Summary of "ASRock Failures Face-to-Face: Motherboards, BIOS, & Burned 9800X3D CPUs"
Summary of Video: “ASRock Failures Face-to-Face: Motherboards, BIOS, & Burned 9800X3D CPUs”
Key Technological Concepts & Issues Discussed
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ASRock Motherboard Failures & 9800 X3D CPU Issues ASRock has experienced a significant number of motherboard failures and CPU damage reports specifically related to the Intel Core i9-9800X3D CPUs over recent months.
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BIOS-Related Problems ASRock initially released BIOS version 3.20, which was later pulled from some product pages due to unresolved issues. A new BIOS 3.25 was released during Computex, aiming to address these failures by adjusting Precision Boost Overdrive (PBO) settings, particularly lowering Thermal Design Current (TDC) and Electrical Design Current (EDC) limits.
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Root Cause Analysis from ASRock’s Perspective ASRock divides the issues into three categories:
- User Error: Some failures caused by improper application of thermal paste on CPU sockets.
- Memory Compatibility Issues: Fixed by BIOS updates (notably 3.2).
- BIOS PBO Settings Causing CPU Defects: Adjusted in BIOS 3.25 to reduce TDC and EDC values, believed to fix CPU failures.
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ASRock’s Stance on Failures
- They deny motherboard hardware defects; no motherboards were found to be defective upon inspection.
- CPU defects are attributed to BIOS settings rather than AMD CPU faults.
- The company recommends all users update to BIOS 3.25.
- Warranty covers RMA shipping both ways for motherboards.
- CPU RMAs are handled through AMD or retailers, as ASRock only sells motherboards.
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Community & Independent Reviewers’ Concerns
- Many failures occur even when PBO is disabled, conflicting with ASRock’s explanation focusing on PBO settings.
- Some CPUs show scorch marks or discolored pads on specific pins related to power and display signals, suggesting potential manufacturing or socket debris issues.
- Cleaning of melted socket pads was mentioned as a factor in recovery, indicating possible hardware or assembly defects beyond BIOS settings.
- ASRock’s communication with customers has been poor, with minimal updates and unclear explanations, leading to customer frustration and distrust.
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Independent Testing & Analysis
- Reviewers purchased failed motherboards and CPUs for inspection.
- Visual inspections revealed discolored CPU pads but no catastrophic internal damage.
- Reviewers remain skeptical that BIOS 3.25 fully resolves the issue, noting ongoing reports of failures post-update.
- The possibility of a manufacturing defect or socket debris contributing to failures is considered but unconfirmed.
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Recommendations & Next Steps
- Users with ASRock AM5 motherboards should update to BIOS 3.25.
- Customers experiencing failures should use ASRock’s warranty process and/or contact AMD for CPU issues.
- Reviewers encourage users to report failures, especially if BIOS 3.25 is installed, to help track unresolved problems.
- Independent follow-up and monitoring of the situation will continue.
Product Features & Guides Highlighted
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BIOS 3.25 Update Focused on lowering PBO-related current limits (TDC and EDC) to prevent CPU damage.
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Warranty and RMA Process ASRock covers shipping for motherboard RMAs; CPU RMAs are handled through AMD or retailers.
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Community Support Encouragement to report issues and share experiences to assist in diagnosing ongoing problems.
Main Speakers / Sources
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Steve (Interviewer / Reviewer) Lead interviewer from Gamers Nexus, conducting the investigation and follow-up analysis.
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Chris Lee (ASRock VP of Motherboard Business) Provided ASRock’s official responses and explanations regarding motherboard failures and BIOS updates.
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Gamers Nexus Team Conducted independent testing, analysis, and ongoing monitoring of the situation.
Overall, the video provides an in-depth look at ASRock’s motherboard and CPU failure issues, ASRock’s official response focusing on BIOS fixes, and independent skepticism about the completeness of these fixes, highlighting the need for further investigation and better communication with customers.
Category
Technology
