FreeSync Premium follows compatible frame output, reducing visible splits between frames. On the AW2726DL, that adaptive behaviour complements a 280Hz QHD IPS panel and 1ms GTG response when game performance rises and falls.
The horizontal split seen during a fast pan is the display showing parts of different frames together. AMD FreeSync Premium reducing screen tearing works by varying refresh timing so the monitor can present a completed frame in step with the graphics card. The Alienware AW2726DL includes that feature beside a 280Hz QHD IPS panel for R4,499.
FreeSync Premium reduces tearing by synchronising monitor refreshes with frame delivery instead of refreshing on an unrelated fixed schedule. Enable it in the display and compatible graphics software, then keep the game within a stable frame range. At R4,499, the AW2726DL adds a 280Hz ceiling and 1ms GTG response, but correct configuration is required for the sync path to operate.
Tearing appears as a horizontal discontinuity, often visible on door frames, poles or building edges during sideways movement. Stutter looks like an uneven jump, while pixel overshoot follows an object as a bright or dark halo. These faults require different corrections.
Choose one repeatable pan and observe where the split occurs. A phone slow-motion recording can help if the artefact is brief, although the direct display remains the final judge. Avoid changing response mode, graphics quality and sync together.
Compare adaptive-sync options in the gaming monitor catalogue, noting that the feature must be active across the full display path.
Without coordination, a new rendered frame can arrive while the panel is partway through a refresh. The upper section may show one moment and the lower section another. FreeSync Premium shifts the refresh schedule to better align with delivery.
Select 2560x1440 and 280Hz in Windows, enable adaptive sync in the monitor controls and activate the corresponding graphics setting. Test the game's fullscreen and borderless paths because presentation behaviour can differ.
If tearing returns near the maximum, compare a cap slightly below the ceiling. The current PC monitor deals can help assess feature value, but the precise cap should come from your frame-time behaviour rather than a copied universal setting.
Run the same test at a middle rate where the system is comfortable. If tearing disappears there but returns only during very high peaks, the ceiling interaction is the likely clue. If the split persists everywhere, recheck whether adaptive sync is active in the game's chosen presentation mode.
Adaptive refresh does not create missing frames. Shader compilation, processor stalls, storage delays and background tasks can still cause stutter. Use a frame-time graph to locate spikes and reduce graphics settings to test for GPU pressure.
It also does not choose the AW2726DL's overdrive mode. The 1ms GTG specification addresses pixel transitions, while sync addresses timing. Test moving edges at high and lower frame rates, selecting the response setting that avoids overshoot across both.
The IPS panel, HDR10, 93% DCI-P3 and adjustable stand broaden the AW2726DL beyond tear reduction. View the monitor best-sellers shelf to compare whole packages, then evaluate sync in the games that produce variable performance on your PC.
Save the working monitor, driver, cap and game-mode choices. After a driver or game update, reproduce the same pan. A known test scene reveals a changed sync path faster than relying on a vague impression that motion feels different.
Multi-monitor arrangements can complicate diagnosis. Temporarily use the AW2726DL as the only active game screen, keep the desktop extended rather than duplicated, and close video on the second display. Reintroduce each element once the adaptive-sync path behaves reliably.
Comfortable positioning supports visual judgement. Set height and tilt so the line where tearing appears is not hidden by reflection, then centre the panel with swivel. A stable view makes subtle horizontal discontinuities easier to distinguish from ordinary game effects.
No. It changes how refresh timing follows delivered frames. The CPU and GPU still determine how many frames the game produces.
The render rate may be crossing the variable-refresh ceiling. A slightly lower cap can keep delivery inside the intended behaviour.
It can make normal variation appear smoother, but it cannot erase long delays caused before a frame reaches the display.
They are separate controls. Overdrive changes pixel transitions; adaptive sync changes refresh timing. Tune each against the correct visual fault.
Ready to replace the torn frame with a properly timed one? Explore Evetech's FreeSync monitor selection and build a repeatable sync test around the games and frame ranges your PC delivers.
No. It changes how refresh timing follows delivered frames. The CPU and GPU still determine how many frames the game produces.
The render rate may be crossing the variable-refresh ceiling. A slightly lower cap can keep delivery inside the intended behaviour.
It can make normal variation appear smoother, but it cannot erase long delays caused before a frame reaches the display.
They are separate controls. Overdrive changes pixel transitions; adaptive sync changes refresh timing. Tune each against the correct visual fault.
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