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00:00:00 – 00:12:34
The video provides an in-depth analysis of key factors influencing gaming monitor performance, focusing on input lag, refresh rate, and response times. Input lag, the delay between action and display, is crucial for gaming, with lower values like 1 millisecond being ideal. The AOC Aon AG274QX is cited as an example of a monitor achieving low input lag. Optimal refresh rates vary by gaming type, with 240 Hz being recommended for competitive gamers due to its low latency, while higher resolutions such as 1440p or 4K are suggested for non-competitive gamers for enhanced visual quality. The discussion on monitor response times highlights the importance of transitioning speeds and how various overdrive settings affect visual clarity, with the use of tools like OSRT to measure GTG response times. Different panel types—TN, IPS, VA, and OLED—are evaluated, with OLED models like the Philips evir 34m2c 8600 noted for their superior response times and visual performance. The video concludes by stressing the importance of response times for gaming monitors and invites viewers to engage with the content through comments and subscriptions.
00:00:00
In this part of the video, the speaker discusses the importance of input lag, refresh rate, and response time for gaming monitors, focusing on their impact on gaming performance. The speaker explains that input lag is the delay between a user’s action and its display on the screen, measured in milliseconds, emphasizing that lower input lag is preferable. The speaker provides an example of the AOC Aon AG274QX monitor with a low input lag mode achieving 1 millisecond.
The discussion highlights that while most modern gaming monitors perform well in terms of input lag, not all monitors are optimized for gaming, especially those designed for productivity or color work. The speaker also touches upon the concept of total system latency and how it’s affected by both refresh rate and input lag. A comparison is made between different refresh rates, noting that higher refresh rates result in reduced system latency but with diminishing returns as the rate increases. Hence, optimal gaming performance requires a balance between monitor capabilities and the output frame rates from the GPU and CPU.
00:03:00
In this part of the video, the speaker discusses optimal refresh rates for different types of gamers. They recommend a 240 Hz refresh rate for hardcore competitive gamers due to its low system latency and fluidity, suggesting it allows for maximizing the setup by reducing issues like tearing and artifacts. If budget permits, they suggest even higher refresh rates, up to 500 Hz. For non-competitive gamers, especially those playing single-player, turn-based, RPG, or MMORPG games, the speaker recommends opting for higher resolution monitors, like 1440p or 4K, over high refresh rates. This enhances visual enjoyment since responsiveness is less critical in these genres. The speaker then shifts to explain the importance of monitor response times, essential for gamers due to the transition speed between different shades (often noted as gray-to-gray transitions). They advise checking objective data from reviewers to find actual response times and recommend adjusting the overdrive setting on LCD panels (TN, IPS, VA) to achieve the lowest possible response time, while noting that higher overdrive can impact visual experience.
00:06:00
In this segment of the video, the focus is on the visual experience and response times of monitors at 1440p and 300 Hz. The speaker discusses how various overdrive modes impact inverse ghosting and trailing effects. They emphasize that a monitor’s responsiveness should not compromise visual clarity, using the OSRT tool to measure GTG response times across different overdrive settings. The strongest mode achieved 2.84 milliseconds, with some RGB overshoot but still impressive for an IPS panel. Additionally, the discussion touches on the comparative benefits of TN, IPS, and VA panels, noting that IPS and VA have become more popular due to better color accuracy and contrast, despite TN panels’ edge in motion clarity. Lastly, the mention of OLED technologies, including QD-OLEDs, highlights advancements in the market.
00:09:00
In this part of the video, the speaker discusses the performance of OLED monitors compared to TN, IPS, and VA panels, highlighting their lower response times and superior visual experiences. A specific OLED model, the Philips evir 34m2c 8600, is tested and shown to have an extremely low response time of 0.82 milliseconds, outperforming any LCD panels previously tested. Despite this, the speaker personally prefers the AOC Aon AG 274 QS monitor for its balance between low response time and minimal inverse ghosting, which is ideal for hardcore competitive gaming. The speaker advises that competitive gamers should aim for response times of 3 to 4 milliseconds, while general gamers could consider 4 to 8 milliseconds for a better visual experience with reduced inverse ghosting. Additionally, the importance of input lag and refresh rates is briefly mentioned, noting that input lag is generally not a significant concern with modern monitors.
00:12:00
In this part of the video, the speaker emphasizes the importance of response time in gaming monitors when comparing them, suggesting it as a key factor. They invite viewers to share their thoughts in the comment section and encourage them to like, subscribe, and hit the bell notification for future updates. The speaker signs off by thanking viewers and expressing hope to see them in the next video.