Sure, but the leaker also posted a picture of AMD Threadripper/EPYC CPU heatspreader with AMD ENG SAMPLE written on it
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AMD Discussion
- Thread starter koyoot
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.200GE review:
https://www.techspot.com/review/1698-amd-athlon-200ge/
I think it is locked precisely so that OEMs don't have to worry about customers overclocking and burning their systems, as well as reducing the temptation of a hacked BIOS. And perhaps to nudge beginners towards cheap A320 chipsets and 2666MHz RAM (and less risk of self-inflicted problems).
It looks like there would indeed be room for slightly faster models that always beat the Pentiums.
https://www.techspot.com/review/1698-amd-athlon-200ge/
I think it is locked precisely so that OEMs don't have to worry about customers overclocking and burning their systems, as well as reducing the temptation of a hacked BIOS. And perhaps to nudge beginners towards cheap A320 chipsets and 2666MHz RAM (and less risk of self-inflicted problems).
It looks like there would indeed be room for slightly faster models that always beat the Pentiums.
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What about quad core APUs with a minimal GPU for 2D and FreeSync passthrough (I guess it would be nice if every desktop part including Threadripper added that)?
It should of course support 3D rendered GUI elements and charts.
1 CU?
Chiplet candidate.
It should of course support 3D rendered GUI elements and charts.
1 CU?
Chiplet candidate.
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Same for ASRock
.B450 mITX from ASRock is 33A/phase 3+2 phase power delivery circuit. Gigabyte B450I Pro is 50A/phase 4+2 phase power delivery Circuit.
Gigabyte has made a mITX MoBo GOAT.
Yes, the Strix is expensive.Price/Performance/Features/Efficiency ratio
But nothing with only one M.2 slot is great nowadays (970 was).
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It won't affect the capacity, because the H310 chipsets were on hold for production because of capacity constraints for few months, already.
Apple A12 Bionic is 83 mm2, and has 6.9 Bln transistors. It equals to 82 mTR/mm2. All of products that will be built on 7 nm TSMC process, regardless whether it will be HPC or N7 will have this level of density.
To give you perspective. Direct 1:1 shrink of 192 mm2 Ryzen Zeppelin die would be 60 mm2 on N7 process.
That is mind blowing density. Vega 20 has 326 mm2. It equals to over 25 bln transistors! Twice the amount of Vega 10.
To give you perspective. Direct 1:1 shrink of 192 mm2 Ryzen Zeppelin die would be 60 mm2 on N7 process.
That is mind blowing density. Vega 20 has 326 mm2. It equals to over 25 bln transistors! Twice the amount of Vega 10.