F5F Stay Refreshed Power Users Overclocking Solving G.Skill Tridentz Neo 3800mhz CL14 issues with different ns latency findings on DRAM Calculator Membench & Aida64

Solving G.Skill Tridentz Neo 3800mhz CL14 issues with different ns latency findings on DRAM Calculator Membench & Aida64

Solving G.Skill Tridentz Neo 3800mhz CL14 issues with different ns latency findings on DRAM Calculator Membench & Aida64

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N
Nicktron_
Member
199
09-09-2019, 08:23 AM
#11
Absolutely fascinating!
N
Nicktron_
09-09-2019, 08:23 AM #11

Absolutely fascinating!

E
Eraser2003
Junior Member
12
09-09-2019, 08:35 AM
#12
Of course, the memory frequency had to be lowered to 3733 because the system was unstable during booting. Sometimes it worked with XMP enabled, other times it would crash multiple times without XMP active. I tried various settings to improve stability, but it seems I reached a limit. Still, 3733 works fine. I can also run 3733 CL13, though I haven't tested its stability in memtest.
E
Eraser2003
09-09-2019, 08:35 AM #12

Of course, the memory frequency had to be lowered to 3733 because the system was unstable during booting. Sometimes it worked with XMP enabled, other times it would crash multiple times without XMP active. I tried various settings to improve stability, but it seems I reached a limit. Still, 3733 works fine. I can also run 3733 CL13, though I haven't tested its stability in memtest.

M
MikeDragon159
Senior Member
661
09-09-2019, 10:18 AM
#13
No XMP profiles match at 3733MHz with CL13. For such precise timing, you shouldn't worry about stability.
M
MikeDragon159
09-09-2019, 10:18 AM #13

No XMP profiles match at 3733MHz with CL13. For such precise timing, you shouldn't worry about stability.

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