Hello All,
I am back here with my build woes. After sufferring a burn out I now have a Z790 TUF GAMING D5 board with a 13900k. I have left the settings/voltages etc at stock/auto and have enabled XMP1 which gives me 5600 MHz. Would I face any issues if I kept running it this way. I am fine with performance, but obviosuly during my workloads it constantly throttles the P-core to 5 GHZ and the E-Cores to 4.5 GHz and the temps remain at 100. A usual workload of mine takes 120 minutes to complete and I do 4-5 such workloads per day. I am hoping to keep the board(and everything else it hosts) for 4-5 years .
I did try to use adpative voltage setting on Global SVID, applying a negative offset of .28000 and the minimum turbo boost of (+).25000v, IBT was stable, but my workload eventually crashed the board. I am using a corsair 360mm elite cooler with 3x noctua 2000 rpm fans.
My question - would I burnout my CPU if I kept it stock, given that it will always be hot when doing compute heavy tasks.
I am back here with my build woes. After sufferring a burn out I now have a Z790 TUF GAMING D5 board with a 13900k. I have left the settings/voltages etc at stock/auto and have enabled XMP1 which gives me 5600 MHz. Would I face any issues if I kept running it this way. I am fine with performance, but obviosuly during my workloads it constantly throttles the P-core to 5 GHZ and the E-Cores to 4.5 GHz and the temps remain at 100. A usual workload of mine takes 120 minutes to complete and I do 4-5 such workloads per day. I am hoping to keep the board(and everything else it hosts) for 4-5 years .
I did try to use adpative voltage setting on Global SVID, applying a negative offset of .28000 and the minimum turbo boost of (+).25000v, IBT was stable, but my workload eventually crashed the board. I am using a corsair 360mm elite cooler with 3x noctua 2000 rpm fans.
My question - would I burnout my CPU if I kept it stock, given that it will always be hot when doing compute heavy tasks.