Good luck to see 150% improvement...
There is one small catch in this "marketing crap": these days it's rare to see your kernel hogging CPU/RAM, so if you bother self with some profiling, etc - you will soon figure out that most of RAM and CPU hogged by ... applications, DE and so on. And since they're same - good luck to see 150% speedup, he-he. On other hand, it's "quite unlikely" that some unknown team could manage to write enough hardware drivers in time, add competitive set of features to their OS, etc. And they have to be at least on par with competitors in terms of features and then still be able to run faster, which is not to be taken as granted. This requires really decent team and good project management to work in long term and perform well. It's not like if it's impossible but it's a really hard task. I would even call it "almost impossible". So if someone want to outperform Linux, okay, they have to try. But they have to implement (almost) all features it haves if they want to be considered seriously
There is one small catch in this "marketing crap": these days it's rare to see your kernel hogging CPU/RAM, so if you bother self with some profiling, etc - you will soon figure out that most of RAM and CPU hogged by ... applications, DE and so on. And since they're same - good luck to see 150% speedup, he-he. On other hand, it's "quite unlikely" that some unknown team could manage to write enough hardware drivers in time, add competitive set of features to their OS, etc. And they have to be at least on par with competitors in terms of features and then still be able to run faster, which is not to be taken as granted. This requires really decent team and good project management to work in long term and perform well. It's not like if it's impossible but it's a really hard task. I would even call it "almost impossible". So if someone want to outperform Linux, okay, they have to try. But they have to implement (almost) all features it haves if they want to be considered seriously
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