Spec sheets love big refresh-rate numbers: 144Hz, 165Hz, 240Hz. Gamers chase them for a reason, but artists often wonder whether any of it touches their work. The honest answer is that refresh rate changes how your screen feels while you draw, not how your finished painting looks. Knowing what it measures makes it much easier to decide how much to care.
Quick answer: Monitor refresh rate is how many times per second a display redraws its image, measured in hertz (Hz). A 60Hz monitor updates 60 times a second; a 144Hz monitor updates 144 times. For digital art, a higher refresh rate makes brush strokes, cursor movement, panning and canvas rotation look smoother and can slightly reduce perceived pen lag, but it does not improve color accuracy, sharpness or the final image. For most illustration, 60Hz is workable; 100 to 144Hz is a comfort upgrade, and animators benefit from rates that divide evenly by their frame rate.
What Is Monitor Refresh Rate, Exactly?
A monitor does not show a continuous image. It shows a rapid series of still frames, each replacing the last. The refresh rate is the number of those redraws per second.
The time between redraws is easy to calculate: divide 1,000 by the refresh rate to get milliseconds per refresh.
| Refresh rate | Time per refresh | Typical use |
|---|---|---|
| 60Hz | About 16.7 ms | Standard office and many color-focused monitors |
| 75Hz | About 13.3 ms | Budget monitors with a small bump in smoothness |
| 100Hz | 10 ms | Common on newer general-purpose displays |
| 120Hz | About 8.3 ms | Many laptops, tablets and creative displays |
| 144Hz | About 6.9 ms | Mainstream gaming and hybrid monitors |
| 165 to 240Hz and up | About 6 ms down to 4 ms or less | Competitive gaming |
Halving the time between refreshes means anything that moves, from a cursor to a scrolling layer panel, is drawn in more intermediate positions. Your eyes read that as smoother motion.
Refresh rate vs frame rate
These two terms are related but not the same. Refresh rate belongs to the monitor: how often it can update. Frame rate (fps) belongs to the computer and software: how many new images they send. A 144Hz monitor connected to a system sending 60 fps still only shows 60 unique images per second. To benefit from high refresh, the operating system has to be set to that rate and the app needs to keep up.
Variable refresh rate (adaptive sync)
Many modern monitors support variable refresh rate, sold under names such as FreeSync, G-Sync Compatible or simply adaptive sync. Instead of refreshing on a fixed schedule, the display waits for each new frame from the graphics card and shows it as soon as it arrives. In games, this prevents tearing and stutter when frame rates fluctuate.
For painting, adaptive sync usually makes little visible difference because desktop apps tend to run at the monitor’s fixed rate. It can help with video and animation playback in software that supports it, and it does no harm to leave it on. Treat it as a bonus feature rather than a reason to choose one monitor over another for art.
Refresh rate on laptops, tablets and pen displays
Refresh rate is not just a desktop monitor spec. Many tablets and some laptops now run at 120Hz, and a growing number of pen displays offer higher rates as well. If you split your time between a 120Hz tablet and a 60Hz desktop monitor, the difference in drawing feel can be striking, and it often explains why one device “feels laggy” even when the pen hardware is similar. When you compare displays, the guide to the best monitor for digital art is a useful place to check which models pair higher refresh with accurate color.
Does Refresh Rate Matter for Digital Art?
For a still illustration, the final file is the same whether you painted it on a 60Hz or a 240Hz screen. Refresh rate does not change pixels, colors or resolution. Where it does matter is the experience of working:
- Brush stroke feedback. Each refresh draws the stroke a little farther along. At higher rates, the line appears to follow the pen more closely, which some artists find more natural for gestural work.
- Panning, zooming and rotating. Rotating the canvas to get a better drawing angle is one of the most common moves in digital painting. Higher refresh makes it look fluid rather than steppy.
- Cursor tracking. Fast cursor movement leaves fewer “jumps” between positions.
- Perceived latency. Total pen lag comes from several stages: the tablet’s digitizer, the driver, the painting app and the display. Faster refresh shortens the display’s share. It will not fix lag caused by a slow brush engine or a huge canvas.
If you mostly do careful, slow rendering, 60Hz can be perfectly comfortable. If you sketch fast, rotate constantly or move between a pen display and a monitor, the smoother feel of 120Hz or more is noticeable to many people. Whichever way you lean, the roundup of top monitors for digital art in 2026 lists both refresh rate and color coverage, so you can balance the two.
Why Animators Should Pay Closer Attention
Animation is where refresh rate stops being purely about comfort. Animation is often played back at 12, 24 or 30 frames per second, and the monitor has to fit those frames into its own refresh cycles.
- 30 fps on 60Hz: Each frame is shown for exactly two refreshes. Smooth and even.
- 24 fps on 60Hz: 60 is not a multiple of 24, so frames alternate between being shown for two and three refreshes. That uneven cadence, called judder, can make pans and motion look slightly jerky.
- 24 fps on 120Hz: 120 divides evenly by 24, 30 and 12, so every frame is held for the same amount of time. Playback looks consistent.
- 24 fps on 144Hz: 144 also divides evenly by 24 and 12, though not by 30.
When reviewing timing for 24 fps work, a 120Hz or 144Hz display (or a monitor that supports adaptive sync with your software) gives a more truthful sense of how the motion will look.
What Is Monitor Ghosting?
Ghosting is a faint trail or smear that follows moving objects. It looks like a translucent copy of the cursor, a brush outline or a scrolling panel lagging behind the real position.
It happens because pixels cannot change color instantly. When a pixel moves from one shade to another, it takes a few milliseconds to complete the transition. That time is called response time, usually listed as gray-to-gray (GtG). If the transition is slower than the time between refreshes, part of the old image is still visible when the next frame arrives.
Ghosting, overshoot and motion blur are not the same thing
- Ghosting: A trailing shadow caused by slow pixel transitions.
- Overshoot (inverse ghosting): A bright or discolored halo caused when the monitor’s overdrive setting pushes pixels too hard and they briefly go past the target color. Lowering the overdrive or “response time” setting often fixes it.
- Persistence blur: Even with instant pixels, an image held on screen for the whole refresh period looks slightly blurred to a tracking eye. Higher refresh rates shorten each hold and reduce this.
For artists, mild ghosting is mostly cosmetic. It becomes distracting when you pan across fine linework or scrub through an animation timeline. A monitor with good response time at its native refresh rate keeps both clean.
Refresh Rate and Panel Type
Different panel technologies balance speed and image quality differently. These are broad tendencies, and individual models vary.
| Panel type | Speed tendencies | Color and viewing angles | Notes for artists |
|---|---|---|---|
| IPS | Good response; high refresh widely available now | Wide viewing angles, strong color | Popular all-round choice for illustration and photo work |
| VA | Can show dark-transition smearing on some models | High contrast, narrower angles | Deep blacks, but check reviews for dark ghosting |
| OLED | Near-instant pixel response | Excellent contrast and color | Very clean motion; consider burn-in with static toolbars |
| TN | Very fast | Weaker color and viewing angles | Generally not ideal for color work |
Does High Refresh Rate Hurt Color Accuracy?
Not inherently. Refresh rate and color accuracy are separate qualities. The confusion comes from history: early high-refresh monitors were mostly built for gaming and cut corners on color. Today, many displays offer both wide color coverage and 120Hz or more.
What is still worth checking:
- Factory calibration and color modes. Gaming presets often oversaturate. An sRGB or creator mode is more useful.
- Color coverage. Look for good sRGB coverage at minimum, and wider gamuts such as DCI-P3 or Adobe RGB if your work calls for them.
- Behavior at maximum refresh. On some monitors, overdrive settings tuned for the top refresh rate cause overshoot at lower rates. Reviews often cover this.
Connections and Settings You Need for High Refresh
A high-refresh monitor does nothing if it runs at 60Hz by default, which is surprisingly common.
- Use a capable cable and port. High resolution plus high refresh needs a lot of bandwidth. DisplayPort or a recent HDMI version is typically required for higher combinations, such as 4K above 60Hz. USB-C with DisplayPort output can work if both ends support it.
- Set the rate in the operating system. On Windows, open Display settings, then Advanced display, and choose the refresh rate. On macOS, open Displays in System Settings and pick the rate from the refresh rate menu.
- Check the monitor’s own menu. Some monitors need overclock or high-refresh options enabled.
- Confirm the GPU can drive it. Integrated graphics on older systems may not support high refresh at high resolution.
- Look at the app. Some painting apps have performance or canvas acceleration settings that affect how smoothly strokes render.
How Much Refresh Rate Do You Need?
| Your work | Sensible target | Why |
|---|---|---|
| Slow, detailed illustration or concept painting | 60Hz is fine; 100Hz+ is a nice extra | Color, resolution and panel quality matter more |
| Fast sketching, gesture work, lots of canvas rotation | 100 to 144Hz | Noticeably smoother feedback |
| 2D animation at 24 fps | 120Hz or 144Hz | Even frame cadence for playback |
| Art plus gaming on one screen | 144Hz or higher with good color | Covers both without compromise |
| Photo editing and print work | 60Hz is fine | Accuracy and uniformity outweigh motion smoothness |
Common Misconceptions
- “Higher refresh makes images sharper.” Only moving images. Static detail depends on resolution and pixel density.
- “240Hz is always better for art.” Beyond about 144Hz, the gains for drawing are small, and money may be better spent on color quality or size.
- “Refresh rate fixes pen lag.” It reduces one part of it. Drivers, software and hardware performance contribute too.
- “Response time and refresh rate are the same.” Refresh rate is how often the screen updates; response time is how fast each pixel changes color.
FAQs
Is 60Hz good enough for digital art?
Yes, for most still illustration. Many color-focused monitors run at 60Hz. Higher refresh improves the feel of drawing and panning but not the finished artwork.
Is 144Hz worth it for drawing?
It is a worthwhile comfort upgrade if you sketch quickly, rotate the canvas often or also play games, provided the monitor still has good color accuracy.
Does refresh rate affect pen tablet lag?
It affects the display portion of the lag. Higher refresh shortens the time before each update appears, but driver and software delays remain.
How do I check my monitor’s refresh rate?
On Windows, look under Display settings, then Advanced display. On macOS, open System Settings, then Displays. The monitor’s on-screen menu often shows the active rate too.
How do I reduce monitor ghosting?
Try adjusting the overdrive or response time setting in the monitor menu, make sure it is running at its native refresh rate, and use a display with good response time reviews.
Does refresh rate matter for pen displays?
Yes, in the same way. Because you draw directly on the screen, a higher rate can make the line appear more closely attached to the pen tip.
Final Thoughts
Refresh rate is a smoothness specification. It shapes how responsive your brush, cursor and canvas feel, and it matters more for animators than for still painters, but it never replaces color accuracy, uniformity or resolution. Decide which of those qualities your work depends on most, then compare how each display balances them in this guide to monitors that suit illustration and animation.
