit of "innovation and dare to do" to bring more epoch-making products to global consumers and promote the continuous development of the display industry.
ANNA