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Core 9000 series

Yeah,according to the AMD CEO in June they said 14NM would be for "leadership products" for the next 12 to 18 months.

You mean Intel CEO
https://www.extremetech.com/computi...ew-details-on-10nm-delay-future-14nm-products

And yes, 18 months is pretty bad delay imho because by that time there is Zen 3 made with 7nm EUV, and GF Fab 8 already is in test production since February of that process.

As for your Ryzen 3 comments. The move from 14nm to 7nm in GF/TSMC provides either 60% power reduction or 40% outright performance gain at same power.

AMD can choose either or a combination, especially if the likes of B350 & X370 are going to be supported, I see a 30%-20% power reduction and 20%-30% perf increase. That will bring lower the power consumption and easily beat the competition.
However if AMD decided to stick to the same power delivery, 40% perf gain could translate easily to the rumours of 15% IPC gain and higher clock speeds, so 5Gh Ryzen 3 could be possible. If not more on the same power envelop of Zen 1. :eek:
(which is already more power efficient than all Intel CPUs including 4 core Kabylake).

As for the numbers I used here is the source, TSMC process is even better. But lets keep hope bit "low" ;)
https://www.extremetech.com/computing/263286-sitting-globalfoundries-talk-7nm-euv
 
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Guys, i just visited Gigabyte's site and didnt find anything indicating their z370 mobos will work with new i7 9700k and i9 9900k. Am i searching wrong, am i missing something or isn't a certainty that Gigabyte's z370 mobos will work with the new CPUs?
Many thanks!
 
You mean Intel CEO
https://www.extremetech.com/computi...ew-details-on-10nm-delay-future-14nm-products

And yes, 18 months is pretty bad delay imho because by that time there is Zen 3 made with 7nm EUV, and GF Fab 8 already is in test production since February of that process.

As for your Ryzen 3 comments. The move from 14nm to 7nm in GF/TSMC provides either 60% power reduction or 40% outright performance gain at same power.

AMD can choose either or a combination, especially if the likes of B350 & X370 are going to be supported, I see a 30% power reduction and 20% perf. That will bring lower the power consumption and easily beat the competition.

Well I see them less likely to increase clockspeed a large amount as they need to make the design portable between two different nodes,so they need to have some leeway. So I expect they will increase core count,and look at improvements to the cores over sheer clockspeed,which for me is fine,as once the node is more mature they can concentrate on clockspeeds.

Unless AMD has some serious issues with 7NM or Intel can get a breakthough on 10NM,its quite possible AMD might be able to get to a new node quicker next gen and I can see why Intel is trying to release a 5GHZ 8C/16T CPU to upstart it at all costs. Having said that we should keep mention of Ryzen 3 to an AMD thread TBF,just in case!! :p
 
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Guys, i just visited Gigabyte's site and didnt find anything indicating their z370 mobos will work with new i7 9700k and i9 9900k. Am i searching wrong, am i missing something or isn't a certainty that Gigabyte's z370 mobos will work with the new CPUs?
Many thanks!
The CPUs will be under NDA so they can’t acknowledge that they exist yet.
 
Guys, i just visited Gigabyte's site and didnt find anything indicating their z370 mobos will work with new i7 9700k and i9 9900k. Am i searching wrong, am i missing something or isn't a certainty that Gigabyte's z370 mobos will work with the new CPUs?
Many thanks!

Wait until release - as mentioned above the CPUs are officially not out yet.
 
Guys, i just visited Gigabyte's site and didnt find anything indicating their z370 mobos will work with new i7 9700k and i9 9900k. Am i searching wrong, am i missing something or isn't a certainty that Gigabyte's z370 mobos will work with the new CPUs?
Many thanks!

No manufacturer has announced anything yet tbh. We might not see the 8/16 been supported by any Z370 and be Z390 only.
Leaving only 8/8 for Z370
 
No manufacturer has announced anything yet tbh. We might not see the 8/16 been supported by any Z370 and be Z390 only.
Leaving only 8/8 for Z370
That would be a rather odd thing to do and be difficult to convey to consumers. Especially as hyperthreading can be disabled in BIOS, so that the i9-9900 will run in 8/8 mode. It would be cleaner just to say no 8-cores on Z370.

However, I think it is more likely that 8-cores will be supported on Z370. Given that Z390 is essentially Z370 and recent BIOS updates for Z370 include CPU ratios for 8-cores. Intel will probably say, check with your motherboard manufacturer for support.
 
Its interesting that AMD dropped a little tidbit today - 7NM Epyc is sampling in 2018 for introduction next year. This means 7NM Ryzen is probably sampling this year too.

So does that mean 7NM Ryzen 3 against 14NM CFL MK2?? Or is Intel going to be able to release a 10NM CPU in time??
Amusing that amongst a discussion of annoying Americanisms you'd butcher the word "titbit". :p
 
Videocardz have posted an ASRock H310 motherboard with a "8 Core CPU support" sticker. It's looking good for those of us with Z370 boards.
Hmm, I wonder if we will see non-K 8-cores at a later date, which would be a better fit for H-chipset motherboards.
Could it be that in a heavily threaded workloads setups the 8700K will actually out perform the 9700K?
I think it is unlikely. You would need to have a workload which is more than 33% faster with hyperthreading enabled. Which is pretty unheard of; but there may be some weird fringe case. When averaged across a number of different applications I suspect the 8-core will come out on top. I am sure Intel will have tested this out before deciding on the final positioning/naming within the range.
 
More cores is all well and good but game devs still be like.
5375fb9b6b1c01b014925d01927171faac255db0da03990426a1778a80e82c64.gif
 
But how will Overclockers de-lid, apply lurpack's special paste and re-sell with huge mark up?!

WON'T SOMEONE PLEASE THINK OF THE MARGINS?!

YUL1Qlz.jpg


Copper and Silver IHS edition - a way will be found!! :p
Amusing that amongst a discussion of annoying Americanisms you'd butcher the word "titbit". :p

LOL.
More cores is all well and good but game devs still be like.
5375fb9b6b1c01b014925d01927171faac255db0da03990426a1778a80e82c64.gif

It would not surprise me if the Core i5 8600K is close to a Core i9 9900K at similar clockspeeds.
 
Here is my question.

Could it be that in a heavily threaded workloads setups the 8700K will actually out perform the 9700K?

Yes, I expect it.

It is very likely the 12 threads will be equal or faster in well-done multi-threaded applications. In lightly threaded applications, it should be the same performance plus-minus the frequency difference.

I base this observation on the fact that the 8700k shows 43% higher multi-threaded performance than a 8600k.
So, 8600k + 2 cores?
http://cpu.userbenchmark.com/Compare/Intel-Core-i7-8700K-vs-Intel-Core-i5-8600K/3937vs3941
 
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