Nobina
Posts: 4,507 +5,519
Watch as Intel sells shitloads of 9600K regardless.
Hmm, yes I think it was unreasonable to expect an all core overclock of 4.6ghz now. I guess Intel CPUs in recent years will hit their boost on all cores automatically with sufficient cooling so I kinda expected the same. Do these things still boost one core to 4.6 if you manually overclock to 4.2? If they don’t then it would be interesting to see if manually overclocking actually has a negative effect on applications that are often bottlenecked by a single core.Common misconception: with the new bios the 3900x can now boost 1 core to 4.6ghz at a time whereas before, it wasn't able to. In no way can a 3900x hit 4.6ghz on all cores at the same time.
I believe the reviewed 3600 was able to hit 4.2ghz all core with an after market cooler which is very good.
But I don’t think 4.2ghz is all that impressive, it’s not much of an improvement over the previous gen and way short of Intel’s stock clocks. The performance numbers make do up for it, the IPC is clearly here on Ryzen 2 which makes it more disappointing, if these things could sustain an all core overclock of 4.6/4.7 then they have matched or even beaten Intel’s single core performance. However, these CPUs are still clearly better buys than the Intel parts and perform faster in most cases. Must say this 3600 is the one I’m most impressed with, the more expensive Ryzen 2 parts only seem to offer more cores for quite a bit more money and I don’t think most users really need more than 6/12 at the moment.
Actually, it was the published spec from AMD, who didn't clarify that it wasn’t an all core boost, something they conveniently didn’t tell us. Although in fairness to AMD for the 3600 the advertised boost was only 4.2. I don’t think it was unreasonable to assume it would be an all core boost as Intel chips and previous Ryzen chips will overclock all their cores to the advertised boost clocks.That's the keyword, leaks. There is no claim from AMD where the CPU can boost to that clock. Check Techspot article about that: https://www.techspot.com/news/80241-amd-announces-ryzen-9-3900x-flagship-desktop-cpu.html
Always take leaks with a grain of salt! Hopefully, you won't have an unreasonable expectation for unreleased products, then complaining when the product doesn't meet your "expectation".
And actually, these CPUs did mostly meet and actually exceed my expectations, with the exception of gaming, where I expected Ryzen to overtake Intel in ultimate performance. Which I can’t help thinking would have been met had it been possible to get all your cores up to 4.7ghz or so. However for all but users with more money than they know how to spend (people who buy 2080ti’s & Titans etc) these new Ryzen parts are clearly better buys for gamers. Especially this 3600, which comes remarkably close in gaming to its much more expensive 8 and 12 core brothers.
I also wouldn't bother with a packaged cooler if I intended to get close to a max OC, unless the cooler was really special. But when AMD released the 1600, they also released the 1600X and one of them had no cooler. So let's wait and see what options AMD give us as we haven't even seen the 3600X yet.And I can assure you, it would end up in the e-waste bin if I bought it and I do believe many others wouldn’t use it either, especially with temps in the 80s.
Process tweaks may increase clock speeds but it seems this is an architectural issue with zen/zen 2. Probably cache and memory latency is the culprit for "inferior" gaming performance. IPC is very good though, zen 2 still performs very nicely even with a clock speed deficit.I'm impressed with the box performance but also in a way disappointed that they don't clock as high as I had hoped.
I didn't have extremely high hopes like some, I felt 4.5-4.6GHz would be a good target but it seems they just can't do it. It is a very small minor complaint given the IPC advances made. A little extra clock speed would have erased any last performance gap to the highest end Intel parts though, especially in gaming.
Maybe AMD can work with TSMC and refine the steppings a bit, maybe 7nm+ will be ready within a year and give them a little extra push. In the meantime AMd have delivered parts that are going to sell very well and eat up more market share, for sure.
I'm actually running a Ryzen 1600 on a MSI B350 Tomahawk and I'm glad to see that I can have a significant upgrade with no need to replace the whole thing. As usual, great review
Does AMD even have those issues?It would also be interesting to see how sensitive the chips are to Spectre, Meltdown and other security holes.
The 2600x was at $240 only 9 months ago, and now it is half that:
https://www.microcenter.com/product...-am4-boxed-processor-with-wraith-spire-cooler
$110 with the $30 mobo discount. Why does AMD think they can keep trying to fool people to pay more?
Yes they will. It's still a good CPU.Watch as Intel sells shitloads of 9600K regardless.
Common misconception: with the new bios the 3900x can now boost 1 core to 4.6ghz at a time whereas before, it wasn't able to.
I don't think an extra 50-75MHz from PBO when using an $40+ aftermarket cooler (or 100-125MHz if you are using an expensive cooler) will make much of a difference. You are essentially getting the most of your CPU stock.You’ve not read the article then;
“You can enable PBO with the box cooler, but it won’t do much as you’re already near the thermal limit. Basically we gained 25 MHz for a 4 degree increase in temperature... needless to be said, we don’t recommend using PBO with the box cooler.”
It’s e-waste to me. This wraith stealth is not good enough for me, if I bought this CPU it would go in a box for a few years and inevitably end up in the e-waste bin at work. Looking at the temps in the article there are some huge temperature improvements to be made from using better aftermarket cooling.
TL;DR it's not e-waste.
The only reason to get an aftermarket cooler is if you plan on doing manual all core OC. You will sacrifice some single treaded perf, but you might gain in multithreaded perf. Or maybe you just simply want better temps.
When literally everybody is praising AMD for including what is essentially a $20-$30 stock cooler with decent coper heatpipes, design and noise levels, here you are not happy about it.
So AMD is better at stock but Intel beats them when OC'ed? That's what I get from this.
Ryzen 3600 is comparable at stock to a 9600K but a OC'ed 9600K would just beat it.
Looks to me Intel again wins if you after overclocking or going for a K model.
At this time, the only thing AMD is winning is productivity, shocker there and in pricing. Funny, they always had that and still haven't done much.
Zen 2 will be good for AMD as it's their best yet, I don't see them doing much to Intel, other than getting Intel to drop prices. As a consumer we win but for business, I still say Intel wins as AMD just hasn't done enough to make enough people switch.
What are you talking about? The benchmarks put the 9700K well within 10 FPS of the 9900K and it actually wins in some of the games. I suggest you revisit the 3900x review and check the numbers. Shadow of the Tomb Raider has the biggest difference between them and that's still sub 10 FPS (114 vs 123), the rest are basically equal. It's pretty much why ppl recommend the 9700K as the sweet spot for gaming.When I kept seeing the 3600 within 10fps of the 3900X, I cringed, because that's not how it's supposed to work. Flagships are supposed to be the far better performer. 3900X is $500 ffs! The only conclusion is 12 cores are too much for gaming. The 3900X should be an HEDT part. If the 9700K was within 10fps of the 9900K there would be pitchforks, but it's AMD so they get a pass? Um, okay.
Example: If the $200 3600 is doing 60fps and the $500 3900X is doing 70fps, what does that say about every chip in between? Why should anyone buy anything but he 3600 and 3900X for the foreseeable future? How is this going to help AMD dominate if they only have two chips for consumers worth buying?
Yes, the 3600 is awesome, but mistakes were made when designing Ryzen 2.
When I kept seeing the 3600 within 10fps of the 3900X, I cringed, because that's not how it's supposed to work. Flagships are supposed to be the far better performer. 3900X is $500 ffs! The only conclusion is 12 cores are too much for gaming. The 3900X should be an HEDT part. If the 9700K was within 10fps of the 9900K there would be pitchforks, but it's AMD so they get a pass? Um, okay.
Example: If the $200 3600 is doing 60fps and the $500 3900X is doing 70fps, what does that say about every chip in between? Why should anyone buy anything but he 3600 and 3900X for the foreseeable future? How is this going to help AMD dominate if they only have two chips for consumers worth buying?
Yes, the 3600 is awesome, but mistakes were made when designing Ryzen 2.
Yeah, I skipped mentioning that totally ridiculous statement. How can a 6-thread CPU be comparable with a 12-thread CPU?Have you read the second paragraph?
"Direct competition for the R5 3600 should come from Intel's Core i5-9600 which is listed at $213, but we don’t have that part on hand and it doesn’t appear to be on sale either, so the more expensive 9600K will have to do. It costs $255 and doesn’t include a box cooler, so it's not the exact match we were going for, but it will be interesting to see how they stack in terms of raw power."
When I kept seeing the 3600 within 10fps of the 3900X, I cringed, because that's not how it's supposed to work. Flagships are supposed to be the far better performer. 3900X is $500 ffs! The only conclusion is 12 cores are too much for gaming. The 3900X should be an HEDT part. If the 9700K was within 10fps of the 9900K there would be pitchforks, but it's AMD so they get a pass? Um, okay.
Example: If the $200 3600 is doing 60fps and the $500 3900X is doing 70fps, what does that say about every chip in between? Why should anyone buy anything but he 3600 and 3900X for the foreseeable future? How is this going to help AMD dominate if they only have two chips for consumers worth buying?
Yes, the 3600 is awesome, but mistakes were made when designing Ryzen 2.