SyCoREAPER
Honorable
Thats the same justification HWUnboxed uses but that really only matters for synthetic means. Actual numbers would be equally of use.See my message literally right above your question.
Thats the same justification HWUnboxed uses but that really only matters for synthetic means. Actual numbers would be equally of use.See my message literally right above your question.
You asked a question. Not only did you get an answer, but you already were aware of the answer.Thats the same justification HWUnboxed uses but that really only matters for synthetic means. Actual numbers would be equally of use.
Whatever mister hostility, you approached me. I'm free to give my opinion. If you don't like it, move along.You asked a question. Not only did you get an answer, but you already were aware of the answer.
Now you're making it clear that you don't want the answer, but instead you want an explanation that YOU want, rather than reality.
maybe because this is a CPU hierarchy and not a GPU one ? maybe check the hierarchy for GPUs to get your answer. at 4k, that is more of a GPU limit then a cpu one.Why no 4K?
Actually at some salary income per hour it makes sense to just buy the best CPU on the market. If your buying decision usually takes 12 hours for the price-optimized cpu over a three year product-life period, then if you earn $50/hr, you can afford the extra $600 for the very best CPU and RAM and mobo if you skip the 12hr CPU selection process and just buy the best, saving 12 hours of researching, googling, looking at articles, reading forums, etc. With the best product it probably lasts 3.5 or 4 years so you'd more than break even ...It's a common theme in almost every area. Take high-end stereo equipment for example. You can spend 10x the money for 5% improvement. People buy high-end usually because they can. To some people, none of the highest-performing CPUs are worth the price. To others, price does not matter. For those people, the fastest gaming CPU is not actually the 5800X3D.
Wonderful resource, but I was really disappointed to see that the i3-12100 (or 12100F) is missing from these charts. Especially since the i3-10100, and i3-8100, for instance, are present...I have an i3-12100F, thanks to your article "Little Gaming Giant", and I would really like to see how it stacks up to others.Here is a resource to help you judge if a CPU is a reasonable value: The gaming CPU hierarchy chart groups CPUs with similar performance.
Intel & AMD Processor Hierarchy : Read more
Toms Hardware a source for Windows users only. Too bad. AMD and Linux have been a constant presence in High Performance computing. Always overlooked by Toms Hardware always will. Toms will not invest in Personnel who are Linux and High Performance Computing knowledgeable. Many single users are now build HPC single systems and enjoying development in many areas of High Performance computing. I would like to see Toms venture into Linpacs, and performance monitoring to include Networking and Message Passing Interfaces. I understand it will take time. You can get into really interisting subjects like module tuning both bound within the kernel and outside of the kernel.Here is a resource to help you judge if a CPU is a reasonable value: The gaming CPU hierarchy chart groups CPUs with similar performance.
Intel & AMD Processor Hierarchy : Read more
Difference between 99th percentile and full average I would assume.How is it possible that in newer test Intel Core i9 13900K scores 162 (first chart Average FPS (Geomean) Entire Test Suite 1080p Windows 11) while in older test (2nd page of article, first chart) it scores 212? 50fps less new vs old seems a lot of difference to me (considered that header of graph says exactly the same).
Other CPU present in both graphs show similar big difference of fps
I replaced my Ryzen 5 with an i5 3340 as I just use my pc for web design. I am planning to go big later down the line but for now i am good. For me it goes about use and price to performance. If I wanted to build my own new system now, The specs I want will cost me over 15k South African Rand. I got this I5 with 16gb ram which can oc to 2133mhz and rx470 for around R1500 in my currency. Obviously the Ryzen will kill it but not on a price to performance bases.I have an i5-3570. I have previously been told that an upgrade to (for example) an i7-8700K would see a significant improvement and would be well worth the investment. This article seems to say the exact opposite.
I presently have a 1920x1080 monitor and GTX960 GPU. My system is used for general office applications, surfing and limited gaming (WoW, with an intention to switch to Elite: Dangerous shortly).
Here is a resource to help you judge if a CPU is a reasonable value: The gaming CPU hierarchy chart groups CPUs with similar performance.
Intel & AMD Processor Hierarchy : Read more
I'd suggest to be sure run your PC thru the Detection process here, and them you can check most any game. One caveat occasionally it will tell you it won't run a game, but if you look at it's rating for each component, they all equal or exceed the requirement, so it might run in thaat case. It will also rate the Recommended Reqs as well as the minimum.I have an i5-3570. I have previously been told that an upgrade to (for example) an i7-8700K would see a significant improvement and would be well worth the investment. This article seems to say the exact opposite.
I presently have a 1920x1080 monitor and GTX960 GPU. My system is used for general office applications, surfing and limited gaming (WoW, with an intention to switch to Elite: Dangerous shortly).
I can't answer the bit about FCLK, but the two platforms are running different RAM kits. The Intel has G.Skill Trident Z5 RGB DDR5-6800, while the AMD has G.Skill Trident Z5 Neo DDR5-6000. I'm pretty sure AMD (and likely Intel as well) sent those kits with the review processors.Is there a reason why the raptor lake Intel chips are running OC: XMP DDR5-6800 & AMD Zen 4 chips running only OC/PBO: DDR5-6000 ?
Also, its not indicated what FCLK the Zen 4 chips are running in these tests. This is a metric that can influence performance outcomes for these chips.
Yes, 6000 was deemed the so called "sweet spot" with Zen 4 when OC when in 1:1. However there are mitigating factors affecting that. FCLK is one & minor RAM timings have an impact on Zen 4 performance more than Intel platforms. But that's getting complicated for most over clockers. There are sites out there that discuss this in more depth for them if they search for them.In addition to that, while I'm not sure if my memory (ha!) is serving me well at the moment. I seem to recall seeing that 6000 was considered the "sweet spot" for Zen 4, wasn't it?