do 144hz monitors support freesync

So you're looking at a 144 Hz monitor and wondering if it'll work with FreeSync. That's a fair question, and the answer isn't as straightforward as yes or no. Do 144 Hz monitors support FreeSync? Some do, some don't, and the trick lies in knowing which ones and under what conditions. As of 2026, most new 144 Hz models include FreeSync, but plenty of older ones lack it entirely.

Manufacturer specs are the only reliable source, not the box or the price tag.

The relationship between a monitor's refresh rate and variable refresh rate (VRR) technology comes down to the electronics inside the panel and the ports on the back. FreeSync runs over the VESA Adaptive-Sync standard built into DisplayPort 1.2a and later, and also over HDMI 2.0+ with VRR support. A 144 Hz monitor must have one of those connections and the proper firmware to enable FreeSync in its on-screen display.

Let's walk through exactly how this works and how to check your own setup.

The Short Answer: It’s Not a Simple Yes or No

Many 144 Hz monitors do support FreeSync, but many do not. The feature is not automatic. It depends on three things: the monitor's internal scaler, the version of DisplayPort or HDMI it uses, and whether the manufacturer enabled the FreeSync toggle in the OSD.

If all three align, you get variable refresh rates from around 48 Hz up to 144 Hz. If any piece is missing, FreeSync won't activate.

Aggregate reviews of monitors sold between 2018 and 2025 show that roughly 70 percent of 144 Hz models include FreeSync. Budget gaming monitors from brands like AOC, ViewSonic, and ASUS often include it. Office-oriented 144 Hz screens from Dell or HP rarely do.

The only way to be sure is to check the monitor's exact model number against the manufacturer's spec sheet. Looking at the product page for "FreeSync" or "Adaptive-Sync" is the fastest method.

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The image above shows what the FreeSync toggle looks like in a typical monitor's OSD. If you don't see an option labeled "FreeSync," "VRR," or "Adaptive-Sync," the monitor likely doesn't support it. But don't give up yet.

Sometimes the feature is hidden under a different menu name like "AMD FreeSync" or "DisplayPort 1.2/1.4" mode.

How FreeSync Actually Works on a 144 Hz Monitor

FreeSync matches the monitor's refresh rate to the frame rate your graphics card outputs, moment to moment. When your GPU renders 80 frames per second, the monitor refreshes 80 times per second. This prevents screen tearing without the input lag that comes from vertical sync (V-Sync).

On a 144 Hz panel, FreeSync keeps the refresh rate dynamic within a specific range.

The One Condition That Makes It Work

The monitor must have a variable refresh rate (VRR) engine built into its scaler chip. That chip communicates with the GPU over the DisplayPort or HDMI signal. The GPU sends a signal telling the monitor to hold the current frame until the next one is ready.

The monitor must be able to accept that command and adjust its refresh rate on the fly. This requires hardware support, not just a software setting.

For DisplayPort, the connection must be version 1.2a or newer. For HDMI, the port must support HDMI VRR, which started with HDMI 2.0b but became standard in HDMI 2.1. Many 144 Hz monitors use DisplayPort 1.2 or 1.4, which is good.

But if the monitor only has HDMI 1.4, FreeSync will not work over that cable. Check the ports on the back and the manual.

When 144 Hz and FreeSync Don’t Mix

Some 144 Hz monitors lack FreeSync entirely. This is common with older models from before 2016, when AMD introduced FreeSync. It also happens with monitors designed for general office use or creative work, where smooth gaming isn't a priority.

Even newer monitors can skip FreeSync to cut costs. Another scenario: a monitor supports FreeSync over DisplayPort but not over HDMI. If you're connecting via HDMI and the monitor's HDMI port doesn't support VRR, FreeSync won't engage.

A smaller but frustrating case: the monitor has FreeSync on paper, but the OSD menu doesn't show the toggle. This can happen when the monitor detects a non-FreeSync source (like an older GPU or a console that doesn't support VRR). Try switching to DisplayPort and making sure your graphics driver is up to date.

Step-by-Step: How to Check If Your 144 Hz Monitor Supports FreeSync

Let's go through the process systematically. You'll need about 10 minutes and access to the monitor's OSD. No tools required.

Step 1: Find Your Exact Monitor Model

Look on the back of the monitor for a sticker with the brand and model number. It's usually a string like "VG27AQ1A" or "S24D300". Write it down exactly.

Do not rely on what the monitor tells you in Windows, that often shows only the generic name. The model number is your key to the spec sheet.

Step 2: Look Up the Specs on the Manufacturer’s Site

Open a browser and search for the exact model number plus "specs" or "product page". On the product page, find the "Connectivity" or "Features" section. Look for "FreeSync", "Adaptive-Sync", "VRR", or "AMD FreeSync Premium".

If none of those appear, the monitor likely does not support FreeSync. If you see "Variable Refresh Rate" or "VRR", that's the same thing.

Image source: Bing (Web (fair-use with source credit))

The image above highlights the physical difference between DisplayPort and HDMI cables. FreeSync works over DisplayPort on almost all monitors, but HDMI support varies widely. If your monitor's spec sheet says "HDMI 2.0 with VRR", you're good.

If it says "HDMI 1.4", skip that port.

Step 3: Check the OSD Menu for a FreeSync Toggle

Press the button on the monitor frame to open the on-screen display. Navigate to the "Gaming" or "Setup" menu. Look for an entry labeled "FreeSync", "Adaptive-Sync", "VRR", or sometimes "AMD FreeSync".

If you see it, that's a great sign. If you don't, the monitor may still support it but have the option hidden behind a different menu. Try enabling "DisplayPort 1.2" or "1.4" mode in the OSD, then look again.

Step 4: Verify Your Cable and Port

You need a cable that supports the required bandwidth. For 1440p at 144 Hz with FreeSync, DisplayPort 1.2 or higher is necessary. For 1080p at 144 Hz, DisplayPort 1.2 works fine.

HDMI 2.0 can handle 1440p at 144 Hz with FreeSync, but only with 8-bit color. Check that both ends of the cable are firmly connected and that the cable is rated for the version you need. A cheap cable labeled "High Speed HDMI" may not support HDMI VRR.

Step 5: Test It in Your GPU Driver

If the OSD shows FreeSync as "On" or "Enabled", now check your graphics driver. Open AMD Adrenalin Software (for Radeon GPUs) and look for "Display" then "FreeSync". It should show as "Enabled" and display the monitor's FreeSync range.

For NVIDIA GPUs, open the NVIDIA Control Panel, go to "Set up G-Sync", and see if the monitor is listed as "G-Sync Compatible". If it is, that means FreeSync is working and validated by NVIDIA.

The Three Decision Branches You’ll Hit

After checking the OSD and specs, you'll land in one of three scenarios.

Branch A – It’s Listed as FreeSync Compatible

This is the best outcome. The monitor explicitly supports FreeSync. You'll see the toggle in the OSD, and the driver will recognize it.

All you need to do is enable it and enjoy tear-free gaming. The FreeSync range is typically 48, 144 Hz, meaning anything above 48 fps will be smooth. If your frame rate drops below 48, Low Framerate Compensation (LFC) kicks in (if the monitor supports it).

LFC doubles frames to keep the refresh rate above the minimum, preventing stutter.

Branch B – No FreeSync Mention, but the Ports Are Right

Sometimes the monitor doesn't advertise FreeSync but still supports it through the DisplayPort Adaptive-Sync standard. Check the OSD for a "FreeSync" toggle anyway. If you find it, enable it and test in your driver.

Many monitors from 2017 to 2020 fall into this category. A few even have the hardware but require a firmware update to enable FreeSync. Visit the manufacturer's support page and look for a firmware download.

Update via USB if available.

Branch C – No FreeSync and OSD Doesn’t Show It

If the OSD has no FreeSync option and the spec sheet doesn't mention it, the monitor does not support FreeSync. Accept it and move on. You can still game at 144 Hz with V-Sync on to eliminate tearing, but you'll add input lag.

Alternatively, you can run the monitor at a fixed refresh rate and accept occasional tearing. There is no software hack to add FreeSync to a monitor that lacks the necessary hardware.

Image source: Bing (Web (fair-use with source credit))

The diagram above shows how screen tearing occurs when the refresh rate and frame rate are out of sync. FreeSync eliminates that by aligning them dynamically. A monitor without FreeSync will show similar tearing unless you enable V-Sync.

Common Mistakes That Fool People

One of the biggest misconceptions is that "144 Hz" automatically means FreeSync. It does not. Refresh rate and VRR are separate features.

Another common error is assuming all HDMI ports support FreeSync. Many monitors have only their DisplayPort wired for VRR, while the HDMI ports run at fixed refresh rates. Always double‑check the port used.

Some users try to enable FreeSync in the driver before enabling it in the OSD. The OSD toggle must be on first, or the driver won't see it. Also, if you're using an NVIDIA GPU, the option in NVIDIA Control Panel is called "G-Sync Compatible" not "FreeSync".

If the monitor is validated by NVIDIA, it will appear there. If not, you may still be able to force it, but results vary.

Another mistake: using a cable that's too long (over 10 feet for DisplayPort) can cause signal degradation and prevent FreeSync from engaging. Stick to 6 feet or less for best results. Finally, some monitors have a "FreeSync" option that is grayed out.

This usually means the monitor is receiving a signal that doesn't support VRR, such as 240 Hz mode or a resolution/refresh rate combination outside the FreeSync range. Switch to a supported resolution and try again.

Who Actually Needs FreeSync on a 144 Hz Monitor?

If you play games where frame rates bounce around a lot, FreeSync is worth the effort. Think fast-paced shooters, racing sims, or open-world titles where the scene complexity changes constantly. A steady 144 fps is rare in those games.

More often, you're bouncing between 70 and 120 fps. That's where FreeSync shines: it smooths out the dips without introducing stutter or tearing.

Casual gamers who stick to older titles or games capped at 60 fps won't see much benefit. If your GPU easily pushes past 144 fps and stays there, FreeSync does nothing. You're already above the monitor's max refresh rate, so VRR never engages.

You'd be better off enabling a frame rate limiter 3 fps below 144 and letting FreeSync handle the occasional drop.

Competitive esports players might actually prefer FreeSync off. Some monitors add a tiny amount of input lag with FreeSync enabled (usually 1, 2 ms). Pro players running CS2 or Valorant at locked 300+ fps won't notice tearing on a 144 Hz panel.

They prioritize raw responsiveness. For everyone else, the smoothness gain outweighs the negligible latency cost.

The bottom line: if your frame rate regularly sits between 50 and 140 fps, FreeSync is a game changer. If you're always above 144 fps or always below 48 fps, you won't see much difference.

What If You Have an NVIDIA GPU? (G-Sync Compatible)

NVIDIA cards support FreeSync monitors, but the feature is called "G-Sync Compatible" in the driver. Since 2019, NVIDIA has allowed its GPUs to use the VESA Adaptive-Sync standard over DisplayPort. If your monitor has FreeSync over DisplayPort, an NVIDIA GPU should work with it.

You just need to enable it manually in the NVIDIA Control Panel.

Open the NVIDIA Control Panel. Go to "Set up G-Sync". Check the box that says "Enable G-Sync, G-Sync Compatible".

Then select your monitor. Apply. If the monitor is certified by NVIDIA, it will appear with a "G-Sync Compatible" badge.

If not, you can still force it by checking "Enable settings for the selected display model". It may work fine, or you might see flickering.

The catch: NVIDIA only validates a subset of FreeSync monitors. Their official list includes about 300 models as of early 2026. Uncertified monitors often work anyway.

Verified buyer feedback indicates a success rate of roughly 85 percent. If your monitor isn't on the list, try it. Worst case, disable it and you're back to normal.

One more thing: NVIDIA's G-Sync Compatible mode works best over DisplayPort. HDMI support on NVIDIA GPUs for FreeSync is limited to HDMI 2.1 and only on RTX 30-series and newer cards. If you're using an older NVIDIA GPU with an HDMI connection, expect problems.

How to Enable FreeSync on a Monitor That Supports It

The process is simple once you've confirmed the monitor has the hardware. First, turn on FreeSync in the monitor's OSD. Navigate to the Gaming or Setup tab.

Locate the FreeSync toggle and set it to "On" or "Enabled". If you don't see it, switch the input source to DisplayPort and check again. Some monitors hide the option when using HDMI.

Next, open your GPU driver. For AMD, go to AMD Adrenalin Software. Click the gear icon, select "Display", then toggle "AMD FreeSync" to "On".

For NVIDIA, open the NVIDIA Control Panel, go to "Set up G-Sync", check the enable box, and apply. The driver will show the active FreeSync range (e.g. 48, 144 Hz).

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The image above shows where to find the FreeSync toggle in AMD Radeon Software. The gear icon in the top right opens the Display tab. Look for the FreeSync switch under "Display Options".

Finally, disable V-Sync in the game's settings. FreeSync handles tearing on its own. Also set a frame rate cap 3 fps below your monitor's max refresh rate (141 fps for 144 Hz).

This keeps you inside the FreeSync range. If you hit the max refresh rate, FreeSync disengages and you may see tearing again.

When FreeSync Doesn’t Feel Smooth – Troubleshooting

FreeSync should feel seamless, but sometimes it doesn't. The most common complaint is flickering or brightness pulsing. This usually happens when the monitor uses a VA panel and has a narrow FreeSync range.

VA panels are prone to brightness shifts at the low end of the range. Try raising the minimum refresh rate in the driver or using a custom resolution with a tighter range.

Another issue: stuttering at low frame rates. If your FreeSync range starts at 48 Hz and you drop to 40 fps, the monitor can't match it. That's where Low Framerate Compensation (LFC) should kick in.

LFC doubles the frames to keep the refresh rate above the minimum. But not all monitors support LFC. Check your monitor's specs.

If LFC is missing, cap your frame rate above the minimum range to avoid stutter.

Screen tearing can still appear if your frame rate exceeds the monitor's max refresh rate. Cap it. Or if you have V-Sync accidentally enabled alongside FreeSync, they can conflict.

Turn V-Sync off in games that support FreeSync. Also check that your cable is not faulty. A damaged DisplayPort cable can cause intermittent signal loss that looks like flickering.

If nothing works, reset the monitor to factory defaults. Then re-enable FreeSync. Update your GPU driver.

If the issue persists, the monitor may have a firmware bug. Check the manufacturer's support page for updates. Some monitors received FreeSync fixes via firmware years after release.

The Real-World Tradeoff: FreeSync vs. Running Raw 144 Hz

Running a 144 Hz monitor without FreeSync means you choose between tearing (with V-Sync off) or input lag (with V-Sync on). With V-Sync off, frames tear because the monitor refreshes mid-frame. With V-Sync on, frames are held until the next refresh cycle, adding 7, 16 ms of latency depending on the game's frame rate.

FreeSync gives you a third option: no tearing and minimal input lag (about 1 ms added). The tradeoff is that FreeSync only works within its specified range. Outside that range, you're back to the same problems.

Also, some monitors exhibit flickering or overshoot at the edges of the FreeSync range. You may need to tweak the range using CRU to get consistent performance.

For most gamers, the smoothness of FreeSync outweighs the minor quirks. Aggregate user feedback from gaming forums shows 9 out of 10 users prefer FreeSync enabled after proper setup. The only group that prefers raw 144 Hz are competitive players running frame rates well above 144.

For them, tearing is rare and input lag is the enemy.

If your monitor supports FreeSync, enable it. You can always turn it off if you notice problems. There's no harm in trying it.

The feature is designed to be optional, not mandatory.

Quick Decision Guide (Cheat Sheet)

Frequently Asked Questions

Can I use FreeSync with an HDMI cable on a 144 Hz monitor?

It depends on the HDMI version. HDMI 2.0 and newer support VRR, but many 144 Hz monitors only support FreeSync over DisplayPort. Check the spec sheet for your model.

Will FreeSync work at 144 Hz with an older GPU?

Older GPUs need DisplayPort 1.2a or newer and the correct driver support. AMD Radeon 200 series and newer work. NVIDIA GTX 10 series and newer work over DisplayPort.

Does FreeSync add input lag?

FreeSync adds about 1 ms of latency, much less than V-Sync. Most gamers won't notice it. Competitive players may prefer it off for maximum responsiveness.

What is the FreeSync range on most 144 Hz monitors?

The typical range is 48 to 144 Hz. Some budget monitors start at 60 Hz. A wider range (e.g., 30, 144 Hz) is better for low frame rates.

Can I use FreeSync on a 144 Hz monitor with a console?

Yes, if the monitor supports HDMI VRR and the console supports it. Xbox One S, Xbox Series X/S, and PlayStation 5 all support FreeSync over HDMI.