Yes best read the guide that darket posted a link to. Good info there. Another good tutorial is the der8auer one here:
This is using an Asus board so you'll need to find out the Gigabyte equivalents for the options but shouldn't be to tough.
That will likely require 2 things 1) 10nm on it's feet 2) EMIB that's comparable to infinity fabric.
I'm not sure about number 2 but number 1 isn't ready yet and may not be for a while.
Your PC is going to make as much heat as it makes. The first thing to do (if not done already) is tune the voltages on the CPU/GPU to as low as is needed to be stable. If that's still to hot you'll need to underclock your system or get air conditioning of some kind in your room.
True, though Intel did say this was cascade lake (presumably more refined 14nm process), though it seems that was not the case. Hell even if it was ...
Edit: God knows at this point what's been said/done. Though it sure is shifty.
LOL yeah. It's impractical and Intel already know it. This was all about raining on AMD's day today. Though it doesn't look like it's worked out too well.
There does appear to be a bit of ambiguity here.
Intel are now stating that this product will come to market in Q4 https://www.anandtech.com/show/12893/intels-28core-5-ghz-cpu-coming-in-q4
If it is running on phase change we can assume the 5GHz is an OC and not the actual turbo frequency. Bit...
Yes you're probably right. Though i meant the source i heard that from wasn't 100%.
Most likely. Actually i think this is socket 3647, it's a repurposed server grade board Asus are using... Not sure. :confused:
It's a custom cooling loop. https://videocardz.com/newz/asus-dominus-spotted-with-28-core-cascade-lake-x-cpu
Looks like 4x80mm coolers on the VRM LOL. 1000w draw from what i hear (take with a pinch of salt).
Interesting that it only has 6 dimm slots (6 channel), perhaps the dominus mobo isn't...
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