Time will likely resolve the matter. Why be in a hurry?8C16T for $200 isn't unrealistic...
Keep your 2600 and wait for 4th gen. You can make a decision to go new 4th gen or used/new 3rd gen in 2020. The 2600 is still more than capable.^ Personally if I can get a Ryzen 7 3700x for around $300 next year and can sell my Ryzen 5 2600 for $100, I will be very happy as long as the 3700x performs as well as I believe it will.
But obviously I will not make any decision regarding upgrading until I see how the 3700x performs on my ROG Strix B450-F Gaming MB.
For me the worst case scenario I foresee is that I upgrade to a Ryzen 5 3600 and OC it like I am currently doing with my Ryzen 5 2600.
Either way I am happy with my current setup and won't even consider upgrading for at least six months or so.
I completely agree that my 2600 meets and even exceeds my current needs.Keep your 2600 and wait for 4th gen. You can make a decision to go new 4th gen or used/new 3rd gen in 2020. The 2600 is still more than capable.
Why so eager to embrace the return to status quo?Time will likely resolve the matter. Why be in a hurry?
In Intel's case, you may end up waiting for ~10 years.I'll wait until the products are more stable, and prices drop....like they always do.
Xerox, half agreed. IBM, you can't be more wrong.True, but Intel has been that way from the outset, so I stopped expecting them to come down to the same level that the rest of us live on.
Of course, Xerox and IBM had the "We're the best. They'll be back." attitude, and look at what they lost because of it. Neither is a shadow of what they used to be.
If all turbo functions well then OC is not needed. Why would you want to bather with OC if CPU can run at it's maximum as it is. OC is to fix flaws, not a goal unto itself. With proper testing at manufacturer they can be divided according to performance and you would get exactly what you bought.Is there any info if these new Ryzen will overclock better than previous generations? Or does intel cpu:s still be the best for oc potential
... OC is to fix flaws, not a goal unto itself...
If you consider doping and litho variances to be falling short of the manufacturing idea, and consider that less than ideal state to be a flaw, then it's logically consistent.
... There would be no reason for K model if they were not selling flawed CPUs so they don't have to throw them away.
...
For the first part. that's more about binning, best ones are binned highest within same series so some 9900k can't hit 5 or 5.1 GHz but some I have seen can be OCed to 5.3GHz. If they could all of them would work at 5.3GHz but they can't.But again, how overclocking FIXES the flaws of manufacturing is what is intriguingly illogical to me. The flaws in the CPU I buy are what they are, I can't fix them by overclocking. I will only expose them when I reach the limits of what I won in the silicon lottery, this is even true with a 'K' CPU. Not all 9900K's will do 5.1Ghz, as I understand it.
I think maybe your meaning is that that marketing non-K CPU's is something that fixes an inherently flaw-filled manufacturing process. Not that I believe Intel's shunts only seriously flawed CPU's to the non-K SKU's though. I'm perfectly confident it's the marketing types who've segmented the market such that Mfg. and Engineering are obligated to fill the pipeline with dies that could just as easily be sold with a 'K' suffix.
Just keep in mind that the sample sizes there are still too low to draw any definitive conclusions from. Currently, they stand at 3 user benchmark runs for the 3700X, 1 run for the 3600X, 14 runs for the 3600, and no runs for the 3800X and 3900X. Plus, there can be other performance differences that appear in real-world software that are not necessarily reflected by this benchmark, and most people will likely be more interested in how real-world performance compares. : )This just appeared 5 minutes ago -
Note that this thread was from back in May, just after the prices and specifications were announced. Prior to that, there were some rumors going around about unrealistically-low pricing. I wasn't buying those rumors, but was a little disappointed to see that AMD didn't even match their 2000 series launch pricing. The 3600 is the same price as the 2600 was at launch, but the 3600X is $20 more than the 2600X was. And considering there are two 8-core parts, just as there were before, the 3700X could arguably be considered a successor to the 2700, but priced $30 higher, and the 3800X a successor to the 2700X, but priced $70 more. That's not exactly a straightforward comparison though, since the 3700X does appear to outperform the 2700X by a fair margin, but it was a little disappointing to not see a lower-clocked 8-core for $300, as there had been before. As it is now, the lowest-priced 8-core costs 65% more than the lowest-priced 6-core. For most current usage scenarios, adding those two extra cores seems like a more difficult upsell than it had been before. Of course, these chips do appear to be more competitive than ever to Intel's offerings from a performance standpoint, so many might be willing to pay a bit more for them.Wait can you guys be more specific please?
What exactly disappoints you about the Ryzen 3000 based only on what we know BEFORE the release?
Do you have a actual Time it can be shown? It's late afternoon where I am and still nothing. 🙁I have just seen some CB r15 benchmarks, 3600 is giving some 195 points while my 2700x is 176 in single core. That's not bad considering that single core of mine is pushing 100MHz more than 3600's boost clock. It's just few hours until NDA ends and there will be flood of real benchmark scores all over the place.
Sorry, no idea about actual time, it may depend on time zone of AMD's main office or something else. If it was like new year start than it would be time on Tuvalu island.Do you have a actual Time it can be shown? It's late afternoon where I am and still nothing. 🙁