Ram software
Ram software
It shows 937 MHz, but the BIOS lists 1866 MHz. That’s a big difference—could there be a misunderstanding about the device or settings?
It's a reasonable pace for DDR3 memory. The highest speed you can buy right now is 2133 MT/s, which translates to an effective clock of 2133 MHz or a real clock of 1066 MHz. The next level is 1866 MT/s (about 933 MHz). ~Note: CPU-Z indicates you're using single-channel memory. For improved performance, consider a second identical stick to enable dual-channel operation.
You can try increasing the speed beyond 1866 MHz, but it depends on your motherboard and chipset capabilities. Check the specifications of your system to see what frequencies are supported. It’s best to stay within safe limits to avoid damage.
Looking at your setup, you're aiming to boost your RAM speed via an older BIOS. For the memory clock, your current setting is 1860 MHz (double 933 MHz). You have two targets: 2133 MHz or 2400 MHz. Consider the stability and compatibility of each option with your motherboard and BIOS version. Also, check if increasing the clock speed will actually improve performance or just cause instability. Don’t forget to verify voltage requirements and ensure your RAM supports the new frequency.
I don't recommend you to OC RAM unless you're willing to spent days doing it and doing your own research. It's the most complicated thing to OC and requires a lot of propper testing to avoid data corruption on your drives otherwise you may lose all your files quite easily even if your OC appears to work. Besides that... 1866MT/s is quite good for DDR3 and there is little to no benefit from pushing it any further. RAM clock is closely tied with RAM latency as well so having faster clock doesn't mean you will have faster RAM if you will need to increase the latency as well.
I've already shared my question about the method, and I hope no one tells me how to do it since I think I'll figure it out myself xd
Doubling your sticks for dual channel would significantly boost performance more than any overclocking effort. Dual channel halves memory bandwidth. Even with full 2400 MT/s, the gain would be only about 28%, which usually means higher CAS latency and voltage increases.