This 'best' manufacturing process you speak of has been thus far incapable of producing a quad core CPU.
Doesn't seem that impressive to me.
This 'best' manufacturing process you speak of has been thus far incapable of producing a quad core CPU.
Doesn't seem that impressive to me.
2.6Ghz, damn that's impressive. The scores are equally terrible, compared to the 4790k.
I meant more about no quad cores on the horizon to be released, due to shitty yields on their amazing 14nm process.
Test 4790K Skylake quad Score/GHz Increase (%)
Integer 4168 2894 992 1113 12
Integer Multicore 17140 13308 4081 5118 25
Floating Point 4173 2991 994 1150 16
Floating Point Multicore 17234 14946 4103 5748 40
That cpu is definitely running at 2.6Ghz most, checked it's score in syssoft and there the turbo is reported correctely for all the Haswell counterparts. Why just 2.6? It's the same for all the samples, I saw many 2013 early Haswells who had the same limited clocks and we have 4.4Ghz chips now...
If you normalize to same clockspeed it isn't bad at all, check this:
http://browser.primatelabs.com/geekbench3/compare/2029330?baseline=1753502
ignore memory score, you have these results (I'm using 4.2GHz for Haswell part):
Code:Test 4790K Skylake quad Score/GHz Increase (%) Integer 4168 2894 992 1113 12 Integer Multicore 17140 13308 4081 5118 25 Floating Point 4173 2991 994 1150 16 Floating Point Multicore 17234 14946 4103 5748 40
That's one heck of an increase if geekbench is any good to measure it. Multicore scores are approaching the point where it's better a quad to a hex unless you have all the threads loaded for some reason.
The lack of Broadwell-K news/leaks must also be linked - I still fear something went drastically wrong with these chips.
