MSI Afterburner Settings Explained / AMD and NVIDIA!

The script begins with an introduction to a previous video about setting up on-screen display (OSD) for telemetry while gaming. It emphasizes the importance of watching the prior video for understanding the basics before diving into the details of MSI Afterburner settings. The video is sponsored, and there's a giveaway of three graphics cards, with details available through a link in the description. MSI Afterburner is introduced as a universal software that reads and adjusts settings on the graphics card's EPROM. The tutorial will cover settings for both NVIDIA and AMD graphics cards, with timestamps provided for viewers to jump to their relevant sections. The importance of testing different settings in the games one plays is highlighted, as each game engine impacts the GPU differently.

This paragraph delves into the specifics of MSI Afterburner settings for NVIDIA graphics cards. It explains that the core voltage percentage setting does not set an absolute voltage but rather allows the GPU to reach its maximum voltage at a steeper curve, which can help with stability during sudden load changes. The power limit setting is discussed, noting that it should be adjusted based on the card's capabilities and that increasing it can lead to higher core clock speeds but also more heat. The paragraph also covers the core clock offset, which adds megahertz to the GPU boost, and the importance of incremental adjustments. It concludes with a brief mention of monitoring frame rates and GPU voltage during the process.

The script continues with a detailed explanation of additional MSI Afterburner settings. It discusses the linkage between power and temperature limits, suggesting that the temperature limit can be maximized for stability. The memory megahertz setting is explained as an offset that affects the memory frequency, with a clarification on how it differs between AMD and NVIDIA cards. Fan speed settings are covered, with a preference for a smooth curve over a ladder pattern to avoid harsh fan noises. The paragraph concludes with a demonstration of how these settings respond in real-time, using an OSD to monitor GPU temperature, CPU temperature, load, core clock, and power usage, illustrating the dynamic adjustments made by the GPU during operation.

The practical application of overclocking adjustments is showcased, with real-time demonstrations of how changing settings impacts performance. The script explains how to monitor memory clock speeds and the effects of pushing memory frequencies too far, which can lead to errors and reduced FPS due to error-correcting mechanisms. It advises against increasing memory clock offsets significantly on non-water-cooled systems due to high temperatures and potential instability. The paragraph also touches on the limited tangible benefits of overclocking modern GPUs, as GPU boost already optimizes performance, and suggests that minor improvements in FPS may not be noticeable.

The script transitions to discussing overclocking for AMD GPUs using MSI Afterburner. It notes the differences in how core voltage and power limits are presented compared to NVIDIA cards. The paragraph explains that AMD's software allows for direct input of core clock frequencies, unlike NVIDIA, and that memory clock adjustments are multiplied by the data rate of the RAM. It also mentions that fan speed settings are consistent across both NVIDIA and AMD cards. The paragraph concludes with a brief comparison of using MSI Afterburner versus AMD's own Radeon software for overclocking, suggesting that the latter may already provide optimal settings out of the box.

The final paragraph wraps up the discussion on overclocking graphics cards and provides some final thoughts. It suggests that overclocking may not be necessary or beneficial for AMD cards, especially with the built-in features of AMD's Radeon software. The script teases upcoming events in November, dubbed 'Jay's Giving,' and encourages viewers to stay subscribed and follow for announcements. It concludes by thanking viewers for watching and looking forward to the next video.