Product code K is available on the secured chipset.
Product code K is available on the secured chipset.
Sure, but there are some issues too. For instance, the R5 3600 price is similar to a tray costing 9700k, which is really costly in my country. For the Ryzen, I’d need a memory with 3000+ MHz, adding up to 3300x and around 450. Clearly, a 6-core or 8-core processor would last much longer than a 4-core one.
You only have 9100F? Because your previous comment is around 9400F and has a Ryzen 6 chipset. For gaming, having more cores isn't the main priority—speed of RAM matters more. You might also discover used Z chipset boards; this platform is still new enough for such items to remain in decent condition.
I originally intended to buy the 9400f but couldn't afford it. That's accurate, though back then a 2-core 4-thread or the 7700k with 4 cores and 8 threads would have been sufficient. Over time, as I learned more, I realized I'd need at least a CPU with HT and 6 cores. Eventually, I upgraded later, aiming to future-proof my system as much as possible. Of course, it's not just about the number of cores—higher-end models like the 9700k and 8700k are roughly a gigahertz faster than the 9400f.
Higher clock speeds are useless without sufficient memory speed. This is my usual comparison: old American muscle versus European tin cans and match boxes. Games are similar to racing tracks with turns and straightaways, whereas tasks like rendering or benchmarking (Prime95, Cinebench) resemble drag strips or oval tracks. A setup with a big CPU but slow memory won’t perform well when you need to change direction. Faster memory also extends how long a system runs before it slows down. I swapped my old 1600MHz DDR3 just because 2133MHz seemed to boost game performance by at least ten percent. Assassin's Creed Origins, for instance, achieved mid-50s to mid-70s frames with this change alone. The DDR4 platform will notice this soon, especially when DDR5 arrives.
You also require high-speed memory for the 9700K. Otherwise, it completely undermines the goal because it will be limited by poor power delivery (B-series boards won't suffice for top performance). The slow memory and thermal constraints mean you'll need a robust cooler.
It's accurate, though we're unsure about the release date of DDR5. I think it's safe to assume it won't be fast enough for 2666, but the supported speed should work fine. It can't make up for the CPU's power loss if I don't upgrade the processor. Still, with all factors in mind, I might save more for a better system later.
Absolutely, that makes sense. I’ve thought about keeping it cool without overclocking—it stayed under 95W, which should be okay for the VRMs. If I need to account for those extra 10% losses, a completely new setup might be the best idea.
The 95w specification, if used, indicates the 9700K will operate at its base clock speed, resulting in more than a 25% reduction in performance compared to typical expectations.