High-temperature RAM at 200°C! Stops overheating with Skill Trident Z Royal DDR4 3600mHz CL16 32GB (4x8GB).
High-temperature RAM at 200°C! Stops overheating with Skill Trident Z Royal DDR4 3600mHz CL16 32GB (4x8GB).
I favor the RAM Test from Karhu SW for its speed compared to free tools like Memtest. Run it for a minimum of 2 hours or four full cycles with no errors. If you notice any faults early, it indicates a problem, but it doesn’t guarantee faulty RAM—possibly due to incorrect timing settings on the motherboard.
Your system runs with four 3600 MHz RAM modules connected to a 5800X processor. This configuration can be stable if properly configured, but ensure proper cooling and monitoring to avoid crashes.
the ram sensor seems to work fine when off. for crashes or instability, it’s best to reach out to @RONOTHAN##. i’m not sure what temperatures they can handle before powering up, but if you turn it on, 175c probably won’t help much. to affect the rams, aim for around 200-220c—either by removing them from the pcb with a BGA rework station or using a heat gun. make sure to follow the reflow process so the pcb layers stay intact; rapid heating or cooling can cause delamination. they’re designed to survive certain max temperatures, but soldering them onto the pcb requires careful timing. most rams are fairly tolerant of voltage changes, often handling scaling well before any loss of performance. some models won’t degrade past about 2v, so pushing them above that could cause issues. i wouldn’t be surprised if powering them above 100c destabilizes them.
Adjusting the timing and reducing the clock speed improved performance. No more crashes or stuttering occurred. Temperatures stayed under 50 °C during operation. Appreciate everyone's feedback on this issue!