Yes, I recommend enabling AMD FreeSync premium for tear-free, smoother gaming
After extensive analysis comparing FreeSync and G-Sync, I believe most gamers should take advantage of AMD‘s FreeSync premium technology for an excellent variable refresh rate experience.
FreeSync premium eliminates screen tearing and stuttering by dynamically syncing your monitor‘s refresh rate to the game‘s frame rate. This delivers buttery-smooth gameplay with reduced input lag – important benefits for both hardcore and casual gamers.
And it does so at a lower cost than Nvidia‘s G-Sync alternative. Unless you‘re a highly competitive esports player, the premium for G-Sync isn‘t worthwhile for most of us.
Now let‘s dive deeper into the technology to help you decide if FreeSync premium is right for your gaming needs.
What is AMD FreeSync premium?
FreeSync premium is AMD‘s adaptive sync technology that enables variable refresh rates (VRR) on compatible monitors. It builds on standard FreeSync with these added benefits:
- 120Hz+ refresh rate at 1080p – Smoother animations and lower input lag for competitive gaming
- Low framerate compensation (LFC) – Eliminates stuttering when FPS drops below refresh rate
- Low latency – Optimized pixel response for lag-free experience

With FreeSync premium, your monitor‘s refresh rate synchronizes dynamically with the game‘s frame rate between 40-120Hz+ at 1080p resolution.
This eliminates visual defects like screen tearing and stuttering for an incredibly fluid gaming experience even during demanding scenes.
Variable overdrive further reduces ghosting and motion blur by optimizing pixel response times as refresh rate varies.
Let‘s examine how exactly FreeSync premium improves your gameplay.
Eliminating screen tearing and stuttering
FreeSync premium combats two common issues faced without variable refresh rate:
Screen tearing – This annoying visual artifact occurs when the game‘s frame rate is misaligned with the monitor‘s fixed refresh rate.
For example, at 60 fps on a 144Hz monitor, each new frame can arrive while the monitor is mid-refresh, causing a disjointed tear effect:

Stuttering – When the frame rate dips below the fixed refresh rate, frames start getting skipped by the monitor leading to perceptible stuttering.
For example, at 40 fps on a 60Hz monitor, the refresh cycle must skip every third frame:

FreeSync premium eliminates both problems by dynamically matching monitor refresh rate to the game‘s frame rate.
When your game FPS fluctuates between 40 fps to 90 fps, the monitor adjusts its refresh rate on-the-fly between 40Hz to 120Hz in real-time. This results in a perfectly smooth experience.
LFC kicks in when frame rate goes below 40 fps. It duplicates frames as needed to maintain fluid motion. This prevents jittery stuttering during significant FPS drops.
FreeSync vs G-Sync – What gamers prefer
Nvidia‘s G-Sync is competing proprietary technology that also enables variable refresh rates. Let‘s examine how FreeSync and G-Sync compare based on gamer experiences shared on Reddit and other forums:
| AMD FreeSync premium | Nvidia G-Sync | |
|---|---|---|
| Technology | Open standard Adaptive Sync | Proprietary module |
| GPU Support | AMD, Nvidia 10-series or newer | Nvidia only |
| Performance | LFC prevents stutters Minor ghosting may occur |
Smoother at low FPS Variable overdrive reduces ghosting |
| Features | HDR support with FreeSync Premium Pro | Better laptop compatibility Greater range on high-end monitors |
| Price | No added cost for Adaptive Sync | $100-$200 premium for G-Sync module |
| Verdict | Excellent experience Great value |
Slightly better performance Costs more |
Based on my research across various gaming communities, here are some key findings on gamers‘ experiences:
- Most agree both technologies provide excellent smooth variable refresh rates when configured correctly.
- G-Sync currently seems to handle lower frame rates marginally better than FreeSync premium.
- However, AMD‘s LFC feature minimizes stuttering from FPS drops quite well.
- Nvidia has better laptop FreeSync compatibility but AMD is improving switching with new drivers.
- High-end G-Sync monitors have lower latency and wider VRR range. But they cost $200+ more than equivalent FreeSync models.
- Considering similar experiences, FreeSync provides much better value and costs less.
Let‘s dig into some stats from popular gaming monitors:
| Model | Refresh Rate | VRR Range | Price |
|---|---|---|---|
| Acer Nitro XV273K (G-Sync) | 144Hz | 48-144Hz | $800 |
| LG 27GL850 (G-Sync Compatible) | 144Hz | 48-144Hz | $500 |
| LG UltraGear 27GP850 (FreeSync Premium) | 180Hz | 48-180Hz | $400 |
The G-Sync monitor costs almost double the FreeSync model, for largely similar specs. Based on my experience, that cost premium is hard to justify for most gamers.
Should you enable AMD FreeSync premium?
Here are my recommendations on enabling FreeSync premium for different gamers:
-
AMD GPU owners – Absolutely enable FreeSync in drivers and monitor for tear-free gaming. It works out-of-the-box to enhance your experience.
-
Nvidia GPU owners – Enable G-Sync Compatible if certified by Nvidia. If not, manually turn on FreeSync support in Nvidia control panel. Minor tweaks may be needed.
-
Competitive gamers – FreeSync premium‘s low lag and LFC provide stable frame pacing for fast-paced multiplayer titles like COD or CS:GO.
-
Casual gamers – You‘ll enjoy FreeSync premium‘s visual benefits for scenic single-player experiences in RPGs, racing sims, platformers etc.
-
Laptop gamers – Test FreeSync switching thoroughly and adjust settings. Some laptops handle hybrid graphics better with G-Sync.
-
HDR gaming – Ensure your monitor supports FreeSync Premium Pro for combining VRR and HDR. Match your graphics card‘s capability.
Unless you notice visible tearing during desktop use, keep FreeSync disabled system-wide to conserve GPU resources. Enable it only when gaming or watching videos.
Optimal gaming settings for FreeSync premium
Follow these tips for ideal gaming performance with FreeSync premium:
-
Enable FreeSync in both monitor OSD and Radeon software. Set monitor to max supported refresh rate.
-
Set Radeon Chill min and max FPS bounds within your FreeSync range if using it. Don‘t limit FPS below min refresh rate.
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Turn on V-sync in game or Radeon software to lock FPS at max refresh rate. This prevents tearing above FreeSync range.
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Disable external FPS counters as they may interfere with VRR. Use the in-game benchmark mode to monitor frame rates.
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Set laptop power plan to High Performance when gaming. Ensure dGPU handles rendering and adjust its settings.
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Keep graphics drivers and monitor firmware updated. Newer releases enhance compatibility and performance.
Adjustability is a key benefit of FreeSync. Tweak the above settings to match your monitor‘s capabilities and find your optimal experience.
The verdict is clear – enable FreeSync premium
Let‘s summarize the key benefits that make FreeSync premium a compelling choice:
Pros
- Smoother tear-free visuals
- Low framerate compensation prevents stuttering
- Lower input lag for competitive gaming
- Seamless HDR integration with FreeSync Premium Pro
- Much cheaper than G-Sync – $100-$200 savings
- Works great on both AMD and Nvidia 10-series or newer GPUs
Cons
- Minor ghosting may occur on some VA panel monitors
- Nvidia laptops handle graphics switching slightly better
Considering the significant visual and performance gains along with lower cost, I recommend enabling FreeSync premium for buttery-smooth gaming. Unless you‘re a pro-level esports gamer, the small advantages of G-Sync don‘t warrant its premium pricing.
For most gamers, FreeSync premium hits the sweet spot of tear-free variable refresh rates and low input lag at reasonable cost. Coupled with graphics tweaks mentioned earlier, it will provide an excellent gaming experience.
So turn on FreeSync premium and enjoy super-fluid framerates on your favorite games! Let me know if you have any other questions.