Is this about memory exercises or another topic? (No BIOS, no screen, plus more!)
Is this about memory exercises or another topic? (No BIOS, no screen, plus more!)
Resolved! Swapped the Thermalright CPU holder for the vintage stock bracket, mounted it and powered on with two DIMMs in slots B1 and B2. The system started smoothly without any problems. Updated the drivers, verified the BIOS—everything was fine. Added the remaining two DIMMs to A1 and A2, and the machine booted after a brief delay, then started successfully. I’m loading my files back onto the PC before shutting it down and connecting cables, then securing everything. Panels are in place. I can’t remember the bracket being the problem since it worked well on my MSI board with identical settings. Once I removed the cooler, I couldn’t see it, so it didn’t matter.
Original situation – All components functioned properly before the switch. I’ve been using it for a while, but with an MSI model that didn’t impress me, so I upgraded to a new one. Everything is installed now. After turning it on, the GPU LEDs lit green, RAM blinked, and the MoBo’s RAM indicator flashed. Waited about ten minutes, then powered it off. Cleared CMOS for ten seconds, used the Q-Flash Plus to update BIOS, and the system rebooted itself. All indicators came back on—display showed the GB logo briefly, then a Windows error saying the system failed to load. It reset itself.
Later steps – After five minutes, all lights returned, but the screen stayed dark for over thirty minutes. The mouse on the keyboard didn’t activate or show any movement.
Actions taken – Updated BIOS, reset CMOS, checked connections, power cycled, reinserted CPU and RAM. Current setup: New parts – MoBo; GPU – PowerColor Red Devil AMD Radeon 6950XT (with EKWB Block); RAM – 4x16GB G.Skill Trident; CPU – Ryzen 5 7600X with Thermalright bracket removed to 0.6nm; PSU – EVGA Supernova G6 1000W (custom cables); Cooling – Custom loop; Display – KTC 32" curved screen; Mouse – GMMK Pro / Model O. Updated May 18, 2024 by DanteCoal.
Removed two sticks. AM5 has specific needs for 4x16GB compatibility; it may work but often requires matching the correct BIOS version for proper boot and operation. If this resolves the issue, test various BIOS revisions until you find one that supports 4x16GB. AM5 doesn't affect temperatures like LGA 1700 does, and it can lead to memory problems.
Working on taking apart my loop to take out the TT bracket. I'll let you know once it's finished and I can restart with just A1 and A2 DIMM slots ready. Regarding the MoBo replacement, my USB 3.2 headers for the front I/O stopped functioning, and the ARGB headers on the MSI board didn<|pad|>, which didn't control my devices properly. It wasn’t a major problem, so I gave it a try after a couple days of troubleshooting. I checked the board and front I/O, but the issue persisted with any USB 3.2 headers. Plus, the USB-C header on the MoBo didn’t work either. I’ve run several BIOS updates, updated all drivers, and followed every tip MSI gave me—still nothing. I’m now handling an RMA for the board, keeping it as a backup, and trying to get it operational. The MSI model I’m using is the "Pro x670-P WiFi".
Hmm, I wasn’t expecting 4x RAM to work well with DDR5. There seems to be a reason behind that, or I could find a reliable source to learn more. If using 4x16 sticks really doesn’t help, maybe swapping them out would be better. My concern is resolved—I’ve updated the drivers, checked the BIOS, and everything’s running smoothly now. I installed the remaining DIMMs in A1 and A2, and the system booted without any problems. I’m currently transferring files before shutting down, so I’ll see how it goes. In the end, I don’t think the bracket was the problem, as I’ve used it before without issues. Since I can’t see it with the cooler on, I’m not too bothered.
Keep in mind the motherboard changes, and each type reacts differently to pressure. On LGA 1700, Gigabyte models seem unaffected, whereas ASUS boards often vary. This suggests the MSI board might have been more forgiving.
I checked the situation thoroughly. It appears the problem isn't just a minor concern—it's still an emerging challenge, and likely won't be fully resolved until the next generation of CPUs. The situation involves several elements: modern CPUs operate in dual split channels, and the performance of DDR5 RAM matches their capabilities. There are also timing compatibility issues, EXPO features, and sub-channel configurations. Most experts agree that adding more RAM sticks increases total capacity but can hurt speeds in a 4-slot configuration. This tends to be a drawback for gamers and casual users, though it suits heavy workloads needing extra storage. It seems Intel is also facing this challenge, as the issue centers around being ahead of the CPU development curve. For my current setup, I plan to stick with a 4x16 configuration and monitor performance. After a few restarts, it now boots into Windows in seconds. I'll evaluate how games and daily tasks perform before deciding further. It wasn't an issue on the old motherboard, but as @RONOTHAN## mentioned, it might just depend on the specific hardware.