[Gigi1]

Autor Wolverine

Oni nisu jebeno normalni s ciframa
https://www.anandtech.com/show/11869...top-processors

prva dva kometara ispod clanka

Eight generations of being a little bitch. What a legacy!

After over 10 years of being stuck at 4 cores in the mainstream, intel finally has 6 and they plan on having 8 next year.

I love how fangirls say this has nothing to do with amd being competitive, and is just intel's typical same old strive for innovation.

i9 rivjui su vani, na nexusu su ih delidali...

https://www.gamersnexus.net/hwreview...s-power-review

kao sto se ocekivalo TR jaci u perf/watt

Intel does manage to definitively claim the highest performing slots in our benchmarks, but also manages to claim the award for consuming the most power, using the worst stock thermal solution, and requiring more money to be spent on CLCs or high-end coolers. Where the company gains single to low double-digit percentage performance jaunts, it also gains triple-digit power consumption increases. Overclocking headroom is tremendous, making the Intel i9-7960X a serious enthusiast option and a lot of fun to work with, but it does require modifications to truly tap into performance. Yes, 4.6GHz overclocks can be achieved stock – but not easily, and often with loud cooling solutions. With liquid metal, we dropped those cooler requirements down to 280mm X62 units with reasonable noise levels. With LM, we were pushing 4.7GHz to 4.8GHz on 1.24-1.25VID, reaping remarkable performance leaps of ~25-30% over stock. That’s impressive.

But again, it’s at the cost of 500W down the EPS12V cables, upwards of 615W, in some tests. It’s also at the cost of $700 more than a Threadripper 1950X CPU. If you’re the type to genuinely overclock a CPU and leave it at the upper-end of its clocks and performance, the i9-7960X runs away from the TR 1950X. If you’re the type to use a CPU stock, well, depending on the test, the TR 1950X may be a better value for money. This even applies to the type who might not care about initial cost: We’re talking single-digit percentages in some cases, but for significantly more power consumed. Overclocking is a different story, as is Premiere. Our Premiere benchmark is a major shining light for the CPU (but also shows the 7980XE as producing diminishing returns), roughly halving the render time with CUDA from the 1950X results we have. But this is also heavily project-oriented, and our project is not representative of all performance in Premiere. Please keep that in mind.

It’s hard to outright recommend either of these two CPUs. There are places where they’re good, and the above data should help you determine whether that fits your needs. There are also places where they’re woefully power inefficient compared to nearby rival Threadripper, which also must factor into the decision.