Motion Clarity
Ongoing coverage on Motion Clarity.
Latest coverage
2026's OLED monitors can nearly recreate the sublime clarity of a '90s CRT, but Windows will have to change…
Modern OLED monitors are approaching the clarity of 1990s CRT displays, particularly in motion handling, thanks to new simulation technologies like ShaderBeam. These advancements aim to recreate the 'phosphor fade' and rolling scan effects of CRTs, reducing motion blur and improving visual detail in fast-paced content. However, achieving this effect requires significant system configuration and may necessitate future OS and hardware support for wider adoption.
Vindicated: after speaking to some pro Counter-Strike players I'm sure I was right when I said 360 Hz is the sweet…
A writer for PC Gamer discusses the optimal refresh rate for competitive first-person shooter games, particularly Counter-Strike 2. After speaking with professional players Oscar Bell and Simon Boije, the author concludes that 360 Hz remains the sweet spot for monitor refresh rates, offering a noticeable improvement over 240 Hz without the diminishing returns of higher rates.
Nvidia G-Sync Pulsar monitors can successfully beat biology to hone motion clarity in games - though they're not yet worth the price
Nvidia's G-Sync Pulsar technology aims to improve motion clarity in games by using a segmented backlight strobing technique, which is more effective than traditional methods and compatible with variable refresh rates. While it shows promise in games like Dota 2 and Forza Horizon 6, its benefits vary significantly by title and it requires a GeForce RTX graphics card. The high cost of current Pulsar monitors, such as the Asus ROG Strix XG27AQNGV, makes them a questionable purchase for most consumers.
