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00:00:00 – 00:21:38
The YouTube video discusses optimizing the performance of an Intel 14700K CPU using Intel XTU software. The speaker guides viewers through adjusting voltage settings, core ratios, and thermal settings to enhance system stability, prevent overheating, and improve performance. They emphasize the importance of manual tuning over automated tools and recommend stress testing for stability verification. The video highlights achieving stable performance with reduced temperatures and power draw through tweaking settings. The speaker also introduces the CPU quality score feature on an ASROCK motherboard and encourages viewers to explore various tuning methods for optimal results. Overall, the video emphasizes the significance of CPU quality in performance optimization and offers support and updates for further guidance.
00:00:00
In this segment of the video, the focus is on using Intel XTU software for under-volting and tuning the Intel 14700K CPU. The speaker guides viewers through installing XTU, navigating its advanced features, and the importance of manual tuning over the Speed Optimizer tool, which can lead to thermal throttling. The viewer is shown how to customize monitoring metrics and graphs during stress tests, run benchmarks, and export profiles to prevent losing settings. The segment also highlights the convenience of profile pairing for different usage scenarios.
00:03:00
In this segment of the video, the speaker demonstrates how to optimize system settings in XTU. They explain the importance of adjusting under volt settings and disabling certain features like under volt protection and Intel virtualization technology in the BIOS for better performance. The speaker guides viewers through reducing core voltage, adjusting AVX2 ratio, and changing turbo boost power max. They also discuss tuning active core settings to ensure better performance and minimize power consumption. These adjustments help improve system stability and prevent overheating issues.
00:06:00
In this segment of the video, the speaker discusses optimizing CPU performance by adjusting core ratios and thermal settings. They increase the core ratio to 58 for better single-core performance and adjust the thermal velocity boost to optimize performance while controlling temperatures. The speaker also modifies efficiency core ratios, ensuring stability under stress tests. Importantly, they caution against changing the reference or bus clock and recommend keeping other settings default due to potential instability. After making adjustments in XTU, the speaker shows how to compare the new settings with the boot settings in the right panel.
00:09:00
In this segment of the video, the focus is on optimizing voltage configurations in the BIOS settings for stability and performance. The speaker highlights the importance of selecting the right load line calibration level, with level three being a balanced choice in this case. They advise running stress tests like Cinebench R23, AIDA64, and OCCT to ensure system stability and performance. Different stress tests are recommended to confirm stability across various workloads. The speaker demonstrates running these tests and shares results showing performance improvements due to optimization.
00:12:00
In this part of the video, the speaker discusses the stability of the system after tweaking and running tests with Ycruncher and HWINFO. They achieved stable performance with no errors, reaching max speeds of 5.8 GHz for the fastest cores and 4.4 GHz for the E-cores. The recorded maximum temperature post-tweaking was 80 degrees with no thermal throttling, showing an improvement from 99 degrees during previous tests. The power draw was reduced post-tweaking. The speaker also addresses a possible issue of rounded values in HWINFO and provides a solution to adjust the displayed values for accuracy. This segment concludes by mentioning the upcoming game benchmarks to demonstrate performance differences in gaming.
00:18:00
In this part of the video, the speaker discusses how they managed to reduce thermals and power draw in gaming by making tweaks in XTU for their 14700K processor. They achieved less voltage, less power draw, and maintained good performance. A new feature called CPU Indicator on the ASROCK motherboard displays the silicon quality of the CPU, with specific scores for p-core and e-core, resulting in an overall CPU quality score of 73. The speaker highlights the importance of CPU quality in performance optimization.
00:21:00
In this part of the video, the content creator discusses how tweaking CPU results can vary based on CPU rates. They demonstrate a method in XTU but encourage viewers to explore different approaches, possibly lowering P and E ratios for further undervolting. Viewers are invited to ask questions in the comments or on the TECHOSAUR Discord server for support. The video creator asks for likes, subscriptions, and offers to keep viewers updated on guides, tweaks, and updates.