Yep. Definitely an interesting turn of events.so 4.0ghz base IS real. Wow.
I think I was hearing mid July for availability. I goofed up on the Computex thing... that was the announcement, not the launch.It's looking more and more likely that September was bogus. I hope to have one within the next couple of weeks.
I ordered my new Z97 motherboard last night. This is the first time I'm actually excited by a CPU release since the original Core 2 Duo was released.so 4.0ghz base IS real. Wow.
It's apparently a "next generation polymer thermal interface material."I'm still waiting to know if it was soldered or pasted.
I'm still waiting to know if it was soldered or pasted.
The TIM Intel used on HSW and IVB was actually comparable to the highest end pastes available to consumers.It's really not that hard to use good TIM sad that being built properly is now a "special feature" for a CPU
I'd imagine they had to, since they didn't use solder.And if pasted, did they do anything to address "the gap"?
Either solution is acceptable - be it soldered or simply minimizing the gap and using the same old TIM.
Intel is fully exposing its new Devil's Canyon processors to the public today in Taiwan. Sadly though, as of typing this, no samples have been released to reviewers, however Intel is "hoping to ship samples by end of week" for the Core i7 derivative. As far as the public getting its hands on a retailer processor, that will likely happen in 2 to 3 weeks. On the upside, we should be able to get a ton of hands on experience to our readers by the time you can purchase a Devil's Canyon CPU in retail.
So one 4790k did 5GHz? So that means it is possible. Need more thorough testing before saying what the chip can really do.
First review of an ES sample:
http://hexus.net/tech/reviews/cpu/70473-intel-core-i7-4790k-devils-canyon-22nm-haswell/
lol 4770k at 5.5 using only 1.35? what magical land did that mofo come from?
Intel's going to have to give Broadwell-K the same treatment, or else it'll be a useless part. I think this would explain why Skylake-K is farther out as well.
It is reasonable to assume that overclocking plays a big part in considering this processor. However, our engineering sample exhibited unexpectedly poor overclocking potential, barely stable at an all-core 4.4GHz