My point is they'll never put AMD in those devices cause they can't scale down to that TDP and would melt your hands. Best case scenario they'll get a deal for less shitty Intel chips.
My point is they'll never put AMD in those devices cause they can't scale down to that TDP and would melt your hands. Best case scenario they'll get a deal for less shitty Intel chips.
vs
Typical TDP of 8w is acceptable for that form factor. Let's not also forget Intel and AMD measure TDP differently. So the real meaning of these numbers is obfuscated.
I get your point though. Which is why I would be fine with the typical 10" formfactor of a netbook for the extra cooling of a slightly more powerful chip like the @ 15w TDP.
[Ryzen R1305b](https://www.cpubenchmark.net/cpu.php?cpu=AMD+Ryzen+Embedded+R1305G&id=3886) vs [Celeron 3965Y](https://www.cpubenchmark.net/cpu.php?cpu=Intel+Celeron+3965Y+%40+1.50GHz&id=3234)
Typical TDP of 8w is acceptable for that form factor. Let's not also forget Intel and AMD measure TDP differently. So the real meaning of these numbers is obfuscated.
I get your point though. Which is why I would be fine with the typical 10" formfactor of a netbook for the extra cooling of a slightly more powerful chip like the [Ryzen 1605b](https://www.cpubenchmark.net/cpu.php?cpu=AMD+Ryzen+Embedded+V1605B&id=3331) @ 15w TDP.
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