The Best CPUs 2019: This is what you should get

Kinda surprised the i7-9700K didn't get a mention when referring to the best gaming CPU.

Exactly, it's significantly cheaper for pretty much the same performance.

It (and the 9900k) also benefit from the fact they produce as much heat as a small nuclear reactor so heating bills in winter will be cheaper.


There are rumors that using Intel chips with cheap Intel stock coolers, to replace the original nuclear reactor, is the real story behind the Fukushima Daichi disaster...
 
I have a 9700K with a Dark Rock cooler and can hardly get past 4.8ghz without hitting 90c on a full load. My computer would just thermal throttle at 5.0ghz. Technology is here but a reliable cooling method is not. (and no liquid cooling with a radiator is not better...)
 
I have a 9700K with a Dark Rock cooler and can hardly get past 4.8ghz without hitting 90c on a full load. My computer would just thermal throttle at 5.0ghz. Technology is here but a reliable cooling method is not. (and no liquid cooling with a radiator is not better...)

Dark Rock is a beautiful monster. Can't believe you reach 90 C with that behemoth. I'm curious if Dark Rock gets loud at that CPU temp?
 
If the article is updated. The comments should be deleted as they related to old content?
 
Last edited:
I thought the 24 and 32 core 3960x and 3970x actually matches or beats the 9900k in gaming (due to better bandwidth or better ram improvements?)? Also, how does the $500 12 core/24 thread 3900X compare vs the 9900K in gaming and gaming + streaming/multitasking?
 
Nice to see the 2700X still going strong. I'll consider upgrading when the 4000 series comes out.
 
"destroys", "smokes"....hmmm the article smells of ...fire and brimstone.
and btw why did the author feel the need to say the i5-9400F has no integrated graphics?! Perplexed reader here as the AMD also has none.
Because it's unusual for Intels non-K CPUs to not have iGPU. As an Intel fanboy, you should know this.
 
9700K has 95W TDP, no more if you don't overclock it. That's pretty much standard for intel K CPUs since forever.
TDP for Intel is at stock clock and turbo is enabled by default. With turbo we're talking about 180 W (factor in voltage increase, not just frequency, from stock to turbo).
 
I thought the 24 and 32 core 3960x and 3970x actually matches or beats the 9900k in gaming (due to better bandwidth or better ram improvements?)? Also, how does the $500 12 core/24 thread 3900X compare vs the 9900K in gaming and gaming + streaming/multitasking?
I had a look at a lot of 3960 and 3970 benchmarks on other sites and they saw consistently lower gaming fps than the 9900K and lower than HUB/TS showed. Frankly that was what I expected and even here at HUB/TS a lot of games still had the 9900K on top.

But that's not the point. The 9900K and 9700K are gaming chips. As GN Steve said, the point of comparing TR chips to them in games is to see if you need to buy a separate system when you have downtime from doing real work.

You don't.

The TR chips are only a few % down from the 9900K in games so game away. Just don't expect to do the reverse and use the 9900K for heavy multithreading workloads as it's wayyy more than a few % down from the TR chips for that.
 
After years of computer building, using Intel "contact" design, AMD has to do a lot more to convince me to go back to the days of spending hours straightening pins with tweezers and a magnifying glass. Unless they did move to the contact design, did they? Ever since AMD became relevant again, I've read article after article about their "incredible" chips, and not one writer bothers to mention anything in that regard.
 
After years of computer building, using Intel "contact" design, AMD has to do a lot more to convince me to go back to the days of spending hours straightening pins with tweezers and a magnifying glass. Unless they did move to the contact design, did they? Ever since AMD became relevant again, I've read article after article about their "incredible" chips, and not one writer bothers to mention anything in that regard.
It's probably a non-issue for the vast majority of builders. I built 3 PCs in the past 2 years, 1 Intel and 2 AMDs and I couldn't tell you what type of CPU insertion either brand used. Whatever they used, all worked well enough not to call attention to themselves and I went on with the build.
 
I like a CPU that displays 4k videos with 240 hertz, without any problems, and doing a lot of additional jobs at the same time without any slowing down and problems.
 
Back