F5F Stay Refreshed Hardware Desktop Experiencing issues with RAM on your Gigabyte Z690 UD motherboard.

Experiencing issues with RAM on your Gigabyte Z690 UD motherboard.

Experiencing issues with RAM on your Gigabyte Z690 UD motherboard.

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Mega_Man_7
Member
77
05-23-2021, 02:25 PM
#1
I attempted to upgrade the RAM speed from 3200MHz to 3600MHz while gradually increasing the voltage from 1.2 to 1.35, but the system reacted negatively. Could you provide more details or suggestions?
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Mega_Man_7
05-23-2021, 02:25 PM #1

I attempted to upgrade the RAM speed from 3200MHz to 3600MHz while gradually increasing the voltage from 1.2 to 1.35, but the system reacted negatively. Could you provide more details or suggestions?

D
DatDrop
Member
190
06-12-2021, 04:46 PM
#2
Check if your RAM meets the required speeds.
Verify your CPU supports those speeds.
Confirm your motherboard accommodates them.
List each component individually so you can confirm.
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DatDrop
06-12-2021, 04:46 PM #2

Check if your RAM meets the required speeds.
Verify your CPU supports those speeds.
Confirm your motherboard accommodates them.
List each component individually so you can confirm.

L
LeLanN
Junior Member
4
06-17-2021, 09:10 PM
#3
The site doesn’t mention anything about speed support. On Intel it states 'up to 3200mhz on DDR4,' though I’m confused because I thought you could increase RAM beyond that. Your motherboard can handle even faster rates. Your profile lists your components correctly.
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LeLanN
06-17-2021, 09:10 PM #3

The site doesn’t mention anything about speed support. On Intel it states 'up to 3200mhz on DDR4,' though I’m confused because I thought you could increase RAM beyond that. Your motherboard can handle even faster rates. Your profile lists your components correctly.

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Acca
Junior Member
8
06-20-2021, 11:13 AM
#4
It’s rare for people to visit your profile, and having everyone on the same page makes things smoother. Not really. The Z690 UD tends to be one of the least effective boards for memory overclocking. It can sometimes hit 3600GHz in Gear 1 and around 4400GHz in Gear 2, but you should avoid using Gear 2 with DDR4. Generally, achieving stable performance requires a lot of tuning. 3600 CL16 builds often fail to maintain XMP stability, especially considering the weak memory options available.

If you’re trying to boost your RAM speed, start by identifying the exact memory modules you have. Manufacturers choose specific speeds based on their production, so you might encounter Hynix DJR or Micron Rev. E (reliable for overclocking), or Hynix AFR or Samsung 16GB (less reliable). Knowing your chips helps set safe voltage limits—some, like Samsung C dies, struggle above 1.35V, while others, such as Hynix DRM or Rev. E, can handle higher voltages.

Understanding your setup lets you anticipate timing requirements and chip consistency. For example, Samsung dies are known for instability, whereas Micron’s Rev. E can be solid if tuned properly. You’ll need to adjust several parameters before you can expect consistent results. It’s not just about cranking the clock; it involves careful configuration.
A
Acca
06-20-2021, 11:13 AM #4

It’s rare for people to visit your profile, and having everyone on the same page makes things smoother. Not really. The Z690 UD tends to be one of the least effective boards for memory overclocking. It can sometimes hit 3600GHz in Gear 1 and around 4400GHz in Gear 2, but you should avoid using Gear 2 with DDR4. Generally, achieving stable performance requires a lot of tuning. 3600 CL16 builds often fail to maintain XMP stability, especially considering the weak memory options available.

If you’re trying to boost your RAM speed, start by identifying the exact memory modules you have. Manufacturers choose specific speeds based on their production, so you might encounter Hynix DJR or Micron Rev. E (reliable for overclocking), or Hynix AFR or Samsung 16GB (less reliable). Knowing your chips helps set safe voltage limits—some, like Samsung C dies, struggle above 1.35V, while others, such as Hynix DRM or Rev. E, can handle higher voltages.

Understanding your setup lets you anticipate timing requirements and chip consistency. For example, Samsung dies are known for instability, whereas Micron’s Rev. E can be solid if tuned properly. You’ll need to adjust several parameters before you can expect consistent results. It’s not just about cranking the clock; it involves careful configuration.

C
Crazy_Heaven
Posting Freak
811
06-26-2021, 10:59 PM
#5
Thanks for the details. I attempted to download the app, but it refused to open it. I’m not sure what a SPD code means, though I understand the timing specifications.
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Crazy_Heaven
06-26-2021, 10:59 PM #5

Thanks for the details. I attempted to download the app, but it refused to open it. I’m not sure what a SPD code means, though I understand the timing specifications.