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New AdoredTV video on Zen2! Basically confirms what we've already all seen, can't wait for zen2!![]()
Wow, Lisa directly tagging him
wonder what that means, he's on the button no doubtThe hype train is real, 3850X - 16 core - Ryzen with max boost of 5.3GHZ, wonder how fast the threadrippers will beWow, Lisa directly tagging himwonder what that means, he's on the button no doubt
.The hype train is real, 3850X - 16 core - Ryzen with max boost of 5.3GHZ, wonder how fast the threadrippers will be.
The hype train is real, 3850X - 16 core - Ryzen with max boost of 5.3GHZ, wonder how fast the threadrippers will be.
5.3Ghz was mentioned in the AdoredTV video, but it was from a TSMC report on their 7nm cache speed at MINUS 40 degrees! So not normal air cooled operating speed!

So what your saying is we need an intel cooler for that 5.35.3Ghz was mentioned in the AdoredTV video, but it was from a TSMC report on their 7nm cache speed at MINUS 40 degrees! So not normal air cooled operating speed!


So, when it comes to AdoredTV, we can safely dismiss it![]()
So, when it comes to AdoredTV, we can safely dismiss it![]()
He also didn't say that either. He was talking about the speeds TSMC got in a test of their 7nm process at -40 degrees.
To be fair, he wasn't claiming it would run at 5.3Ghz, just referencing the document

He also didn't say that either. He was talking about the speeds TSMC got in a test of their 7nm process at -40 degrees.
To be fair, he wasn't claiming it would run at 5.3Ghz, just referencing the document
5.3 GHz is then not a good result. Imagine under liquid nitrogen these low clocks![]()
5.3GHz at only -40 degrees is a very good result for 1st generation 7nm process, and being "only" -40 degrees it bodes well that at normal operating temperatures a 7nm design could operate at 5GHz, and therefore by extension 7nm chiplets could hit that frequency.