Cpufsb program

The latency tool can be downloaded here. Load your system and you will see the frequency increase to its nominal value. CPU-Z causes a general protection fault, or freezes my system, or causes a blue screen.

If it works, restore the "1" one by one, until the problem occurs again. Then send an email and mentioning which "1" is responsible. Why does CPU-Z misreport my memory module specification?

The memory theorical bandwidth is computed using the module access time information for the maximal CAS latency value, included in the SPD area.

If the computed bandwidth is lower than the one specified on the memory module, that means that the SPD information on the module is not correctly programmed, or most likely that the bandwidth is not given at the default memory voltage, but at a voltage defined in an extended profile EPP or XMP. Improved validation process for Alder Lake records. AMX instruction set support. AMD S processor. Improved support of Centaur CHA processor 1.

Preliminary support of Intel Alder Lake and Z6xx platform. Preliminary support of DDR5 memory. Intel Core 11th generation "Rocket Lake". Graphics Interface Link current speed and max speed Mainboard tab. Intel Z 1. Intel Rocket Lake preliminary support. Intel Core 10xxx Comet Lake processors. Preliminary support of AMD Ryzen 1. Increased clocks refresh rate.

Fix initialization error on Windows XP and 7. Spectre CVE microcode vulnerabilty in validation page. Intel new Coffee Lake desktop and mobile processors. New timers tool. New "-bench" parameter. Intel X 1. AMD ThreadRipper 1. AMD Ryzen 5 and Ryzen 3. New benchmark version MSI Gaming 32 or bit version. ROG version 32 or bit version. Gigabyte G1 32 or bit version.

Gigabyte OC 32 or bit version. Asrock Formula 32 or bit version. Intel Broadwell-E preliminary support. Intel Skylake and Broadwell support 1. Fixed support for Windows 10 build Intel Core M processors 1. Improved support for Intel X99 chipset. Support for Microsoft Windows Intel Haswell-E processors 1. Added graphic card vendor. Intel i, i, i, i Haswell refresh.

Intel Celeron Haswell G, G Intel serie 9 chipset Z Intel Atom Bay Trail-T preliminary support. Microsoft Windows 8. New version checker. That I assume is the reason that gigabyte boards shutdown and restart when changing such settings - to avoid the problem. If you oc from windows, the changes being made are significantly less than from 0 to preset. Regarding the programs - I have some comments on them. They might be brilliant in some situations, but they don't nessecarily work.

For instance on my work pc, a hp dc with an e, setfsb can only read the fsb, it can't set it - no matter which of the 3 types I tried mmt, slp and the other one. I suspect hp deliberately did something to prevent it from working. So on oem systems you may not find the solution you were looking for in software. And atitool didn't work very well with my gtx. It could set the gpu and mem speed, but the artefact check isn't able to figure out if the shader speed is too high.

So even though it'd run 20 minutes scanning for artefacts in atitool, a 3dmark test would crash at the nature scene when the lights were rendered. So don't rely on the button to automaticly find the best frequency if the shader is linked to the gpu speed.

OC that has trouble at bootup can't survive prime95 anyway. Software oc in Windows simply bypass the bootup by oc once it's already in Windows. It's bypassing the problem, not solving it. The oc is still unstable. When I purchased my first Motherboard back in for the previous 6 years, I had been using a custom-built Alienware, and before that, a Compaq laptop, and before that, a Pentium my dad put together, and before that, and Mac II Se , I didn't understand the point of software overclocking, especially since I had to redo the overclocking every time my machine started up.

To me overclocking was changing the FSB jumper from 1x to 1. Besides things like cool'n'quiet and whatever Intels version is Speedstep? Must make it hard to sell processors in granularities of a couple hundred MHz when you can overcome that through software without any changes to voltage or mupltipliers. Anyway, good article. Its nice to see the 3rd-party software that can be used, especially if you have no options from the hardware vendor.

That's my best guess