VIDEO Ultimate AMD X670E Buyers Guide, 22 Board Roundup, VRM Thermal Test

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Ultimate AMD X670E Buyers Guide, 22 Board Roundup, VRM Thermal Test In a detailed video by Hardware Unboxed, the host dives into an exhaustive buyer's guide for AMD's X670 and X670E motherboards. The review covers 22 different boards, featuring thermal performance testing and various specifications that make each model unique.

Overview​

After months of testing, the video aims to help PC builders determine which motherboards will best support high-performance CPUs, specifically the Ryzen 9 7950X, without facing thermal throttling—a concern that plagued some previous generations like the X570.

Key Takeaways​

  1. Thermal Performance: A major focus is on VRM (Voltage Regulator Module) thermal testing, where all tested boards showed commendable heat management abilities. Temperatures remained well below problematic levels, with anything under 80 degrees Celsius deemed safe for operation. Remarkably, even significant fluctuations in temperature among various models didn't correlate to performance issues.
  2. Brand Disparities: The review notes the abundance of boards from Asus compared to other brands like MSI, Gigabyte, and ASRock. Asus stands out for offering unique configurations like Mini ITX and Micro ATX options, while also showcasing robust VRM solutions.
  3. Recommendations: For budget-conscious buyers, options under $300 include the ASRock X670E PG Lightning and Gigabyte X670 Gaming X. Mid-range models like the Asus ROG Strix X670E-E Gaming were highlighted for their balance of features and performance.
  4. High-end Models: The video also touches on premium offerings, comparing the performance and feature set of boards priced upwards of $500. The MSI MEG X670E Ace was touted as an excellent choice for those not deterred by cost.
  5. Future-Proofing: Discussions around PCIe 5.0 support, the evolution of USB ports, and overall build quality suggest that while prices might be steep, investing in these motherboards offers solid longevity and compatibility with forthcoming PC technologies.

    Conclusion​

    This comprehensive roundup not only addresses the functionality and thermal efficiency of the X670E boards but also provides insights into pricing and attributes that matter to gamers and PC builders alike. One key takeaway for users is that with all models being efficient in thermals, decision-making should prioritize features and pricing over minor thermal differences. Have you explored any of these boards for your next build? Share your thoughts or ask questions about the X670E series in the comments below!
 


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