Featured storyHow Many Nits of Peak Brightness Do You Actually Need for Convincing HDR?For convincing HDR brightness, 600 nits is the practical minimum for monitors. This guide shows why 1,000 nits is the sweet spot for gaming and why contrast matters.May 14, 2026/4 min read
Why Does HDR400 Certification Often Look Worse Than Good SDR?HDR400 often looks worse than a quality SDR display because it lacks the contrast, local dimming, and color volume needed for convincing HDR. A well-tuned SDR mode can offer a cleaner, more consistent image.May 14, 2026/3 min read
Can Backlight Strobing Work Simultaneously with Variable Refresh Rate Technology?Backlight strobing and VRR can work together, but only on specific monitors. Get details on when to use strobing for motion clarity or VRR for smooth gameplay.May 14, 2026/3 min read
How Does Panel Response Time Interact with Frame Rate for Perceived Smoothness?Panel response time and frame rate work together to create smooth motion. See how these specs affect motion clarity, ghosting, and overall gaming performance.May 14, 2026/4 min read
What Causes Coronas or Halos Around Moving Objects on Fast IPS Panels?Coronas on Fast IPS monitors are typically from pixel overdrive overshoot. Pushing pixels too hard for speed creates bright halos around moving objects. Attain clear motion by adjusting the overdrive setting—the fastest mode is often not the best.May 14, 2026/4 min read
Why Do Some Monitors Have Different Response Times for Different Color Transitions?A monitor's response time varies because pixels don't transition between all colors at the same speed. This guide explains GTG, overdrive, and why some panels show smearing in dark scenes.May 14, 2026/4 min read
How Does Variable Refresh Rate Affect Response Time Consistency?Variable Refresh Rate provides smoother frame delivery, but response time consistency depends on your monitor's overdrive. Poor tuning can cause ghosting and artifacts.May 14, 2026/9 min read