Color volume and contrast are key metrics for evaluating display technologies. The performance and detail of extremely bright to dark color volumes have been greatly expanded, creating brilliant, detailed, and captivating colors close to the real world. AUO's AmLED technology utilizes exclusive dynamic ratio and light modulation to achieve HDR 1000 extreme brightness with enhanced true blacks. As the backlighting unit of AmLED, mini LEDs achieve extremely refined matrix local dimming and increase an image's dynamic contrast range. Mini LEDs utilize an inorganic light source, a stable material, and have several times the luminous brightness of OLEDs without affecting their component life cycle or causing image burn-in
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With dynamic image processing, modulating dynamic contrast, and the mini LED backlight module's peak brightness, AmLED display technology's accurate and refined local dimming features can achieve peak brightness. Exceeding 1,000 nits for brighter images that expand the luminance range between the darkest and brightest visuals. They can present brightness and smooth grayscale in true black backgrounds, creating amazingly delicate details in lights and shadows.
AUO’s AmLED display technology boasts peak brightness exceeding 1,000 nits and has earned the VESA DisplayHDR1000 certification with an exceptional dynamic ratio of 1,000,000:1, capable of recreating life-like details in both shadow and light. In terms of color, AmLED utilizes quantum dot wide color gamut technology to achieve a DCI-P3 color capacity of 100% with accurate colors that meet the high color accuracy standards of Delta E (△E), offering users the most natural colors.
Ambient Contrast Ratio (ACR) refers to a display's color contrast performance under bright light sources. The AmLED of AUO offers ultra-high brightness and ambient contrast, approximately 3X compared to OLEDs, which means that image colors remain bright, vivid, clear, and saturated even when used next to windows or in brightly lit outdoor environments.
AmLED offers features such as higher power efficiency and low blue light. Compared to standard LED backlight display technologies, AmLED is regularly under local dimming status and consumes approximately 50% of the former's power; additionally, AmLED also features low blue light, satisfying the need for high standard specifications for eyecare.
Compared to the organic illuminant used in OLEDs, AmLED's inorganic materials offer better durability without being prone to aging or color deterioration after extended use. In addition, intensive long-term use does not result in image burn-in or decreased brightness, giving it higher durability, higher quality stability, and longer life cycles.
AmLED boasts ultra-high refresh rates of 120Hz to 480 Hz with syncing technologies such as G-SYNC, FreeSync, and Adaptive-Sync, which greatly reduce screen interruptions or lag and eliminate screen tearing. Users can enjoy an optimal visual experience of smooth, stable, fast-paced eSports games without screen ghosting and seams.
Advantages such as power efficiency and low blue light empower notebook PCs with AmLED displays. They provide them with longer battery life; low blue light protects the user's eyes and reduces fatigue even after extended use. AUO’s all-new AmLED display technology adopted by creator notebooks presents vivid colors with ultimate image quality.
AUO monitor displays are capable of delivering remarkable features, including high contrast, high color volume, high contrast in bright environments, no burn-in, and no color shift. This allows monitors equipped with AmLED displays to cater to the discerning needs of professional creators and eSports enthusiasts, providing a more immersive visual sensation and the ultimate seamless gaming experience.
For cars and digital signage, which may be subject to outdoor environments or scenarios with bright sunlight, brightness is a critical determining metric; AmLED, capable of peak brightness exceeding 1,000 nits, is an ideal technology for these applications. AUO FIDM Plus with AmLED display technology integrated with a diversity of sensors, creating immersive interactively cockpit experiences.