My idea was to buy 2400 to save money and OC her to 3200.I believe Nanya manufacturer the DRAM for Kingston.
Why are you trying to get 2666 out of 2400 RAM?
Increasing the RAM above it's manufactured speed is more likely to create instability, especially without the appropriate voltage.
When I bought the price it was absurdly more expensive. But now the price is cheap, I'm thinking of selling my memories and buying 3200And you cannot buy 3200-rated RAM because.....?
I'm not an overclock professional. But, yes, I tried everything, it is not stable above 2666Have you tried with higher timings?
Like 5-5-5-15 first 3 are sum of 4 th +/- 1.
Take internet videos lightly, they have completely different circumstances, don't always show the truth and ultimately, every single component is different. Some will OC very well, some won't - and it will also depend on your other components.On the internet there are some videos Hyperx Fury 2400 stable OC to 3200
Yes, I spent 6 hours trying to up any frequency above 2666, but it is not stable. I see reports that OC with nanya chips do not work very well, I did not know that my hyperx would be nanya.Take internet videos lightly, they have completely different circumstances, don't always show the truth and ultimately, every single component is different. Some will OC very well, some won't. I apologise, but I'm not following why Nanya are part of this, I believe they manufacture the DRAM for most Kingston modules.
But you might just be reaching the peak that your modules can handle in relation to the rest of your build.
I can understand it must be frustrating though.
Are you increasing voltages accordingly?
I noticed the same issue when I bought RAM, recently, for a system build; and I agree that prices in the 3200 - 3600 range are a bit on the hefty side. But, waiting a while and buying the higher spec memory does make things a lot easier in the long run.when I bought the price it was absurdly more expensive