F5F Stay Refreshed Hardware Desktop Performance concerns at high speed 5800x 3600MT/s

Performance concerns at high speed 5800x 3600MT/s

Performance concerns at high speed 5800x 3600MT/s

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wolfpup118
Member
229
12-10-2018, 08:47 AM
#11
It should adjust automatically to what it requires. Leave all your RAM settings as they are. Don’t alter anything except set the XMP to 3200 to test. If it progresses smoothly to the next level, continue; otherwise, check the current speed. Modern systems can now handle this process efficiently.
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wolfpup118
12-10-2018, 08:47 AM #11

It should adjust automatically to what it requires. Leave all your RAM settings as they are. Don’t alter anything except set the XMP to 3200 to test. If it progresses smoothly to the next level, continue; otherwise, check the current speed. Modern systems can now handle this process efficiently.

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AlteNoah
Junior Member
20
12-10-2018, 08:47 AM
#12
It ensures one-to-one compatibility around 3600 seconds, making DDR4-3600 ideal for Ryzen 5000 models.
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AlteNoah
12-10-2018, 08:47 AM #12

It ensures one-to-one compatibility around 3600 seconds, making DDR4-3600 ideal for Ryzen 5000 models.

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shadowbacca
Member
226
12-10-2018, 08:47 AM
#13
Bro, it’s weird how few good settings people share anymore... Used to be pretty standard. With the 3000 series you usually have to tweak things yourself, like SOC and RAM voltage—especially with XMP. It’s been a while since I did that, or I just skip XMP to see if it works better. XMP is more about overclocking and isn’t always reliable.
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shadowbacca
12-10-2018, 08:47 AM #13

Bro, it’s weird how few good settings people share anymore... Used to be pretty standard. With the 3000 series you usually have to tweak things yourself, like SOC and RAM voltage—especially with XMP. It’s been a while since I did that, or I just skip XMP to see if it works better. XMP is more about overclocking and isn’t always reliable.

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Soccerdude2006
Junior Member
36
12-10-2018, 08:47 AM
#14
It wasn't exactly what you expected... 2933 was the ideal balance for stability... Often required several weeks of tuning to reach 3600 stable... Later it seemed like 5000, but getting 3600 remained challenging... Still, most issues were related to RAM, not hardware... It's funny how many people thought this would be easy, but in reality, it was a bit trickier than with lower speeds. Back then, stability was much better with DDR2/DDR3 as I remember.
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Soccerdude2006
12-10-2018, 08:47 AM #14

It wasn't exactly what you expected... 2933 was the ideal balance for stability... Often required several weeks of tuning to reach 3600 stable... Later it seemed like 5000, but getting 3600 remained challenging... Still, most issues were related to RAM, not hardware... It's funny how many people thought this would be easy, but in reality, it was a bit trickier than with lower speeds. Back then, stability was much better with DDR2/DDR3 as I remember.

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harrycool222
Member
50
12-10-2018, 08:47 AM
#15
Verify the SOC level, my setup is at 1.112V... otherwise 3600 won't function... Also, RAM voltage is configured for 1.36 (it reads 1.35, but if set to 1.36 it would boot, otherwise wouldn't)
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harrycool222
12-10-2018, 08:47 AM #15

Verify the SOC level, my setup is at 1.112V... otherwise 3600 won't function... Also, RAM voltage is configured for 1.36 (it reads 1.35, but if set to 1.36 it would boot, otherwise wouldn't)

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Tico_32
Senior Member
680
12-10-2018, 08:47 AM
#16
Clock didn't auto-sync perfectly but I can adjust it myself. I believe 3200mhz works well so far, though I haven't run a complete memory test yet. The automatic SOC voltage on this board seems too high—around VDDCR SOC 1.2V and 1.194V SVI2 TFN. It's been most stable at 3600mhz with SOC at 1.03V and DRAM at 1.36, but still not fully consistent. I think the VRM being limited under CPU load leads to instability when SOC rises higher.
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Tico_32
12-10-2018, 08:47 AM #16

Clock didn't auto-sync perfectly but I can adjust it myself. I believe 3200mhz works well so far, though I haven't run a complete memory test yet. The automatic SOC voltage on this board seems too high—around VDDCR SOC 1.2V and 1.194V SVI2 TFN. It's been most stable at 3600mhz with SOC at 1.03V and DRAM at 1.36, but still not fully consistent. I think the VRM being limited under CPU load leads to instability when SOC rises higher.

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Aragon532
Member
100
12-10-2018, 08:47 AM
#17
Its a lot of ram. Gonna need at least 1.15VSOC, and maybe feed some vddg, like 1.06.
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Aragon532
12-10-2018, 08:47 AM #17

Its a lot of ram. Gonna need at least 1.15VSOC, and maybe feed some vddg, like 1.06.

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