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#Intel burn test after new cooler update
Review BIOSġ6:48 – ASRock Public BIOS Update Power Reportġ8:18 – MSI X570 Tomahawk Package Power vs. Actual Powerġ4:48 – CPU Percent PPT Limit on ASRock Public vs. Physical Power Measurementġ3:02 – ASRock’s Rule-Breaking Reviewer BIOS & Extreme Power Budgetġ3:48 – ASRock Reviewer BIOS CPU PKG Power vs. Power consumption gives way to thermals and best CPU cooler selection for a given CPU, AMD or Intel, because functionally all the power manifests as heat.Ġ0:00 – Recapping the “Ryzen Burn-Out” StoryĠ5:28 – Problem of Telemetry Reference Current & MotherboardsĠ6:36 – Ryzen PPT, Higher Temperature, & Deviation FormulaĠ9:05 – Idle & Low Load Not Useful with Reporting Deviationġ0:15 – Power Reporting Deviation Further Explainedġ0:40 – Benchmark of Gigabyte X570 Master Reporting Deviationġ1:17 – X570 Master CPU PKG Power vs. This topic of power consumption is often ignored by PC builders and viewers in favor of gaming benchmarks, and that leaves out a critical part of understanding the product. In this piece, we’re tackling three objectives: (1) We’ll be defining HWINFO’s new Power Reporting Deviation, as put forth by HWINFO64 and The Stilt in his detailed and accessible research piece (2) we’re talking about the “burn-out” concerns put forth by a recent Tom’s Hardware headline (3) we’re testing the actual power reporting deviation versus real power as measured with hardware monitoring. There’s been a lot of discussion about electromigration, premature death of AMD Ryzen CPUs, and power reporting over the past two days. Like our content? Please consider becoming our Patron to support us: The best way to support our work is through our store: Watch our piece explaining PBO and Precision Boost 2:
#Intel burn test after new cooler pro
Sponsor: Corsair Dark Core RGB Pro SE (Amazon This story was reported on by others as indicative of “burning-out” CPUs. The Stilt & HWiNFO posted about a new Ryzen power reporting metric, specifically for Power Reporting Deviation.
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