AQCOLOR uniformity calibration simulates how eyes perceive screen-wide consistency. Rather than only relying on 25-point spot checks, AQCOLOR performs full-frame, high-resolution, area-based luminance and chromaticity calibration to deliver consistent, precise colors faithful to your vision.
For corner-to-corner uniformity, only qualified panels that meet strict baseline criteria are selected for AQCOLOR calibration. Each panel is divided into thousands of micro-zones, including the outer 10% edges often overlooked by conventional processes. Every zone is individually fine-tuned for subtle deviations in brightness and chroma, ensuring consistent color and luminance from corner to corner.
Most brands stop at "factory calibrated." BenQ AQCOLOR goes further with an exclusive dual-level calibration process:
1. At the instrument level, all measurement devices are aligned to a single reference standard with near-zero deviation tolerance.
2. At the batch level, each display is cross-checked to achieve consistent colors across multiple screens.
Whether you’re using one display or a multi-monitor setup, AQCOLOR guarantees unified color perception across every screen – essential for post-production, dual workstations, and any workflow where consistency is required.
AQCOLOR meets every professional color standard – Rec.709 and DCI-P3 for video, Adobe RGB for print, and more. Compliance is just the foundation, and AQCOLOR adds precision enhancements for consistently reliable color across all formats.
For example, ITU-R Rec. 709 defines critical targets for gamma, color gamut, white point, luminance and uniformity. AQCOLOR exceeds these standards with proprietary features such as Dark Tone Accuracy Adjustment, preserving tonal fidelity even in deep shadows for professional editors and colorists.
Rec.709 requires precise Gamma 2.4 control for accurate grading and consistent playback on platforms like Netflix and YouTube. Even small deviations, especially in shadows, can lead to banding, crushed blacks, or unexpected color shifts when gamma calibration is not properly maintained.
Dark tones exhibit uneven gradation, shadow detail loss, and visible tone jumps
Tone blending and color shifting occur in mid-tones, causing inaccurate colors and hue distortion
BenQ AQCOLOR addresses this with Dark-First Gamma Adjustment, a precision algorithm that smooths gradation from black upward to preserve critical shadow detail and minimize tonal distortion, effectively preventing the common black crush issue.
A smooth gradient with distinct levels
BenQ delivers enhanced dark grey accuracy, backed by Calman Verified, guaranteeing strict Rec.709 gamma consistency across the grayscale for professional creators working on platforms like Netflix and YouTube.
