- 2K 360hz
- 1K 450hz
- 1K 750hz
- 1K 1000hz
Anyone have any info on this or is it likely BS?


There are already 750Hz and 1000Hz panels from Chinese brands, but none are adopted by western brands yet. I think the question is more do these TN panels have improved response times, or is it basically the same panel as the 600Hz but turned up further? If that's the case, probably won't be much of a motion clarity improvement.
My assumption is that DyAc3 will be some VRR+PWM (ELMB-Sync, Pulsar, Aim Stabilizer Sync) competitor, because DyAc is already one of the best (if not the best) strobing implementation on the market in terms of the pulse width & voltage boosting it targets.
That last statement of yours is a common misconception that people have in regards to the way sample & hold works.petight wrote: ↑15 May 2026, 11:13There are already 750Hz and 1000Hz panels from Chinese brands, but none are adopted by western brands yet. I think the question is more do these TN panels have improved response times, or is it basically the same panel as the 600Hz but turned up further?
If that's the case, probably won't be much of a motion clarity improvement.
kyube wrote: ↑17 May 2026, 05:17My assumption is that DyAc3 will be some VRR+PWM (ELMB-Sync, Pulsar, Aim Stabilizer Sync) competitor, because DyAc is already one of the best (if not the best) strobing implementation on the market in terms of the pulse width & voltage boosting it targets.
It would be ridiculously good if DyAc3 targets a fixed pulse width on all models, as DyAc2 doesn't do that yet.
A 10% pulse width on 600 Hz would be 0,16667 ms, which would be a "6000 Hz effective motion clarity" with a great brightness target.
The only other model I've seen do these values are CRTs or the PG27AQN (at <50cd/m²)
I hope they open up VCP commands on DyAc3 models, akin to DyAc1 & DyAc+, which will allow us to optimize the out of the box duty cycle for lower refresh rate use (100-200Hz)
That last statement of yours is a common misconception that people have in regards to the way sample & hold works.petight wrote: ↑15 May 2026, 11:13There are already 750Hz and 1000Hz panels from Chinese brands, but none are adopted by western brands yet. I think the question is more do these TN panels have improved response times, or is it basically the same panel as the 600Hz but turned up further?
If that's the case, probably won't be much of a motion clarity improvement.
If your workload (usually games) is within the favorable G2G RT transitions of the panel, it will be good.
The main reason one stays with LCD is for the ability to add strobing into the mix though, not for S&H performance.
Sorry I don't understand. I would think if 600Hz panels already have transitions too slow for strobing (you can still see slight ufo outline from prior frame) and the panel response stays the same then the motion clarity performance will be consistent, regardless you are increasing the fps/hz by nearly 70%. The distance between the first and second UFO will decrease proportionally but that is it. I guess in the end you can consider that an improvement...kyube wrote: ↑17 May 2026, 05:17That last statement of yours is a common misconception that people have in regards to the way sample & hold works.
If your workload (usually games) is within the favorable G2G RT transitions of the panel, it will be good.
The main reason one stays with LCD is for the ability to add strobing into the mix though, not for S&H performance.
That's precisely what I'm pointing at.
I haven't seen any OSRTT data for the 750Hz models with RGB 5/10 Offset yet.