How does the different voltages influence the stability regarding the CPU, the memory etc? For instance, if I know the memory is limiting the overclocking, which voltages are then worth raising? Or if I have a good marigin on the mem sticks, but the CPU is limiting, which to raise? I also would like some input on reasonable levels. I should say that Im talking about Intel C2D (and C2Q) processors here.
Vcc: Ok, this makes the CPU stable. And if reading the processors spec. there is recommendations about maximum voltage. As a general rule, 1,5V with 65nm and about 1,175 with 42nm, right?
Vdimm: This is clear too. Stabilises the memories which are specified for a certain voltage. But most mems work with 2,1V, right?
Northbridge Voltage: Stabilises the communication with the CPU and memory, right? But, what is a reasonable voltage? In my P5B-E BIOS the default level is 1,25V and the next is 1,40V, which looks like a big step to me.
FSB Termination Voltage: Helps stabilise the CPU? How about the memory? I have red that more than 1,3V is risky. Correct?
Southbridge Voltage: Do I ever want to raise this one? It just affects SATA, PCIE and PCI, right?
ICH Chipset Voltage: Do I ever want to raise this one?
Matt
Vcc: Ok, this makes the CPU stable. And if reading the processors spec. there is recommendations about maximum voltage. As a general rule, 1,5V with 65nm and about 1,175 with 42nm, right?
Vdimm: This is clear too. Stabilises the memories which are specified for a certain voltage. But most mems work with 2,1V, right?
Northbridge Voltage: Stabilises the communication with the CPU and memory, right? But, what is a reasonable voltage? In my P5B-E BIOS the default level is 1,25V and the next is 1,40V, which looks like a big step to me.
FSB Termination Voltage: Helps stabilise the CPU? How about the memory? I have red that more than 1,3V is risky. Correct?
Southbridge Voltage: Do I ever want to raise this one? It just affects SATA, PCIE and PCI, right?
ICH Chipset Voltage: Do I ever want to raise this one?
Matt