Phenom TLB Disable Tool and Phenom MSR tweaking tool

[justapost]

@sam2008: fyi the source code for crystalcpuid and sysinfo can be downloaded here.

http://dl.crystaldew.info/download/C...PUID414Src.zip

[sam2008]

Thanks justapost . Had I known about this, it would have saved me tons time from reading the assembly code in the sysinfo.dll to get the functions needed for doing readmsr/writemsr. Good thing is I won't be in legal trouble if I disclose the code,. I can also post my source code if you guys need it.

@sam2008: fyi the source code for crystalcpuid and sysinfo can be downloaded here.

http://dl.crystaldew.info/download/C...PUID414Src.zip

[justapost]

Thanks justapost . Had I known about this, it would have saved me tons time from reading the assembly code in the sysinfo.dll to get the functions needed for doing readmsr/writemsr. Good thing is I won't be in legal trouble if I disclose the code,. I can also post my source code if you guys need it.

Yeah, realized it cuz i had forgotten my benchmark software usb stick and had to download it again.
So I dropped my plans to write an gui tool for multi management. CrytalCPU has multi management for intel chips which should be extendable to support phenoms p-states.
But at the moment i'm more interested in writing an power saving module with tweakable p-states for linux.

[sam2008]

justapostSounds interesting. Although I am not very familiar with Linux programing. If GCC supports inline assembly code, it might work.

__declspec(naked) void Ring0ReadMSR()
{
_asm
{
rdmsr
mov [ebx],eax
mov [edi],edx
retf
}
}

//////////////////////////////////////////////////////////////////////
// WRMSR
//////////////////////////////////////////////////////////////////////
__declspec(naked) void Ring0WriteMSR()
{
_asm
{
mov eax,[ebx]
mov edx,[edi]
wrmsr
retf
}
}

Yeah, realized it cuz i had forgotten my benchmark software usb stick and had to download it again.
So I dropped my plans to write an gui tool for multi management. CrytalCPU has multi management for intel chips which should be extendable to support phenoms p-states.
But at the moment i'm more interested in writing an power saving module with tweakable p-states for linux.