BOE has a forward-looking layout in the field of automotive display and has accumulated a lot of experience. It recently launched two high-brightness HUD head-up display solutions based on COG (glass-based) Micro LED technology, which has attracted widespread attention in the industry. One of them is the 6.2-inch P0.2 high-brightness RGB Micro LED HUD, which uses BOE’s unique backplane process + self-developed high-efficiency Micro LED chip technology. The module brightness can reach 30,000 nits. It is also specially designed to achieve seamless splicing under high PPI and is perfectly suitable for various application scenarios; the other is the world’s first ultra-bright single-color glass-based Micro LED with a pitch of only 58 microns. HUD, display pixel density reaches 431PPI, peak brightness reaches 300,000 nits, ensuring that the projected information can be clearly seen in strong light environments during the day, and is suitable for head-up displays in vehicles and special fields.
BOE High-brightness RGB Micro LED HUD
New solution for full-scene splicing display
BOE 300,000 nits ultra-bright monochrome P0.058 MicroLED HUD
The best choice for future smart cockpit display solutions
As a disruptive head-up display product, BOE’s 300,000 nits ultra-bright single-color P0.058 glass-based Micro LED HUD technology solution adopts BOE’s unique backplane process and leverages the high mobility advantage and low resistance material characteristics of LTPS to significantly increase the driving current density and support Micro The LED chip achieves ultra-high brightness and high pixel density display, and simultaneously develops low-power glass backplane technology, which can reduce power consumption by more than 40%, greatly improving display energy efficiency and lifespan. Based on special optical packaging design + high-brightness optical microstructure technology, the module brightness is increased by 16% compared with traditional solutions, achieving a peak brightness of 300,000 nits, which is 15-30 times the peak brightness of mainstream LCD heads-up displays. It is the first choice for future smart cockpit display solutions.
Currently, based on its profound technology accumulation and innovation capabilities, BOE continues to make innovative breakthroughs in key technologies such as glass-based mass production process and AM (active) drive. By integrating upstream LED chip resources, it has the full-process production capacity to independently produce LTPS backplanes, LED chips, LED transfer and packaging, and can provide customers with high-end LED display overall solution.
In the future, BOE will continue to iterate LTPS+Micro LED display performance based on the COG solution, accelerate the empowerment of many fields such as automotive, commercial large screens, advertising displays, e-sports, smart screens, etc., and present a "Powered by BOE" picture of a better life to the industry and consumers.
ANNA