CPU: E4300+stock hsf
mobo: Giga 965P-DS3
ram: ddr2 667
case: cooler master CAC-T05-UW, mid tower
Vcore: 1.325V, ambient T: 25C
Frequency: 1.8G:
TAT(C0/C1): 60C(100%) , 46C(idle)
Core temp(C0/C1): 46C(100%) , 29C(idle) ,
Frequency: 2.4G:
TAT(C0/C1): 77C(100%) , 54C(idle)
Core temp(C0/C1) 64C(100%) , 35C(idle) ,
Hi I am trying to oc my E4300 from 1.8G to 2.4G with stock hsf, but CPU temp is too high after I increased fsb from 200MHz to 266MHz leaving voltages unchanged. Since a lot of ppl here said there should be a no-sweat job for such a moderate OC, I am wondering if my case cooling condition is not good enough. Also, there is 20C difference between TAT and Core temp, which one is more reliable? Any good suggestions....
mobo: Giga 965P-DS3
ram: ddr2 667
case: cooler master CAC-T05-UW, mid tower
Vcore: 1.325V, ambient T: 25C
Frequency: 1.8G:
TAT(C0/C1): 60C(100%) , 46C(idle)
Core temp(C0/C1): 46C(100%) , 29C(idle) ,
Frequency: 2.4G:
TAT(C0/C1): 77C(100%) , 54C(idle)
Core temp(C0/C1) 64C(100%) , 35C(idle) ,
Hi I am trying to oc my E4300 from 1.8G to 2.4G with stock hsf, but CPU temp is too high after I increased fsb from 200MHz to 266MHz leaving voltages unchanged. Since a lot of ppl here said there should be a no-sweat job for such a moderate OC, I am wondering if my case cooling condition is not good enough. Also, there is 20C difference between TAT and Core temp, which one is more reliable? Any good suggestions....
