To my uninformed understanding, power efficiency wasn’t really the design goal. If it’s AWS’s power bill, do we care as much (presuming sustainable energy)?
>If it’s AWS’s power bill, do we care as much (presuming sustainable energy)?
I care because it's an interesting question regarding future trends in technology. More broadly, people care about a lot more than just what has direct short term applications to their jobs.
Fair. Trouble is, we’re never going to get Graviton2 devices of our own outside of an AWS datacenter or device; the power profile is intellectually interesting, but not likely to ever enter the public sphere.
I'm not sure why Amazon won't try to recoup some of the investment by designing and marketing other boards / devices with this chip, or by just selling it in quantities to some manufacturers (think telecom, home entertainment, industrial equipment, etc).
Based upon my experience, I’d say it’s going to be profitable in its own right just by powering EC2 instances. The same argument could be said to apply to Apple’s ARM chips.
As I said in my comment, their underlying cost structure has a direct relationship to the cost you incur (at least in the long run with semi efficient markets). There’s a reason why commodity markets tend to revert towards variable cost.
> There’s a reason why commodity markets tend to revert towards variable cost.
Is that some theory of economical model ?
Or is that a way of saying the final price of a product varies greatly because the commodity part with the product is only a small percentage of the TCO / BOM ?