I don't think you understood the quotes you quoted.
Making RAM run faster than it is rated is more likely to cause problems with the RAM than to remove problems with it.
If the RAM can't get data to the CPU fast enough, the CPU will wait for it, and then perform the correct calculation. It won't try to perform the calculation without the data, and therefore get a garbage result, wich is what someone was suggesting.
The stability of a chip is a measure of how likely it is to perform the correct calculation, and return the correct result, when given an instruction. It has nothing to do with how long it actually takes for the chip to return the answer.
Making RAM run faster than it is rated is more likely to cause problems with the RAM than to remove problems with it.
If the RAM can't get data to the CPU fast enough, the CPU will wait for it, and then perform the correct calculation. It won't try to perform the calculation without the data, and therefore get a garbage result, wich is what someone was suggesting.
The stability of a chip is a measure of how likely it is to perform the correct calculation, and return the correct result, when given an instruction. It has nothing to do with how long it actually takes for the chip to return the answer.
OS: Windows 10 64 bit Professional
CPU: AMD Ryzen 5900X
RAM: 48GB
GPU: Radeon 7800 XT
CPU: AMD Ryzen 5900X
RAM: 48GB
GPU: Radeon 7800 XT