FrameBench™ v1.0
System Preview • Build AlphaExplore the informational icons (?) for technical details and metrics on monitor accuracy, speed, color, and more. The system continues to evolve with you: report any anomalies to the support team at sac@taskrevolution.com.
The Ultimate Guide to Understanding Your Monitor
To help you optimize your experience and avoid falling for the classic "marketing tricks" of technical specifications, we've prepared this material. Read the essential tips and get your questions answered below to understand exactly what FrameBench is testing on your screen!
Get to know your Panel (TN vs. IPS vs. VA vs. OLED)
Panel technology defines the soul of the monitor. TN panels are cheap and fast, but have washed-out colors and poor viewing angles. IPS panels deliver vibrant colors and excellent accuracy (essential if you work with 3D art or editing), as well as great viewing angles. VA panels are the kings of contrast, with deep blacks, ideal for immersion, but can suffer more from screen ghosting. OLEDs, on the other hand, deliver the best of both worlds (infinite contrast and instant response time), but cost significantly more.
The Difference Between Hz and FPS
FPS (Frames Per Second) is how much data your PC and graphics card can process. Hz (Refresh Rate) is the physical limit of your monitor for displaying those frames. If your PC generates 200 FPS in a game, but your monitor is 60Hz , you will only see 60 frames per second. The rest is discarded, which can cause "tears" in the image.
Color Accuracy Matters More Than You Think
If your monitor can't display the correct color spectrum (measured in sRGB, Adobe RGB, or DCI-P3) , the game or artwork you're seeing isn't what the creators intended. For gaming and content creation, look for monitors that deliver at least close to 100% sRGB color gamut coverage.
Adaptive Synchronization (FreeSync and G-Sync) is Life
You know when you turn the camera quickly and the image seems to tear in half? That's screen tearing . FreeSync (AMD) and G-Sync (NVIDIA) solve this by having the monitor and graphics card communicate in real time. If the game drops to 80 FPS , the monitor instantly adjusts its refresh rate to 80Hz , keeping the image perfect and smooth.
Beware of "1ms Response Time" Marketing
Manufacturers love to stamp "1ms" on the box, but this usually refers to MPRT (Moving Picture Response Time), which is achieved by inserting black frames into the image (strobing) and reducing brightness. What really determines whether the image will blur in fast movements is GtG (Gray-to-Gray). A monitor with a true 4ms GtG can be visually cleaner than a cheap panel that promises 1ms MPRT.
Frequently Asked Questions
A: TVs are designed to process images (color filters, sharpness, frame interpolation) before displaying them, which generates a significant delay between your command and the action on the screen, known as Input Lag . Monitors eliminate this heavy processing to ensure the most instantaneous response possible. Playing games on a PC using a TV without a "Game Mode" enabled can make the controls feel "heavy" or delayed.
A: Probably not. If it's a TN panel, the colors are naturally less vibrant. However, if you're using an NVIDIA or AMD graphics card, the system might be mistakenly sending a limited color range. Open your graphics card's Control Panel, go to the resolution/color settings, and make sure the "Dynamic Output Range" is set to Full and not Limited.
A: Ghosting is that blurry trail that appears behind objects when there is rapid movement on the screen, very common in simpler VA panels. You can mitigate this by accessing the monitor's physical menu (OSD) and looking for a setting called "Overdrive" , "Response Time" or "Trace Free" . Test the levels (usually Medium or Normal are the best, as "Extreme" can cause another defect called Overshoot ).
A: This is a classic mistake! Windows, by default, configures any new monitor to 60Hz. You need to manually enable the maximum refresh rate. Go to Settings > System > Display > Advanced Display and change the "Refresh rate" to 144Hz. Remember to also use a compatible DisplayPort or HDMI cable (version 2.0 or higher).
A: Absolutely. The difference between 60Hz and 144Hz is huge, especially in fast-paced, action-packed games like racing titles ( Forza Motorsport , The Crew ) or competitive shooters ( Halo ). The image becomes much smoother, improving your reaction time and reducing eye strain. Even dragging windows in Windows becomes more enjoyable.
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