Will this RAM configuration operate without issues?
Will this RAM configuration operate without issues?
Thanks for the reply and software suggestion, as you mentioned, I plan to test things out.
My main concern is whether the results I've presented are reliable. I've been reviewing some materials and came across a discussion on another forum where the voltage on the RAM exceeded 1.5V, which some users claimed could damage it. They suggested lowering it, possibly because the system automatically adjusted it.
I'm very careful not to repeat that mistake, which is why I'm reaching out. Thanks!
We would need to examine your voltages—such as VR Vout, VCore, DRAM Voltage, VCCIO and VCCSA—to determine if safe levels are being used. You can use HWinfo64 to check the relevant values. A typical approach when seeking advice about your system is to post a...
It looks great to always monitor temperatures when loading something heavy. Have fun!
Thanks for your feedback! I'm glad you're thinking about it. It seems like there might be some confusion with the temperature readings. I've reviewed the details and noticed similar issues before.
It's hard to be certain from those screenshots whether the RAM setup will work well. You'll need to actually run it and see how it performs. I use MemTest86 (from Passmark, installed on a USB stick) and RAMTest (which costs a bit to buy) to check my RAM thoroughly. I tested 4 sticks of 8GB each at 3733MHz on a Taichi z390, adjusting the DRAM voltage and changing VCCIO and VCCSA settings to achieve stability. Testing multiple sticks adds extra stress, so you should definitely stress test the RAM to confirm its reliability.
Someone is unsure if the screenshots accurately reflect the stability of the RAM setup. They recommend actually running tests using tools like MemTest86 and RAMTest to confirm performance. Stress testing is advised since running multiple sticks increases the risk. The user appreciates the advice and clarifies their concerns about voltage settings that could damage the RAM.
Get the Ryzen Master for your temperature checks—it's the only app I'd rely on for its readings.
Thanks for the reply and software advice, as you mentioned, I plan to test things out.
My main concern is whether what I've demonstrated is secure.
I've been reviewing some materials and came across a discussion on another forum where the voltage on the RAM exceeded 1.5V, which some users claimed could damage it. They suggested lowering it, apparently because the system had an auto-adjust setting.
I'm very careful not to repeat that mistake, which is why I'm reaching out. Thanks!
We should check your voltages like VR Vout, VCore, DRAM Voltage, VCCIO and VCCSA to confirm if safe levels are being used. You can use HWinfo64 to view these values. A typical approach when seeking help is to share a screenshot of the relevant part of the HWiNFO64 interface showing those voltages. CPU-Z doesn't display all this information.
Supahos :
I downloaded the Ryzen master for your temperature checks—it’s the only app I’d rely on for its readings.
Thanks for the response and the recommendation!
After installing Ryzen Master, here’s what it displayed:
Something highlighted in red stood out to me!
Also, it was showing just one temperature, probably the average or the hottest core’s temp. I’m puzzled why there isn’t a separate reading for each core.
Someone is unsure if the provided screenshots accurately reflect the stability of the RAM setup. They suggest running tests and recommend using MemTest86 and RAMTest for a thorough evaluation. The person also mentions adjusting voltage settings manually and notes that stress testing multiple sticks would be beneficial. They appreciate the information and plan to update their post once they find the right configuration.