F5F Stay Refreshed Hardware Desktop 32GB RAM for an AsRock Nzxt N7 Z590 (NZXT M2)

32GB RAM for an AsRock Nzxt N7 Z590 (NZXT M2)

32GB RAM for an AsRock Nzxt N7 Z590 (NZXT M2)

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youtubexp234
Junior Member
45
08-30-2021, 05:22 AM
#1
Y
youtubexp234
08-30-2021, 05:22 AM #1

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RXX0613
Junior Member
7
08-30-2021, 11:38 AM
#2
Choose the 3200c16 or 3600c18 models if you don’t want to do manual overclocking. Stick with these options if you’re not ready to invest extra effort. There are plenty of solid choices for those who are up for the challenge.
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RXX0613
08-30-2021, 11:38 AM #2

Choose the 3200c16 or 3600c18 models if you don’t want to do manual overclocking. Stick with these options if you’re not ready to invest extra effort. There are plenty of solid choices for those who are up for the challenge.

M
Mind_YT
Member
70
08-30-2021, 04:00 PM
#3
Slightly too expensive for the RGB RAM I prefer not to have a 3200MHz CL16 and also avoid a 18000MHz RAM. My system specs are current.
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Mind_YT
08-30-2021, 04:00 PM #3

Slightly too expensive for the RGB RAM I prefer not to have a 3200MHz CL16 and also avoid a 18000MHz RAM. My system specs are current.

S
SkyInsane
Senior Member
718
09-04-2021, 04:51 AM
#4
This setup tends to push things beyond safe limits unless you're targeting around 3600. For better stability and performance, consider a 4x8 configuration with M378A1G43EB1 RAM at 2133 MHz. They can easily hit 4000+ with proper tuning. If you're interested in pushing further, TRFC capability looks solid and OEM parts still work well. You can also run dual channels through ECC memory without issues, though cooling will be important above 1.5V. For a higher speed of around 4000MHz, you might need to increase voltage slightly beyond 1.6V unless you're using high-voltage rails. If you're curious about a higher-end option, there are videos showing Samsung diesets reaching up to 5000MHz—though it's not practical for daily use. You're likely aiming for a single-chip solution with a 16Gb rev processor, which will cap around 1.7V for scaling. Some tweaks like loosening the clock and thermal design can help, but at this point it's more about pushing limits than reliability.
S
SkyInsane
09-04-2021, 04:51 AM #4

This setup tends to push things beyond safe limits unless you're targeting around 3600. For better stability and performance, consider a 4x8 configuration with M378A1G43EB1 RAM at 2133 MHz. They can easily hit 4000+ with proper tuning. If you're interested in pushing further, TRFC capability looks solid and OEM parts still work well. You can also run dual channels through ECC memory without issues, though cooling will be important above 1.5V. For a higher speed of around 4000MHz, you might need to increase voltage slightly beyond 1.6V unless you're using high-voltage rails. If you're curious about a higher-end option, there are videos showing Samsung diesets reaching up to 5000MHz—though it's not practical for daily use. You're likely aiming for a single-chip solution with a 16Gb rev processor, which will cap around 1.7V for scaling. Some tweaks like loosening the clock and thermal design can help, but at this point it's more about pushing limits than reliability.

J
jlien11
Senior Member
253
09-06-2021, 02:22 AM
#5
I only have one pair of ram,memory They not always respond to being off (rgb) using g skills own software, they are nothing for an nzxt mb, no waranty it will work with asrocks software and they are only 3200mhz cl 16 Nothing wrong with 3200mhz cl 16, they are 100% stable, it's just not 3600mhz or 4000 mhz ram, i have even gone so fare to consider 3200mhz cl 14 memory, in some games 3200mhz cl 14 is faster and in other games it's 3600mhz cl 16 over 3200mhz cl 14 ram, memory Here it's a little extreme in 0.1% low, personally i think the difference won't be there every time taking the test 5-10 times, but it's there, my ram didn't do 3600mhz on auto with xmp enabled
J
jlien11
09-06-2021, 02:22 AM #5

I only have one pair of ram,memory They not always respond to being off (rgb) using g skills own software, they are nothing for an nzxt mb, no waranty it will work with asrocks software and they are only 3200mhz cl 16 Nothing wrong with 3200mhz cl 16, they are 100% stable, it's just not 3600mhz or 4000 mhz ram, i have even gone so fare to consider 3200mhz cl 14 memory, in some games 3200mhz cl 14 is faster and in other games it's 3600mhz cl 16 over 3200mhz cl 14 ram, memory Here it's a little extreme in 0.1% low, personally i think the difference won't be there every time taking the test 5-10 times, but it's there, my ram didn't do 3600mhz on auto with xmp enabled