F5F Stay Refreshed Hardware Desktop How to oc 3200mt ram to 3600

How to oc 3200mt ram to 3600

How to oc 3200mt ram to 3600

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H
50
07-10-2019, 08:04 AM
#1
I adjusted the timing on the primary CL16 to 18CL. There were no major issues, but I noticed some performance drops.
H
hamstercandy26
07-10-2019, 08:04 AM #1

I adjusted the timing on the primary CL16 to 18CL. There were no major issues, but I noticed some performance drops.

R
RoyalShine
Member
143
07-18-2019, 10:30 PM
#2
I typically begin by adjusting all JEDEC timings so the latency matches consistently. Understanding your memory's capabilities early on is useful. Most 3200 units should handle 3600 easily without issues.
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RoyalShine
07-18-2019, 10:30 PM #2

I typically begin by adjusting all JEDEC timings so the latency matches consistently. Understanding your memory's capabilities early on is useful. Most 3200 units should handle 3600 easily without issues.

T
THE_cube34
Junior Member
11
07-22-2019, 05:15 PM
#3
That’s a sequence of numbers. What would you like me to do with them?
T
THE_cube34
07-22-2019, 05:15 PM #3

That’s a sequence of numbers. What would you like me to do with them?

K
kungfutyla
Posting Freak
780
07-23-2019, 12:23 AM
#4
I’d likely approach things gradually instead of jumping straight to DDR4-3600. It’s possible that this speed isn’t compatible with your system. Consider trying DDR4-3400 or a range from DDR4-3200 to DDR4-3600. The DRAM voltage you’re using usually falls between 1.35V and 1.40V for XMP profiles, while JEDEC standards sit around 1.2V. Additionally, you might want to widen the timings—like DDR4-3600 at 20-30-30-50 2T—and then gradually adjust them one step at a time.
K
kungfutyla
07-23-2019, 12:23 AM #4

I’d likely approach things gradually instead of jumping straight to DDR4-3600. It’s possible that this speed isn’t compatible with your system. Consider trying DDR4-3400 or a range from DDR4-3200 to DDR4-3600. The DRAM voltage you’re using usually falls between 1.35V and 1.40V for XMP profiles, while JEDEC standards sit around 1.2V. Additionally, you might want to widen the timings—like DDR4-3600 at 20-30-30-50 2T—and then gradually adjust them one step at a time.

A
Aphiniti
Member
159
07-23-2019, 06:25 AM
#5
I am capable of handling 3333mt under identical settings and voltage levels.
A
Aphiniti
07-23-2019, 06:25 AM #5

I am capable of handling 3333mt under identical settings and voltage levels.

B
boyceterous
Junior Member
8
07-23-2019, 08:42 AM
#6
1.35v
B
boyceterous
07-23-2019, 08:42 AM #6

1.35v

D
DuckManWoo
Member
103
07-23-2019, 12:59 PM
#7
It appears you're dealing with an Hynix 8Gb MFR chip. You might reach performance boundaries, and while a solid overclock could help, most users don't exceed speeds beyond 3200. Refer to the DDR4 OC guide on the provided link for more details.
D
DuckManWoo
07-23-2019, 12:59 PM #7

It appears you're dealing with an Hynix 8Gb MFR chip. You might reach performance boundaries, and while a solid overclock could help, most users don't exceed speeds beyond 3200. Refer to the DDR4 OC guide on the provided link for more details.

K
KingDonut69
Junior Member
32
07-23-2019, 07:03 PM
#8
You don't have prior knowledge about Hynix M-die, but you can achieve a simple performance improvement by configuring the settings as specified. This approach offers the strongest gain without affecting Aida64 bench results, though it may not be fully captured in certain measurements.
K
KingDonut69
07-23-2019, 07:03 PM #8

You don't have prior knowledge about Hynix M-die, but you can achieve a simple performance improvement by configuring the settings as specified. This approach offers the strongest gain without affecting Aida64 bench results, though it may not be fully captured in certain measurements.

A
Amtrak10
Senior Member
639
07-24-2019, 07:58 PM
#9
Rip thats garbage ram Hynix 8gbit mfr, at best you are looking at a pathetic 3466 Maybe tightening the subtimings will do something, i mean the subtimings are always trash on xmp, maybe look at tightening These (though tfaw just set to 1 as itll run at 4x trrds anyways) and maybe add in trc, trfc, and twr as those also give pretty good performance bump, make sure to also set trefi 65536 for extra performance I was assuming you would have some decent sticks with hynix djrs (4800+) or something
A
Amtrak10
07-24-2019, 07:58 PM #9

Rip thats garbage ram Hynix 8gbit mfr, at best you are looking at a pathetic 3466 Maybe tightening the subtimings will do something, i mean the subtimings are always trash on xmp, maybe look at tightening These (though tfaw just set to 1 as itll run at 4x trrds anyways) and maybe add in trc, trfc, and twr as those also give pretty good performance bump, make sure to also set trefi 65536 for extra performance I was assuming you would have some decent sticks with hynix djrs (4800+) or something

N
Night__Man
Member
144
07-24-2019, 08:37 PM
#10
I'll just mention that Trefi reaching its limit can heat up the RAM, so keeping airflow in place is a good idea.
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Night__Man
07-24-2019, 08:37 PM #10

I'll just mention that Trefi reaching its limit can heat up the RAM, so keeping airflow in place is a good idea.

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