MSI OC Genie
MSI OC Genie
MSI OC Genie, AsRock OC Tuner, Asus AI Overclocking, Gigabyte EasyTune etc., are just basic OC tools for beginners. Using them usually involves a single click, which is why they provide some CPU or system overclocking, but often at excessive voltage levels. Although these settings might slightly improve performance, they don’t clearly indicate the changes made inside BIOS. This can lead to various stability problems. In extreme cases, such as overclocking, hardware failure could occur. Overall, if you really want to adjust your CPU, it’s better to do it manually through the BIOS. Or simply skip it altogether. These so-called "convenient" one-click OC options are risky for hardware. They’ve always been problematic.
These products are just marketing tricks. They’re like using regular fuel in a high-performance engine—short-term gains, but long-term damage. The hardware simply can’t handle the stress, and it will fail quickly. A CPU that once lasted decades might only survive a couple years. Or a motherboard that works for just a few minutes. The H61 chipset wasn’t meant for overclocking at all.
MSI boards are a PIA. Getting to the BIOS is difficult for me, often requiring some effort. I've experienced many no-signal situations even after the smallest BIOS updates on MSI. Removing all but one RAM stick usually produces a video signal. This tricks the MB into believing there was a hardware change and prompts it to use safe defaults.
MSI MoBos running up to Intel 90-series chipset might require PS/2 KB for BIOS access. This is confirmed with my MSI Z97 Gaming 5 MoBo, which doesn't support USB KB for BIOS entry or navigation. It doesn't work at all, even after trying two different USB KBs. However, with a newer MSI MoBo model like the Z170A Gaming M5, I can use USB KB without any problems.
Have you attempted reducing the CMOS pin? New boards won't reinitialize the BIOS by simply taking out the CMOS battery.
Cmos is located on the bios chip, which has two sides. One side holds factory defaults permanently, unless overwritten by a bios update. The other side stores user settings and changes to the bios, functioning like RAM, and needs voltage to remain active. Damaging the cmos pins or disconnecting the battery for an extended period will erase this memory, leaving it blank. Restarting or resetting will require a fresh boot using factory defaults. This occurs on every motherboard, and it’s not an immediate issue—removing the battery briefly isn’t certain due to residual power, and pin damage may take longer, ranging from a few seconds to several minutes.