Hisense RGB-Mini LED won the SID "Top Ten Breakthrough Progress in Display Industry" award

Recently, the 2026 International Conference on Display Technology (ICDT) was held in Chongqing. Hisense has won three major awards for its breakthrough innovation in the display field, including the world's first RGB-Mini LED technology, which was selected as one of the "Top Ten Breakthroughs in China's Display Industry" and became the only large-screen LCD technology to win a major breakthrough award in the past decade. The world's first exquisite 4-core true-color backlight RGB-Mini LED TV 116UX won the "Gold Award for Best Display Application Product of the Year", and the world's first 85-inch RGB-Mini LED field sequence display highlight digital signage won the "Best Innovative Display Application Technology Award of the Year".

As the industry's top event hosted by the International Society for Information Display (SID), ICDT is the "wind vane" in the global display field, and its series of awards have extremely strict evaluation standards. On the occasion of the tenth anniversary of ICDT, 52 SID Beijing Branch technical experts selected the "Top Ten Breakthroughs in China's Display Industry" through multiple rounds of reviews. The award-winning results represent the major breakthroughs made by China's display industry in the past ten years in the fields of technology research and development, industrialization and application expansion.

Hisense's RGB-Mini LED technology, which was selected as one of the "Top Ten Breakthroughs in China's Display Industry" this time, is the core achievement of Hisense's deep involvement in the field of high-end LCD displays. The ICDT expert jury believes that "RGB-Mini LED is the latest generation of liquid crystal display technology recognized globally. It is a bottom-level reconstruction of the light source. It solves the limitations of the traditional quantum dot solution through direct color backlight and light color control algorithms. It not only brings a true, pure and transparent native color experience, but also achieves a perfect balance between green energy saving and healthy eye protection."

The technical vision of RGB-Mini LED TV has been explored in the industry for 20 years. However, due to core problems such as lamp bead life and light and color coordinated control, it has always remained in the laboratory stage and cannot be mass-produced. After decades of technological research, Hisense has taken the lead in completing full-link innovation in chips, algorithms, and materials. On key components such as red light chips, the lifespan of the automotive-grade chips exceeds 160,000 hours and can be used stably for more than 15 years, solving the industry's long-standing pain points of color decay and inconsistent lifespan. The self-developed Xinxin AI image quality chip H7 Pro achieves the industry's highest color control accuracy of 134 bits, achieves pixel-level simultaneous light and color control, can distinguish color differences at the trillions level, and solves halo and cross-color problems.

Based on the technological breakthrough of two cores, Hisense launched the world's first RGB-Mini LED technology in January 2025, and achieved mass production one year ahead of Japanese and Korean brands, announcing a new era of LCD display from "monochrome backlight" to "color backlight". In January 2026, Hisense launched the world's first exquisite 4-core true color backlight technology, completing the cross-generation leadership in RGB-Mini LED technology.

Relying on the disruptive technology of RGB-Mini LED, Hisense RGB-Mini LED TV 116UX successfully won the "Gold Award for Best Display Application Product of the Year". It is equipped with Hisense's exquisite 4-core true color backlight technology, which innovatively adds azure light-emitting chips to the three primary colors of red, green and blue to accurately fill the spectral gaps and achieve 110% BT.2020 full-range bright color and stable high color gamut. Compared with the industry's top products, it can display 120 million more extreme colors, making the picture color reproduction closer to what the human eye sees. Paired with the industry's only four-core AI image quality chip H7 Pro, with the industry's highest color control accuracy of 134 bits, it can achieve the ultimate image quality with pure and noise-free dark fields and full details in bright fields. At the same time, Hisense 116UX is the world's first 4K 180Hz native high-brush, "AI real-time 2D to 3D" technology and other seven industry-first technologies. It takes into account the needs of all scenarios such as professional audio and video, game entertainment and creative work, and elevates the high-end TV visual experience to the level of professional monitors.

Hisense has won multiple major awards at the ICDT conference this time, which is not only the industry's highest recognition of Hisense's strength in the RGB-Mini LED field, but also a sign that Hisense is oriented towards user value, continues to inject Chinese innovation momentum into the global display industry, and creates high-quality audio-visual life empowered by technology for thousands of families.

With the innovation of RGB-Mini LED underlying technology, Hisense has also successfully implemented revolutionary future technologies such as field sequential display. The world's first 85-inch RGB-Mini LED field sequential display highlight digital signage won the "Best Innovative Display Application Technology Award of the Year", demonstrating Hisense's comprehensive layout and forward-looking research and development capabilities in the field of display technology. This technology uses LCD as the basic architecture and integrates field-sequential color LCD, RGB-Mini LED backlight, wide-temperature high-brush LCD and circularly polarized panel technologies to create the world's first field-sequential LCD digital signage that has entered the commercial research and development stage. It can effectively adapt to various types of commercial display scenarios such as outdoor/semi-outdoor advertising, retail windows, transportation hubs, and high-end exhibition halls. It can significantly reduce power consumption in high-brightness and high-color gamut scenarios, opening up a new development path for the display industry.