F5F Stay Refreshed Hardware Desktop VRM soldering standard for ASUS TUF Gaming X670E-Plus WiFi

VRM soldering standard for ASUS TUF Gaming X670E-Plus WiFi

VRM soldering standard for ASUS TUF Gaming X670E-Plus WiFi

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LordHamlin
Member
118
01-07-2022, 12:49 PM
#1
Hi everyone: I’m sharing some observations I’ve noticed with my ASUS X670E mainboard paired with an R9 7950X and Gskillz DDR5 5400. If you own a similar ASUS X670E-Plus, please take a look at the solder joints. I’ve experienced recurring on-and-off problems since September 2022. Typically, these issues stem from BSODs when accessing system files, which eventually required a full system rebuild and restored normal operation.

I also faced power-related challenges earlier—specifically overvolting the AM5 chips, mainly affecting the X3D. Under certain loads like Dwarf Fortress, my processor would register around 1.52V. Eventually, I decided to focus on using my desktop instead of relying on the mainboard, and things stabilized for a few months.

Recently, I’ve noticed memory instability when opening web browsers. I encountered “Out of Memory” errors, prompting me to run memory tests. Windows built-in tools detected hardware faults, and MemTest64 revealed 418 addressing errors after 12GB, often triggering a blue screen. Disabling EXPO settings helped prevent BSODs but still caused slowdowns and intermittent crashes.

During the replacement process, I found the VRM contact points were severely damaged—many were cracked across large areas. This suggests the board was assembled with substandard solder, appearing dull and grainy.

I swapped in an ASROCK X670E Pro mainboard (with new modules) for comparison. The VRM soldering here looks much better. I’m hoping this isn’t a coincidence, but it’s a strong warning about the quality of the original board. If you’re considering ASUS products, this experience is a cautionary tale. -TSG
L
LordHamlin
01-07-2022, 12:49 PM #1

Hi everyone: I’m sharing some observations I’ve noticed with my ASUS X670E mainboard paired with an R9 7950X and Gskillz DDR5 5400. If you own a similar ASUS X670E-Plus, please take a look at the solder joints. I’ve experienced recurring on-and-off problems since September 2022. Typically, these issues stem from BSODs when accessing system files, which eventually required a full system rebuild and restored normal operation.

I also faced power-related challenges earlier—specifically overvolting the AM5 chips, mainly affecting the X3D. Under certain loads like Dwarf Fortress, my processor would register around 1.52V. Eventually, I decided to focus on using my desktop instead of relying on the mainboard, and things stabilized for a few months.

Recently, I’ve noticed memory instability when opening web browsers. I encountered “Out of Memory” errors, prompting me to run memory tests. Windows built-in tools detected hardware faults, and MemTest64 revealed 418 addressing errors after 12GB, often triggering a blue screen. Disabling EXPO settings helped prevent BSODs but still caused slowdowns and intermittent crashes.

During the replacement process, I found the VRM contact points were severely damaged—many were cracked across large areas. This suggests the board was assembled with substandard solder, appearing dull and grainy.

I swapped in an ASROCK X670E Pro mainboard (with new modules) for comparison. The VRM soldering here looks much better. I’m hoping this isn’t a coincidence, but it’s a strong warning about the quality of the original board. If you’re considering ASUS products, this experience is a cautionary tale. -TSG