The system only shows a single RAM stick, but you want to use more.
The system only shows a single RAM stick, but you want to use more.
I faced repeated crashes while playing cyberpunk and elden ring, so I thought about swapping the motherboard, CPU, and RAM. However, during setup, I managed to boot into BIOS only about once every five tries, and not at all when using all the RAM. Could there be compatibility problems with my CPU and RAM? Someone could help me identify the issue? To be clear, the system shows messages but rarely gives any signal. Usually, it stays on without a signal or, at best, boots into safe mode asking for BIOS settings and a boot drive. That’s the closest to normal operation I’ve seen, except when only one drive is installed.
I'll loosen the cooler this afternoon, thanks for the suggestion.
Yes, the ram are seated in proper order (+ same issue happens when all 4 are populated)
https://www.amazon.com/dp/B0BXHC74WD?ref...asin_title
<- heres the link
as for heatsink, the traditional coolermaster hyper 212
bios version is.... i'll figure that out when i restart to loosen the heatsink a bit.
I didnt actually recycle it that windows version (i think you mean have it just attempt to fix the previous installation right?) so much as formatted the OS drive and used a fresh windows 11 installer tool via USB.
I slightly loosened the heatsink again, but nothing changed. It might be easier to loosen it further. The BIOS version is American Megatrends Inc. 3042, dated 9/30/24. I attempted an update using a USB tool with the flash bios button on the motherboard, but it didn’t work. Could I have done it from within Windows with software?
Remove both drives and check if you can access the BIOS with both RAM installed.
Bios updates via the motherboard button often need a file rename. Look for guidance in manuals or online, such as flashback steps for Asus boards. If you manage to enter the BIOS, consider using ezflash instead.
Inspect the CPU socket for bent pins.
If your RAM operates at 6400MT/s, it could exceed the capabilities of the 7600X, which is "confirmed" to support up to 5200MT/s. Consider disabling XMP/EXPO/DOCP overclocking if active and revert to the standard JEDEC speed of 4800MT/s. You may achieve stable performance at 6000MT/s, but not at 6400MT/s.
https://www.cpu-world.com/CPUs/Zen/AMD-Ryzen 5 7600X.html
Integrated peripherals / components
Memory controller
Memory channels (total): 2
Supported memory: DDR5-5200
ECC supported: Yes
If only one of the CPU's two Integrated Memory Controller channels (A and B) functions properly, it might account for difficulties with RAM in both. For example, issues could appear in slots A2 and B2 or in A1 and B1.
Damaged contacts within the CPU socket may be linked to either IMC A or B, and DIMMs might only function correctly in one slot type.
In Dual Channel mode (which offers higher bandwidth), you need matching pairs of DIMMs in both channels—such as A2 with B2 (preferred) or A1 with B1—or fill all four slots. If RAM is placed solely in A slots or solely in B slots, the system will operate in Single Channel mode, resulting in slower speeds.
Adjusting the motherboard around the CPU socket (by over-tightening the cooler screws) occasionally impacts connections between CPU and DIMM sockets. Avoid excessive tightening to prevent reduced cooling efficiency. A balanced approach is ideal.
I recommend postponing a BIOS reflash if your current BIOS version is compatible with your CPU, unless your motherboard supports flashing alongside the CPU and RAM removal. If your system experiences instability or crashes during flashing, updating the BIOS could be risky—potentially causing permanent damage to the motherboard.
I prefer not to perform a BIOS flash without the CPU or RAM present, favoring clear instructions on the monitor during updates. A failed update might render the motherboard unusable, similar to a house brick.
Typically, I update the BIOS from within the system by pressing the Del key (or F1, F2) immediately after power-on, then navigating to the Tools section in BIOS. This usually shows a list of connected drives, including any USB memory stick with a valid BIOS file.
You choose the appropriate BIOS file from the stick, and the utility uses this data to replace the old one. The process takes about two to three minutes on most systems. I rarely update BIOS from within Windows, opting for simpler methods. In the past, I updated via bootable media and a DOS prompt.
Some users avoid using Corsair Vengeance with AMD CPUs, but I’ve successfully run four 16GB DDR4 DIMMs with a 3800X.
Your issue might stem from attempting to run RAM at an excessive speed, especially if you're using the auto XMP/EXPO/DOCP setting.
With DDR5 in a new configuration, it can take several minutes for "RAM training" to complete. You might assume the system isn't responding when it's just not fully trained. The safest approach is to start with 4800MT/s (without XMP overclock).
When installing four DDR5 DIMMs, be mindful that you may need to lower the XMP/EXPO/DOCP settings. In rare cases, the BIOS might default to slower speeds—such as 4200 or 3800MT/s—to maintain stability. Generally, two DDR5 DIMMs can be clocked more efficiently than four.