F5F Stay Refreshed Hardware Desktop Issue with Corsair Vengeance LPX and XMP support not functioning.

Issue with Corsair Vengeance LPX and XMP support not functioning.

Issue with Corsair Vengeance LPX and XMP support not functioning.

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holylight1234
Member
50
08-19-2018, 11:27 AM
#1
Hello, I've got the details of your setup. Your system includes a 2600X CPU, an MSI Gaming Pro Carbon X370 with BIOS 7A32v1NV, an ASUS GTX 1070 GPU, and a 4x8GB Corsair Vengeance LPX RAM (CMK16GX4M2B3200C16). You also have two sets of 8GB RAM from Samsung and Hynix, which you installed in your system. Your dad's configuration originally used Hynix AFR chips, but now you're experiencing issues with the Samsung B-dies. After installing his RAM, the system would revert to 2133MHz in BIOS. You've tried various timings and voltages, but the highest stable speed you achieved was 2800MHz. You're looking for ways to make both memory kits work together at 3200MHz. I've attached your test results and DRAM calculator outputs for reference. Let me know if you need further help!
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holylight1234
08-19-2018, 11:27 AM #1

Hello, I've got the details of your setup. Your system includes a 2600X CPU, an MSI Gaming Pro Carbon X370 with BIOS 7A32v1NV, an ASUS GTX 1070 GPU, and a 4x8GB Corsair Vengeance LPX RAM (CMK16GX4M2B3200C16). You also have two sets of 8GB RAM from Samsung and Hynix, which you installed in your system. Your dad's configuration originally used Hynix AFR chips, but now you're experiencing issues with the Samsung B-dies. After installing his RAM, the system would revert to 2133MHz in BIOS. You've tried various timings and voltages, but the highest stable speed you achieved was 2800MHz. You're looking for ways to make both memory kits work together at 3200MHz. I've attached your test results and DRAM calculator outputs for reference. Let me know if you need further help!

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ItsDrAxel
Member
113
08-25-2018, 08:05 PM
#2
Adjust your bios settings: set the voltage level to 1.35, configure the SOC voltage to 1.09, and ensure these values are saved in slots 2 and 4.
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ItsDrAxel
08-25-2018, 08:05 PM #2

Adjust your bios settings: set the voltage level to 1.35, configure the SOC voltage to 1.09, and ensure these values are saved in slots 2 and 4.

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54
08-25-2018, 09:03 PM
#3
Adjust the dimm modules to 4 in the Ryzen calculator and observe any effects. Also attempt to boost the SOC voltage, though it seems you might be facing some issues. Your 2600x struggles to run above 2933 even with just two modules.
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MashedPotat0es
08-25-2018, 09:03 PM #3

Adjust the dimm modules to 4 in the Ryzen calculator and observe any effects. Also attempt to boost the SOC voltage, though it seems you might be facing some issues. Your 2600x struggles to run above 2933 even with just two modules.

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Ribaa_
Junior Member
4
08-27-2018, 03:54 AM
#4
@TofuHaroto I'm already on the newest bios (7A32v1NV), or do you know of a newer one? (It has been awhile since MSI released an update for this bord, and the one I'm running is a beta version). I've manually set the DRAM voltage to 1,35V, however it does not help. As you can see on the picture is my core voltage well above 1,09V, its on 1,4V ( I don't think it will be stable when I lower it). I'm running 4 dimms, so the 4 slots are filled. @boggy77 Do I use the Hynix or Samsung as start position? The soc voltage is on its own already quite high no? Thanks for your replies! An
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Ribaa_
08-27-2018, 03:54 AM #4

@TofuHaroto I'm already on the newest bios (7A32v1NV), or do you know of a newer one? (It has been awhile since MSI released an update for this bord, and the one I'm running is a beta version). I've manually set the DRAM voltage to 1,35V, however it does not help. As you can see on the picture is my core voltage well above 1,09V, its on 1,4V ( I don't think it will be stable when I lower it). I'm running 4 dimms, so the 4 slots are filled. @boggy77 Do I use the Hynix or Samsung as start position? The soc voltage is on its own already quite high no? Thanks for your replies! An

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nemo_321
Junior Member
20
08-27-2018, 05:19 AM
#5
You meant something else. The type of drive can't be altered. Your RAM is probably a Hynix chip. Core voltage differs from SOC voltage. Try 1.09.
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nemo_321
08-27-2018, 05:19 AM #5

You meant something else. The type of drive can't be altered. Your RAM is probably a Hynix chip. Core voltage differs from SOC voltage. Try 1.09.

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arteralino
Member
137
08-27-2018, 07:07 AM
#6
one of them has the voltage value second
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arteralino
08-27-2018, 07:07 AM #6

one of them has the voltage value second

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_sharktapus_
Member
107
09-18-2018, 04:34 AM
#7
The issue involves two of the four dimms being Hynix and the other two Samsung. I adjusted the core voltage to 1.1V (or 1.0875V), but it didn’t work. I’m going to experiment with the dram calculator using the "4 module" setting.
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_sharktapus_
09-18-2018, 04:34 AM #7

The issue involves two of the four dimms being Hynix and the other two Samsung. I adjusted the core voltage to 1.1V (or 1.0875V), but it didn’t work. I’m going to experiment with the dram calculator using the "4 module" setting.

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mccoop03
Posting Freak
910
09-19-2018, 01:07 AM
#8
If the BIOS is set up correctly, you might want to focus on the Hynix options. Hynix memory isn't typically reliable, and using it with Zen CPUs doesn't improve performance.
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mccoop03
09-19-2018, 01:07 AM #8

If the BIOS is set up correctly, you might want to focus on the Hynix options. Hynix memory isn't typically reliable, and using it with Zen CPUs doesn't improve performance.

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Dremy22
Junior Member
4
10-09-2018, 09:26 PM
#9
I tested the DRAM calculator output for four modules. I kept "tRFC" enabled because my BIOS lacks the "tRFC (alt)" setting. I checked Hynix and Samsung memory results, but no boot occurred even at 1.39V DRAM voltage. Could you suggest alternatives? I’m considering reverting to a BIOS from January 2019 (version: 7A32v1L), which supposedly improves OC memory compatibility.
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Dremy22
10-09-2018, 09:26 PM #9

I tested the DRAM calculator output for four modules. I kept "tRFC" enabled because my BIOS lacks the "tRFC (alt)" setting. I checked Hynix and Samsung memory results, but no boot occurred even at 1.39V DRAM voltage. Could you suggest alternatives? I’m considering reverting to a BIOS from January 2019 (version: 7A32v1L), which supposedly improves OC memory compatibility.

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x_sydney_x
Junior Member
10
10-11-2018, 06:39 PM
#10
So honestly, it seems like a poor build with subpar silicon. If none of the suggestions helped, maybe you just missed out on the silicon chance.
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x_sydney_x
10-11-2018, 06:39 PM #10

So honestly, it seems like a poor build with subpar silicon. If none of the suggestions helped, maybe you just missed out on the silicon chance.

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