OLED (Organic Light-Emitting Diode) is a self-emission technology, distinct from LCD's zone dimming. OLED's pixel-level light control allows each pixel to independently adjust brightness, delivering halo-free perfect image quality.

Self-emitting OLEDs eliminate the need for backlights, liquid crystals, color filters, or other structural components, enabling extremely slim and lightweight designs.

ACE - OLED Pursues Natural Realism. OLED integrates vibrant displays seamlessly into daily life by reproducing natural imagery with precision, comfort, and environmental responsibility. Discover how OLED brings nature's visuals to life through accurate, eye-friendly, and eco-conscious technology.

The key advantages of AMOLED (Active-Matrix Organic Light-Emitting Diode) displays include:

• Perfect Blacks & Infinite Contrast
• Vibrant Colors & Wide Gamut
• Ultra-Fast Response Times
• Flexibility & Thin Designs
• Energy Efficiency
• Always-On Displays (AOD)
• Superior Viewing Angles
• HDR Performance

AMOLED is extremely expensive than LCD and TFT, lifetime is shorter than LCD and TFT and has lower peak brightness in sustained use.

• Factory base located at inland city which has cost effective
• Most advanced new equipment which can keep quality stable
• Most processes using fully automatic equipment which has efficiency and stable quality
• Professional engineers and production leaders who works in LCD field for more than 20 years
• Self design for customized product

• ISO14001
• ISO9001/IATF16949
• SGS of LCD module

• Smartphones and tablets
• Wearables (smartwatches like Apple Watch)
• AR/VR headsets
• Television and Monitors
• Automotive display
• Medical and smart home

How does the power efficiency of AMOLED displays compare to other display technologies?

• AMOLED displays consume power on a per-pixel basis, meaning that pixels that display black or dark content consume very little power, while pixels displaying bright or white content consume more power.
• LCD and LED displays, on the other hand, require a constant backlight that consumes power regardless of the displayed content.

• AMOLED displays are more power-efficient for content with a lot of dark or black areas, as the individual pixels can be turned off to save power.
• LCD and LED displays consume a relatively constant amount of power regardless of the displayed content, as the backlight remains active.

• AMOLED displays can dynamically adjust the brightness of individual pixels, allowing for better power efficiency in low-brightness scenarios.
• LCD and LED displays typically have a fixed backlight brightness, which can result in higher power consumption even when the display content does not require maximum brightness.

• AMOLED displays tend to be more power-efficient for smaller display sizes, as the power consumption scales with the number of pixels.
• Larger LCD and LED displays may require more power-hungry backlights, potentially reducing their power efficiency compared to AMOLED displays of the same size.