это уже не wccf

Coffee Lake is based on a 14nm fabrication node and would see a release in August or September with desktop version in a 4-core and 6-core model. It is rumored to be 15% faster compared to Kaby Lake. These would be tied towards the H370 and Z370 chipsets, and you guess it .. it will have a new socket. Obviously Intel will release K models (unlocked) in the Coffee Lake generation. In Q1 2018 Coffee Lake-S would see the light of day, these are dual-core parts.

http://www.guru3d.com/news-story/intel-6-core-coffee-lake-surfaces-in-geekbench-(again).html

Confused about all the different codenames and architectures? That is understandable, given all of the processor updates as of late. The Cliff Notes version is that Coffee Lake will replace Kaby Lake as Intel's mainstream processor line. It will retain the same LGA 1151 socket and should work with motherboards that support Kaby Lake, though a BIOS update will probably be required.
Read more at https://hothardware.com/news/intel-coff ... YCS8ql2.99

Забавные эти "новостники", один-единственный первоисточник повторяют из раза в раз.

У последних Гуру, на L3 мамонт что ли наступил?

Короче пока процов на руках не будет у обычных юзеров, нормально понять какому обзору верить, а какому нет не получится.

обратим внимание на потёртый своевременно в инете подробнейший обзор

матери дебауер забраковал

А, вот у поляков, в магазине, где я корпус и БП брал, материнки 2066 появились. А, процев, нет)))) https://www.morele.net/komputery/podzes ... 1172999/1/

первое сообщение на этой странице

Однако температуру Tjmax в BIOS можно и нужно выставить равной 105°C. Без этого, согласно der8auer, невозможно добиться частоты в 5 ГГц.

в http://computeruniverse.ru/ от 15 тысяч мп

"As far as I can see it's more about the heatsinks than the phasecount. Fun fact: All the boards I've tested so far stayed cooler without their heatsinks and some airflow than with their heatsinks on. Unfortunately the manufacturers do more care about design than efficiency and that's a huge mistake. The ASRock board you've mentioned [ASRock X299 K6 Gaming] should reach it's limits pretty soon [The guy want's to overclock to 4.5GHz] . The single 8 Pin connector also is a reason for that. I'd generally recommend you to go with a board with more than a single 8 Pin power connector if you're interested in overclocking."

"I've just tested the Gigabyte X299 Aorus Gaming 3 and at 4.3 GHz with 1.15V I already measured 105°C at the backside of the voltage regulators... You can guess what the temperature will be with 4.5 GHz at 1.25V or even higher overclocking.

Tomorrow [today] I'll test the MSI X299 Gaming Pro Carbon and the X299 SLI Plus. As far as I can see there's not a single board I'd recommend you for heavy overclocking. My first APEX sample had troubles with 5GHz and wasn't able to handle these clockspeeds at higher load. But ASUS listened to my feedback and reworked their cooling design completely and also they're using better thermal interface pads now.

The 400 € ASUS Prime X299-Deluxe wasn't even able to handle 4.8GHz."


"Today I've tested the X299 Gaming Pro Carbon AC: At 4.6 GHz, Prime26.6 (non AVX!) at 1.25V the CPU got throttled by overheating VRMs already after 10 minutes.
[...]
I'm going to test the X299 Gaming M7 ACK tomorrow. The X299-A by ASUS is throtteling at 4600 MHz @1.25V."

My initially favored ASUS Prime X299 Deluxe also has only 8 plus 4 PINs. My goal of 4.7 GHz with a cache clock of 4,000 MHz seems hardly accessible with the board.
Also the heat development (105 ° C @ load), which I always feared, in the SpaWas of the board, seems to have been confirmed. As it currently looks, sufficient cooling for a good 24/7 OC is not easily possible.
This is a crucial disadvantage of the Skylake-X. Nevertheless, I would not buy because of the bad gaming performance no thread-Tripper.

Fatal1ty X299 Professional Gaming i9 : 13 phase power design DrMOS --- claims 720A , Newegg photos have 6 components on back of CPU VRM area suggesting 6 phases doubled (Fairchild Semiconductor FDMS3668S likely as the x99 Taichi used)
X299 Taichi : 13 phase power design DrMOS --- claims 720A