LCD Core Technology

Discover how advanced wavelength conversion boosts LCD backlight efficiency. This guide compares phosphors and quantum dots to help engineers improve industrial display color gamut, reduce power consumption, and enhance thermal performance.

Discover the critical technical differences between Rec. 709 and sRGB color standards for industrial displays. This engineer’s guide explains why gamma, not gamut, is the key factor and how to choose the right standard for applications like HMI, machine vision, and medical imaging to ensure color accuracy.

An engineer’s guide to LCD Mura. Discover how the Fringe Field Effect (FFE) creates screen non-uniformity and learn technical strategies for suppression, including advanced pixel design and De-Mura algorithms.

Explore the engineer’s guide to maintaining industrial LCD color fidelity in any light. Learn how AR coatings, optical bonding, and sensor-driven calibration deliver accurate color despite glare and sunlight.

Explore the essentials of HDR for industrial displays. This guide explains how tone mapping preserves critical detail by adapting rich HDR content to an LCD’s capabilities, covering the trade-offs between global and local algorithms.

Decode the human eye’s non-linear perception of LCD color and brightness. Learn how gamma correction, luma, and the CIELAB color space bridge the gap between linear display signals and true perceptual uniformity for engineering and industrial applications.

Explore the critical role of diffuser microstructure design in achieving perfect LCD backlight uniformity. This technical guide covers light scattering principles, particle-based vs. surface-relief structures, and microlens arrays to help engineers select the best optical films for high-performance displays.