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Core 9000 series

yeah that 9700k looks tasty, the speed binning is close between the 9700k and 9900k with stock clocks only 100mhz diff, usually the stock clocks have a bigger gap. So $100 extra for 100mhz higher stock clocks and 8 fake cores.
 
I don't understand why anyone would compare HEDT, with £300+ motherboards, to a normal desktop chip? Why not just get the Ryzen 2700X, they are <£300, have 8c/16t and will be able to take the newer CPU's due out next year, and the year after that, probably with more cores too.

Some very good boards like the mATX Taichi, are not that more expensive than the good Z370 boards.
Also X399 is a much better platform.
 
Some very good boards like the mATX Taichi, are not that more expensive than the good Z370 boards.
Also X399 is a much better platform.

What has Z370 got to do with my quote of the other guys quote? Did you even bother to read the previous comment, it would appear not. I distinctly asked why the person would compare HEDT TR4 to the new incoming 9 series, go back re-read the comments and then respond to that part of the thread.
 
What has Z370 got to do with my quote of the other guys quote? Did you even bother to read the previous comment, it would appear not. I distinctly asked why the person would compare HEDT TR4 to the new incoming 9 series, go back re-read the comments and then respond to that part of the thread.

Factoring in the potentially high price of the 9900K and a decent motherboard why not see what else can be had for that kind of money? A Taichi board and 1900X could be for about £550. A slower CPU but a platform with massive upgrade potential for less money initially. Lots of PCIe lanes, 3xM2 off the CPU etc. Yes if you must have 200+ FPS at 1080p with a 2080Ti the 9900K is the way to go, otherwise there are other options for the money :)
 
yeah that 9700k looks tasty, the speed binning is close between the 9700k and 9900k with stock clocks only 100mhz diff, usually the stock clocks have a bigger gap. So $100 extra for 100mhz higher stock clocks and 8 fake cores.
+ the cache size if that makes much difference?
i think ill opt for the 9900k as it sure wont be any slower than the 9700k when it comes to anything
 
yeah that 9700k looks tasty, the speed binning is close between the 9700k and 9900k with stock clocks only 100mhz diff, usually the stock clocks have a bigger gap. So $100 extra for 100mhz higher stock clocks and 8 fake cores.


The 9700k 8 core is comparable with 8700k 6 core 12 threads in cinebench. Seems the HT makes up a lot even though the 8700k has two less cores.
 
The 9700k 8 core is comparable with 8700k 6 core 12 threads in cinebench. Seems the HT makes up a lot even though the 8700k has two less cores.

cinebench is pretty much the worst possible way to measure expected performance. Yet ocuk members treat it as gospel.

HTT in real world performance doesnt give anything like the performance you think it does, its probably the biggest scam on consumer cpus for a long time.

People on here willing to pay £100, £200, or even more premium for HTT for no real reason other than it looks good in cinebench and its cool to have more threads.

cinebench paints the absolutely best possible picture for HTT, the reason is HTT is moderately useful for software graphics work, it bears almost zero resemblance to consumer workloads yet tons of review sites use it, and its craved upon here.

In the real world, a 8 core cpu vs a 6 core cpu will be 25% faster in multi core workloads. The logical threads arent very relevant.

As an example

XTU 3353 marks 8600k
XTU 3845 marks 8700k
XTU 2249 marks 6700k
XTU 2338 marks 7700k

Thats the other extreme. For consumer workloads like browsing, watching videos, gaming, HTT adds on average 0-10% performance, and it can also decrease performance due to cache thrashing.
 
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cinebench is pretty much the worst possible way to measure expected performance. Yet ocuk members treat it as gospel.

HTT in real world performance doesnt give anything like the performance you think it does, its probably the biggest scam on consumer cpus for a long time.

People on here willing to pay £100, £200, or even more premium for HTT for no real reason other than it looks good in cinebench and its cool to have more threads.

cinebench paints the absolutely best possible picture for HTT, the reason is HTT is moderately useful for software graphics work, it bears almost zero resemblance to consumer workloads yet tons of review sites use it, and its craved upon here.

In the real world, a 8 core cpu vs a 6 core cpu will be 25% faster in multi core workloads. The logical threads arent very relevant.

As an example

XTU 3353 marks 8600k
XTU 3845 marks 8700k
XTU 2249 marks 6700k
XTU 2338 marks 7700k

Thats the other extreme. For consumer workloads like browsing, watching videos, gaming, HTT adds on average 0-10% performance, and it can also decrease performance due to cache thrashing.

I tested an i5 2500k and i7 2700k in my nephews pc and the 2700k got a higher minimum FPS in games...
 
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