F5F Stay Refreshed Power Users Overclocking Understanding how to enhance RAM performance.

Understanding how to enhance RAM performance.

Understanding how to enhance RAM performance.

S
SjoerdMC
Member
200
09-05-2022, 12:28 AM
#1
Hello, this is my first attempt at overclocking my RAM.
I have a G.Skill Trident Z RGB 16 GB (2x8GB) at 3200 MHz with speeds ranging from 16 to 38 MHz.
I've checked using the applications: Ryzen Timing Checker and DRAM Ryzen Calculator.
The results I got were:
https://imgur.com/74ppzVV
View: https://imgur.com/74ppzVV
Under 1.395 Volt.
I'm wondering if I made a mistake or if it's okay. I've been running Prime95 for about an hour and counting the time.
S
SjoerdMC
09-05-2022, 12:28 AM #1

Hello, this is my first attempt at overclocking my RAM.
I have a G.Skill Trident Z RGB 16 GB (2x8GB) at 3200 MHz with speeds ranging from 16 to 38 MHz.
I've checked using the applications: Ryzen Timing Checker and DRAM Ryzen Calculator.
The results I got were:
https://imgur.com/74ppzVV
View: https://imgur.com/74ppzVV
Under 1.395 Volt.
I'm wondering if I made a mistake or if it's okay. I've been running Prime95 for about an hour and counting the time.

M
martims098
Member
193
09-07-2022, 12:56 AM
#2
Prime95 isn't ideal for checking memory overclock stability because it only utilizes a limited portion of available memory and doesn't stress it heavily. A better option is MemTest, which you can download. Run one copy per CPU thread with memory split evenly among them. Avoid testing more than 14GB at once; with 16GB total, leave about 2GB for Windows. You can attempt more tests but expect longer completion times due to swap usage. Always verify each instance reaches 200% before considering it stable.
M
martims098
09-07-2022, 12:56 AM #2

Prime95 isn't ideal for checking memory overclock stability because it only utilizes a limited portion of available memory and doesn't stress it heavily. A better option is MemTest, which you can download. Run one copy per CPU thread with memory split evenly among them. Avoid testing more than 14GB at once; with 16GB total, leave about 2GB for Windows. You can attempt more tests but expect longer completion times due to swap usage. Always verify each instance reaches 200% before considering it stable.

F
frsandstone77
Member
112
09-07-2022, 02:20 AM
#3
if it functions properly, the voltage meets the minimum requirement for stability. if not, gradually lower it.
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frsandstone77
09-07-2022, 02:20 AM #3

if it functions properly, the voltage meets the minimum requirement for stability. if not, gradually lower it.

R
roykin146
Junior Member
44
09-07-2022, 04:47 AM
#4
Prime95 isn't ideal for checking memory overclock stability because it only utilizes a limited portion of available memory and doesn't stress it heavily. A better option is MemTest, which you can download. Run one copy per CPU thread with memory split evenly among them. Avoid testing more than 14GB at once; with 16GB total, leave about 2GB for Windows. You can attempt more tests but expect longer completion times due to swap usage. Always verify each instance reaches 200% before considering it stable.
R
roykin146
09-07-2022, 04:47 AM #4

Prime95 isn't ideal for checking memory overclock stability because it only utilizes a limited portion of available memory and doesn't stress it heavily. A better option is MemTest, which you can download. Run one copy per CPU thread with memory split evenly among them. Avoid testing more than 14GB at once; with 16GB total, leave about 2GB for Windows. You can attempt more tests but expect longer completion times due to swap usage. Always verify each instance reaches 200% before considering it stable.

T
TheOrigins13
Junior Member
7
09-09-2022, 06:28 AM
#5
It might be acceptable for stability...but a reduced voltage could work too. The optimal choice is to determine the minimum voltage required to maintain stability across all clock speeds.
T
TheOrigins13
09-09-2022, 06:28 AM #5

It might be acceptable for stability...but a reduced voltage could work too. The optimal choice is to determine the minimum voltage required to maintain stability across all clock speeds.