Best Stretched Resolution for 240Hz and 360Hz Monitors
Published
On this page
The best stretched resolution for a 240Hz or 360Hz monitor is the one that widens your models without ever costing you refresh rate. This guide covers keeping native timing, pairing high Hz with a low pixel load, G-Sync compatibility, and verifying the refresh actually applied.
The whole point of a high-refresh panel is the refresh. The single biggest mistake when stretching on a 240Hz or 360Hz monitor is accidentally locking yourself to 60Hz — throwing away the exact advantage you paid for. Avoid that and stretched res and high refresh work together perfectly.
The golden rule: keep native timing and refresh
A monitor’s refresh rate is a property of the display mode, and a custom resolution is a new mode. If you create it at 60Hz, your stretch runs at 60Hz no matter how fast your panel is.
When you create the custom resolution, set the refresh field to your panel’s full rate — 240Hz or 360Hz — and keep standard (CVT-RB / automatic) timing. That way 1440×1080 or 1280×960 runs at the same refresh as your native mode.
On NVIDIA, Tier1Stretch keeps the panel’s native timing and refresh when it applies a stretch, so you don’t have to hand-enter timing parameters or risk dropping to 60Hz — download it free.
Best high-refresh stretched resolutions
| Base resolution | Refresh | Aspect | Why pick it |
|---|---|---|---|
| 1440 × 1080 | 240 / 360 Hz | 4:3 | Best all-round: wide models, sharp, easy to sustain |
| 1280 × 960 | 240 / 360 Hz | 4:3 | Lowest pixel load — take it when you need frames |
| 1280 × 800 | 240 / 360 Hz | 16:10 | Mild stretch, light load, keeps peripheral vision |
| 1680 × 1050 | 240 Hz | 16:10 | Subtle stretch, sharpest — for 240Hz with GPU headroom |
All run at full refresh as long as the custom mode is created at 240Hz or 360Hz.
Pair high Hz with low pixel load
High refresh only helps if your FPS actually reaches it. A 360Hz panel does nothing extra at 200 FPS. Stretched res helps here because a lower base resolution reduces GPU work, pushing your frame rate up toward your refresh ceiling.
- 240Hz: most modern systems can hold 240+ FPS in competitive titles at 1440×1080, so take the sharper option.
- 360Hz: sustaining 360 FPS is demanding. 1280×960 lightens the GPU load and helps you get closer to the ceiling. Drop to it if 1440×1080 leaves you short.
To know whether the GPU is your limiter, check for a GPU bottleneck — if GPU usage is pinned at 99%, the lighter resolution will buy you real frames.
G-Sync and FreeSync compatibility
Variable refresh works fine with stretched resolution, with one condition: the custom mode must use standard timing and stay within the monitor’s VRR range. Create the resolution at the native refresh with automatic/CVT-RB timing, keep GPU full-panel scaling on, and G-Sync (or G-Sync Compatible / FreeSync) keeps working.
If G-Sync drops out after stretching, the custom mode’s timing is likely non-standard — recreate it with automatic timing. Make sure G-Sync is still enabled for fullscreen in the G-Sync setup, and cap FPS a few frames below your refresh so you stay inside the VRR window.
Verify the refresh actually applied
Never assume — confirm it:
- Windows Settings → System → Display → Advanced display.
- Check the Refresh rate dropdown shows 240Hz / 360Hz, not 60Hz, while the stretched resolution is active. Select the high value if it isn’t chosen.
- In-game, enable an FPS / refresh overlay and confirm frames are climbing past 60.
- Optionally run a refresh-rate test (a UFO/blur test) to visually confirm the panel is at full speed.
If it’s stuck at 60Hz, the custom resolution was created at 60Hz — go back and recreate it at the full rate.
Don’t undo your latency gains
A high-refresh panel is a latency tool, so don’t sabotage it. Run exclusive Fullscreen (Borderless can add latency and may not apply the stretch), keep an FPS cap a few frames under your refresh for VRR, and follow the rest of the minimize input delay checklist. Stretched res itself adds no latency — the refresh and display mode are what matter.
Recommended monitors
Stretched res shines on a true high-refresh panel. If you’re shopping:
- A 240Hz gaming monitor is the competitive sweet spot — high refresh without the price jump of 360Hz.
- A 360Hz gaming monitor for the lowest motion latency if your GPU can push the frames to match.
Related guides
- Best 4:3 Stretched Resolutions for Competitive FPS
- 1440×1080 vs 1280×960 Stretched Resolution: Which Should You Use?
- How to Set Up G-Sync and FreeSync Correctly
- How to Minimize Input Delay for Competitive Gaming
- How to Check for a CPU or GPU Bottleneck
On a 240Hz or 360Hz panel, run 1440×1080 at full refresh for the best balance, drop to 1280×960 when you need frames, and always verify the refresh applied. Keep native timing and the stretch costs you nothing — you get wider models and your full refresh advantage at the same time.
Frequently asked questions
What is the best stretched resolution for a 240Hz or 360Hz monitor?
1440×1080 at your panel's full refresh rate is the best all-round choice — wide 4:3 models, sharp enough to read at range, and a low enough pixel load to help you hold 240 or 360 FPS. Drop to 1280×960 if you need extra frames to actually hit your refresh ceiling.
Does stretched resolution lower my refresh rate?
It shouldn't, if the custom resolution is created at your panel's native refresh. The risk is creating the custom mode at a default 60Hz, which caps you at 60Hz. Always set the refresh field to 240Hz or 360Hz when you make the resolution, then verify it applied in Windows display settings.
Why is my 240Hz monitor stuck at 60Hz after stretching?
The custom resolution was almost certainly created at 60Hz. Re-create it with the refresh rate set to 240Hz (or 360Hz), then in Windows go to Display → Advanced display and confirm the refresh rate, selecting the higher value if it isn't already chosen. The monitor's refresh follows the active mode's timing.
Does G-Sync work with stretched resolution?
Yes, as long as the custom resolution stays within the monitor's G-Sync range and uses standard timing. Create it at the native refresh, keep GPU full-panel scaling on, and G-Sync (or G-Sync Compatible) continues to work. If G-Sync drops out, the custom mode's timing is likely non-standard — recreate it using automatic/CVT-RB timing.
Should I run 1280×960 or 1440×1080 on a 360Hz monitor?
1280×960 if you need every frame to push toward 360 FPS, since it has the lowest pixel load. 1440×1080 if your hardware already holds high frame rates, because it's sharper for spotting enemies. On a 360Hz panel the priority is sustaining high FPS, so many players take the lighter 1280×960.