The core advantage of custom OLED lies in image quality. Its self-emitting pixels can achieve infinite contrast ratio and more vivid colors, but the cost is typically 30%-50% higher than TFT of the...
Selecting a TFT module must closely align with specifications and interfaces. Resolution (e.g., 800x480) and brightness (starting at 500 nits) are fundamental; industrial scenarios require attentio...
Custom TFT screens can precisely match performance requirements, such as industrial-grade wide temperature range (-30℃ to 80℃) and high brightness (1000 nits), but involve high development costs (N...
IPS modules extend lifespan via aluminum heatsinks + thermal paste (core ≤45°C, below 50°C industry max) cutting thermal stress, and 12V±0.6V supply (JEDEC-compliant) avoiding voltage damage. Accel...
IPS modules ensure stable images with 178° wide viewing angles (minimal distortion) and ΔE < 2 color accuracy (industry benchmarks), minimizing color shift. Stable Images Unlike TN panels that l...
IPS modules: 144Hz refresh (fluid motion), 10-bit color (1.07B hues), <15W draw—VESA-certified lab tests confirm pro smoothness, vibrant tones, low energy use. Refresh Rate The jump from 60Hz to...
Prioritize IPS brightness by use: 300-500nits indoor, ≥1000nits outdoor (DisplayHDR 600+ cert., avoids glare). Native contrast ~1000:1; opt Mini-LED for 2000:1+ depth, enhancing shadow detail per D...
Choose IPS modules by aligning size (7–10” industrial, larger consumer), resolution (≥FHD/1920x1080 for clarity, 4K/3840x2160 pro), and interface (LVDS/eDP for stability, HDMI versatile). Size Port...
They shine in low power use, with typical operation at just 0.5W and standby dropping below 0.1W, greatly extending battery life. Their slim form factor, often under 3mm thick and available in 1.3–...