Can you increase the RAM speed past what your motherboards can handle?
Can you increase the RAM speed past what your motherboards can handle?
Hi there,
After testing CS:GO on my personal PCs (i5-3470 & R9 290X) and the one I built for my grandparents (i3-6100 & RX 460), I realized that my i3 consistently hits smooth 200+ FPS, whereas my i5 often falls short above 110. I’m sure it’s not just about the CPU, though the i5-3470 is old and still performs better than the newer models. As for which GPU is faster, that’s a separate matter.
My main observation is that RAM speed (CAS and MHz) plays a significant role in my gaming experience.
Now, regarding your question: Can I overclock my RAM on an ASRock H61M-VG4 motherboard that only supports up to 1600MHz? My RAM is a 2x4GB kit at 1866MHz from HyperX Fury DDR3.
HenkDeGamer is clarifying the situation without any changes to the original text.
It's not due to the RAM, and there will be no advantage at all when moving from 1600 to 1866.
The reason lies in the RX 460, which was built for e-sports games.
It's not due to the RAM, and you won't gain any advantage going from 1600 to 1866. The reason lies in the RX 460, which is built for e-sports games. That's why I'm swapping my R9 290X for an MSI GTX 1060 with 6GB. Would the 1060 provide more stable frame rates? Or are you suggesting that a $110 RX 460 will outperform both in FPS for e-sports titles? And could you still address the RAM concern? I enjoy experimenting with technology, so any performance improvement would be welcome.
HenkDeGamer is clarifying the situation without any changes to the original text.
The discussion focuses on performance expectations for gaming, comparing graphics cards and their impact on gameplay.
HenkDeGamer is discussing performance differences between graphics cards for e-sports gaming. He mentions the RX 460's suitability for competitive titles and compares it to the MSI GTX 1060. The conversation also touches on RAM limitations and performance expectations, with a request for temperature readings under load.