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> Increasing instructions-per-clock requires much bigger CPU cores, and the dies Apple use for their SoCs are famously enormous. While other chip manufacturers
by jorvi 2y ago
> Increasing instructions-per-clock requires much bigger CPU cores, and the dies Apple use for their SoCs are famously enormous. While other chip manufacturers are very conscious of performance/$, Apple's vertical integration gives them wider margins and their customers are much less sensitive to value. So Apple can afford to spend a lot more on bigger chips that are on par in performance but have much greater efficiency.
This is the money shot. Margins on Android phones are often in the single digit percentages, they have even had periods where they’re negative. Qualcomm or Mediatek could easily make phat chips but there would be almost no market for them.
I am very curious what the actual performance of the Snapdragon X is going to be. Laptop margins are often just as thin, so it can’t be too expensive a chip either..
- mmaniac 2y agoApparently[1] Snapdragon X is cost-competitive with Intel. That article discusses Raptor Lake on Intel 7, which is known to have razor thin margins, but Meteor Lake is reportedly expensive too. Intel's uncompetitive foundries continue to be an millstone around their neck. I'm sceptical of Snapdragon X's real world performance until these things actually ship. There's a lot of big promises made. Intel promises big too. [1]https://videocardz.com/newz/snapdragon-x-series-chips-cost-only-half-as-much-as-intel-raptor-lakes-with-battery-life-up-to-98-higher https://videocardz.com/newz/snapdragon-x-series-chips-cost-o...