KTC Journal
Monitor reviews, gaming guides, productivity advice, and practical display know-how from the KTC team.
HDR monitor power consumption increases with brightness, but the impact varies by panel type and usage. Get details on how mini-LED, OLED, and screen size affect energy use.
Automatic brightness on monitors can increase power use if the sensor keeps the screen brighter than a manual setting. This guide details how the feature affects energy consumption on various display types, including gaming and ultrawide models, and when manual control is more efficient.
Refresh rate vs. input lag is a key comparison for monitors. A high refresh rate (Hz) can lower delay, but it doesn't guarantee a fast feel. See how processing delay and response time affect real-world gaming performance and choose the right display.
Sample-and-hold vs impulse display technology dictates monitor motion clarity. While most monitors use sample-and-hold, causing blur, impulse methods offer sharper motion for gaming at the cost of brightness and potential flicker. Choose the best motion handling for your setup.
Monitor strobing reduces motion blur for sharper clarity in fast-paced games. This guide explains how the tech works, its benefits for competitive play, and the tradeoffs like lower brightness and flicker.
Blurry text at 125% or 150% scaling is a common issue. Get sharper text by choosing a monitor with high pixel density (PPI). See how resolution and size matter most.
Motion blur on LCD monitors is caused by sample-and-hold persistence, not just response time. Attain superior motion clarity with high refresh rates and backlight strobing. This guide shows which specs actually matter for gaming.
