F5F Stay Refreshed Hardware Desktop Yes, the 1.4V DRAM can be used on AM5 with the updated BIOS SoC, which now allows up to 1.3V.

Yes, the 1.4V DRAM can be used on AM5 with the updated BIOS SoC, which now allows up to 1.3V.

Yes, the 1.4V DRAM can be used on AM5 with the updated BIOS SoC, which now allows up to 1.3V.

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SchoolGirlAhri
Junior Member
7
12-29-2022, 10:19 PM
#1
You're looking for 64GB of DDR5-6000 CL30 RAM for your B650 AORUS ELITE AX motherboard. Based on PC Partpicker, the best non-RGB choice is the G.Skill Trident Z5 Neo 64GB module. The specs indicate it requires 1.4V at EXPO timings, which aligns with the voltage limits on AM5 boards like yours. AMD has capped the SoC voltage to 1.3V, so using these RAM sticks should work as long as the voltage requirements are met. Just confirm your motherboard supports 1.4V and that the RAM is compatible with your system configuration.
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SchoolGirlAhri
12-29-2022, 10:19 PM #1

You're looking for 64GB of DDR5-6000 CL30 RAM for your B650 AORUS ELITE AX motherboard. Based on PC Partpicker, the best non-RGB choice is the G.Skill Trident Z5 Neo 64GB module. The specs indicate it requires 1.4V at EXPO timings, which aligns with the voltage limits on AM5 boards like yours. AMD has capped the SoC voltage to 1.3V, so using these RAM sticks should work as long as the voltage requirements are met. Just confirm your motherboard supports 1.4V and that the RAM is compatible with your system configuration.

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brandocomando
Junior Member
33
01-06-2023, 05:22 AM
#2
SoC and VRAM voltages are distinct. If your memory controller operates at 6000, that adds another layer.
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brandocomando
01-06-2023, 05:22 AM #2

SoC and VRAM voltages are distinct. If your memory controller operates at 6000, that adds another layer.

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BrandonMWX
Member
140
01-06-2023, 07:17 AM
#3
Different voltage levels exist—one connects the memory controller to the sticks for data transfer, the other supplies power to the controller overall. If your CPU isn’t too outdated, it should handle DDR5 6000. Very few components fit this on an 8-layer board.
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BrandonMWX
01-06-2023, 07:17 AM #3

Different voltage levels exist—one connects the memory controller to the sticks for data transfer, the other supplies power to the controller overall. If your CPU isn’t too outdated, it should handle DDR5 6000. Very few components fit this on an 8-layer board.

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stevolegend1
Member
50
01-06-2023, 08:18 AM
#4
Check the memory controller specifications for your CPU model. Look into the MHz ratings provided by manufacturers like Gigabyte and G.Skill. The numbers indicate the maximum supported frequency, so ensure the controller meets or exceeds 6000mhz for optimal performance.
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stevolegend1
01-06-2023, 08:18 AM #4

Check the memory controller specifications for your CPU model. Look into the MHz ratings provided by manufacturers like Gigabyte and G.Skill. The numbers indicate the maximum supported frequency, so ensure the controller meets or exceeds 6000mhz for optimal performance.

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VendyMC_YT
Member
57
01-06-2023, 10:38 AM
#5
It's a silicon lottery. 99% of chips work, while 1% fail. The best way to confirm your model is testing is by trying it out. Gigabyte's memory support info is confusing. They use a special CPU sample to test their memory support, which represents only the top 0.1% of controllers. It's likely they have just one chip capable of booting at 6666MT/s, and this testing happened before a major issue with SOC voltage. That figure is mostly for marketing and doesn't reflect real-world performance. The remaining details refer to heat spreaders, which aren't really useful for compatibility checks. G.Skill offers their own QVL for memory kits, still optimistic but more reliable than board vendors. They list the kit as supported on the B650 Aorus Elite, and you should note that. Please let me know if you need a confirmation notification.
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VendyMC_YT
01-06-2023, 10:38 AM #5

It's a silicon lottery. 99% of chips work, while 1% fail. The best way to confirm your model is testing is by trying it out. Gigabyte's memory support info is confusing. They use a special CPU sample to test their memory support, which represents only the top 0.1% of controllers. It's likely they have just one chip capable of booting at 6666MT/s, and this testing happened before a major issue with SOC voltage. That figure is mostly for marketing and doesn't reflect real-world performance. The remaining details refer to heat spreaders, which aren't really useful for compatibility checks. G.Skill offers their own QVL for memory kits, still optimistic but more reliable than board vendors. They list the kit as supported on the B650 Aorus Elite, and you should note that. Please let me know if you need a confirmation notification.

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MetalMallard
Member
125
01-06-2023, 11:42 AM
#6
Thanks for your support! Your responses were exactly what I needed. Just starting out here and unsure about the right approach. The memory sticks are making things clearer, and I’m hoping to avoid any tricky 1s in the future.
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MetalMallard
01-06-2023, 11:42 AM #6

Thanks for your support! Your responses were exactly what I needed. Just starting out here and unsure about the right approach. The memory sticks are making things clearer, and I’m hoping to avoid any tricky 1s in the future.

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SillyDragon
Senior Member
586
01-08-2023, 11:48 AM
#7
You're all set, it's normal for beginners to start there. Welcome to the discussion. Finding a chip that can't handle 6000 is uncommon, and even if you roll a -1 on a D20 to get a chip that falls short, returning it and getting a replacement is still possible, especially if you shop from places offering free returns like Amazon. It's not something I'd be overly concerned about when looking for a new CPU.
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SillyDragon
01-08-2023, 11:48 AM #7

You're all set, it's normal for beginners to start there. Welcome to the discussion. Finding a chip that can't handle 6000 is uncommon, and even if you roll a -1 on a D20 to get a chip that falls short, returning it and getting a replacement is still possible, especially if you shop from places offering free returns like Amazon. It's not something I'd be overly concerned about when looking for a new CPU.