F5F Stay Refreshed Hardware Desktop ASUS TUF X570 Plus Wi-Fi chipset doesn't support syncing VIPER Steel DDR4 RAM at speeds over 3600MHz.

ASUS TUF X570 Plus Wi-Fi chipset doesn't support syncing VIPER Steel DDR4 RAM at speeds over 3600MHz.

ASUS TUF X570 Plus Wi-Fi chipset doesn't support syncing VIPER Steel DDR4 RAM at speeds over 3600MHz.

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DragonTTK
Member
52
08-11-2019, 10:48 AM
#1
Hello, I own a fresh PC setup featuring an ASUS TUF X570 Plus with Wi-Fi 4 and 4DIMM RAM. It includes a Patriot Viper Steel PVS464G360C8K 3600MHz RAM module with 128GB of DDR4 memory and a Ryzen 9 3900X processor. I’m having trouble syncing the RAM to reach 3600MHz, even after using a DRAM calculator. The timings listed aren’t working. Could you assist?
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DragonTTK
08-11-2019, 10:48 AM #1

Hello, I own a fresh PC setup featuring an ASUS TUF X570 Plus with Wi-Fi 4 and 4DIMM RAM. It includes a Patriot Viper Steel PVS464G360C8K 3600MHz RAM module with 128GB of DDR4 memory and a Ryzen 9 3900X processor. I’m having trouble syncing the RAM to reach 3600MHz, even after using a DRAM calculator. The timings listed aren’t working. Could you assist?

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212
08-11-2019, 04:26 PM
#2
Both kits were merged, which is normal. Got it—ready to adjust voltages and timings by hand.
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cursayerdragon
08-11-2019, 04:26 PM #2

Both kits were merged, which is normal. Got it—ready to adjust voltages and timings by hand.

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GBA4iOS
Junior Member
15
08-12-2019, 03:14 PM
#3
The memory controller struggles with 128GB at 3600MHz. Expect lower performance. 2667MHz is the current limit.
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GBA4iOS
08-12-2019, 03:14 PM #3

The memory controller struggles with 128GB at 3600MHz. Expect lower performance. 2667MHz is the current limit.

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diogo218dvdv
Senior Member
514
08-12-2019, 11:07 PM
#4
Many thanks for the replies @ShrimpBrime and @Jurrunio HERE MY SETUP IN BIOS tcl=18 trcd=22 trp=22 tRAS=42 trc=83 cmd2t (command rate)=1T dram voltage=1.34 soc voltage=1.1 ccd voltage=1.050 iod voltage=1.050 vddp voltage=1.050 With these settings i can boot to windows but i'm facing other problems like corrupt downloads, cannot reboot etc @ShrimpBrime can you tell me why memory controller cannot handle 128gb at 3600?
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diogo218dvdv
08-12-2019, 11:07 PM #4

Many thanks for the replies @ShrimpBrime and @Jurrunio HERE MY SETUP IN BIOS tcl=18 trcd=22 trp=22 tRAS=42 trc=83 cmd2t (command rate)=1T dram voltage=1.34 soc voltage=1.1 ccd voltage=1.050 iod voltage=1.050 vddp voltage=1.050 With these settings i can boot to windows but i'm facing other problems like corrupt downloads, cannot reboot etc @ShrimpBrime can you tell me why memory controller cannot handle 128gb at 3600?

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RustyK
Member
129
08-20-2019, 08:13 PM
#5
Usually due to the abundance of ICs, overclocking is commonly performed on 2x8GB configurations. Single stick binning exists and is practiced by some enthusiasts. Given the high memory capacity, stability seems to be the main priority rather than noticeable performance improvements beyond a few percent. Do you think this machine is primarily used for demanding tasks?
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RustyK
08-20-2019, 08:13 PM #5

Usually due to the abundance of ICs, overclocking is commonly performed on 2x8GB configurations. Single stick binning exists and is practiced by some enthusiasts. Given the high memory capacity, stability seems to be the main priority rather than noticeable performance improvements beyond a few percent. Do you think this machine is primarily used for demanding tasks?

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Shen_456
Junior Member
49
08-20-2019, 09:11 PM
#6
Plenty of VMs and a lot of cyberpunk2077 content. Appreciate the response from @ShrimpBrime
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Shen_456
08-20-2019, 09:11 PM #6

Plenty of VMs and a lot of cyberpunk2077 content. Appreciate the response from @ShrimpBrime

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AlexCG
Junior Member
41
08-21-2019, 02:59 PM
#7
Test with 1.4V per drive and 1.15% state of charge. Actually, there aren't many options since it's a large memory bank, and more memory slows performance.
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AlexCG
08-21-2019, 02:59 PM #7

Test with 1.4V per drive and 1.15% state of charge. Actually, there aren't many options since it's a large memory bank, and more memory slows performance.

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Titanwolf14
Member
70
08-21-2019, 05:55 PM
#8
Achieved synchronization at 3533 MHz by adjusting the DRAM voltage to 1.29. The result appears stable following various tests.
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Titanwolf14
08-21-2019, 05:55 PM #8

Achieved synchronization at 3533 MHz by adjusting the DRAM voltage to 1.29. The result appears stable following various tests.

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OffsetBadge
Member
191
08-27-2019, 02:14 PM
#9
Wow, it's decent.
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OffsetBadge
08-27-2019, 02:14 PM #9

Wow, it's decent.