Review of Physical CPU Counts
Review of Physical CPU Counts
I'm curious about how the usefulness of four main systems is decreasing, especially since I own one. Do you think they'll remain a solid choice even at the very low price point? Or are they just not worth it at all? Also, what do you think the timeline is for 6-core processors becoming the norm for basic gaming? And yes, I'm aware the Steam stats aren't perfect, but the figures are still worth looking at.
The idea of multi-core processors has evolved significantly since the i7-6700k 4c/8t era. The shift to big/little architecture means core quantity is less important, turning comparisons into something more nuanced.
I truly hope Steam would separate the CPU by model names, just like they did for GPUs. That said, I feel a bit torn. For a long time I thought 6 cores were suitable for entry-level performance, while 8 or more were better. We understand that comparing CPUs isn't easy, but the rapid advancements made it hard to rely only on core count for gaming performance. The top AM4 gaming CPU from the 5800X3D with 8 cores now matches the 6-core 7600X. It's trickier to place quad-core chips because the jump to the next step feels larger than the move from 6 to 8 cores. A model like the 12100F might outperform older chips such as the 10600K or 3600X, but not the newer ones like the 11600K or 5600X. On the Intel side, with DDR4 support on the 12100F and similar models, it could still work well for budget gaming without needing older used parts.
but we're also noticing 4 core processors similar to the newer i3 models, which are quite solid and affordable. It's not just about having more cores for better speed; it's a bit more complex. Most 4 core chips are from earlier generations, except for Intel's recent low-window releases. The trend seems to be shifting toward 6 or 8 core processors, which are generally faster and more efficient. I believe that having a 6 or 8 core chip won't be the main factor in performance, and newer 6 core models are significantly better than older ones. The 12100f appears to be a strong choice from Intel's recent lineup, though I'm curious about its longevity. Also, could you clarify which generation of quad-core processors are considered top performers? It seems not everyone is using the same high-end Haswell chips like my 4790.
I haven't seen many people using a system with just 4 cores over the past ten years. Six cores is usually considered a lower-end setup, while eight cores are more typical for a balanced build. My previous machine had eight cores, and the newest consoles also follow that trend.
More cores boost operating system efficiency since an OS is fundamentally designed for complex multitasking, heavy multiprocessing, and extensive threading. This enhancement supports overall system performance, even if it has minimal impact on a specific game you're playing.
More cores are usually better, though a newer 4-core setup might work too. Your current laptop with an older i5 has managed to run some games just fine, so it really depends on your needs. Generally, a CPU around the R5 3600 range should suffice for the next couple of years.
others prefer games with higher core counts and optimized performance, while others favor more RAM depending on the game. We offer high-core configurations and fast CPUs, so a quicker 4-core setup can match a slower 6-core one if it runs smoothly. I think games requiring intense real-time processing need many cores, whereas those focused on rendering can work with fewer but still depend on optimization. Some titles claim they run fine even with 8GB RAM, which was common back then. People often applied patches later to fix issues. There are also titles that remain stable regardless of specs, though 5-core setups might still struggle. Just because newer or older systems have more cores doesn’t guarantee better performance—optimization matters too.
AMD has already shown, it isn't always straightforward to add more cores for better performance. The V-cache usage offers a significant speed increase and developers are now designing games with these factors in mind. Many considerations have emerged, making it clear that merely counting cores isn't sufficient anymore. I’m familiar with the old thinking from around 6 GHz, but the landscape has shifted dramatically over the past five years. A generation of players has risen, bringing new expectations. For instance, 5800X3D on AM4 performs best, but the 7600X can match it in some titles thanks to improved performance per instruction and boost capabilities. Still, certain games like Cyberpunk 2077 rely heavily on maximizing cores and cache, especially as virtual cities grow denser. AI behavior and crowd management increasingly depend on CPU strength. Unless major changes occur in game development, we’re still in the early stages of this core competition.
There’s also another trend on the horizon—real generative AI. Within the next couple of years, we might see NPCs in games react dynamically to your actions, recalling past conversations and adapting responses. For logic and language processing, the CPU becomes the key component, not the GPU. It seems we’re only beginning what could become a major shift in core technology.