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Wait, 20 *milliseconds*? Either their kernel scheduler config is completely out of whack, or ARM/Qualcomm really screwed this one up.
Apple cores can boost to max in around 50 *micro* seconds. 20 milliseconds is just broken. That's more than one frame, and that's how you get janky UI response and dropped frames. I hope this was a config issue and these cores/designs really don't take 20ms to increase clocks (I could see that with a really bad regulator/power delivery system...)
From: https://chipsandcheese.com/2023/08/11/arms-cortex-a710-winning-by-default/
I don’t define anything, there are Java standards which define source code, binary code and runtime behaviour compatibility. That makes it possible to run Java apps on non-Oracle JVMs, use non-Oracle tools, etc. Android doesn’t have anything Java outside of source code. And even Java source code is not 100% compatible. It’s just not Java at all and never was. You can’t even use many open source Java libraries on Android because they are not Android compatible at the source level.
This is not true. See above.
It IS true! See the above indeed. In short - there’s no Java anything during runtime and never was.
How would you define what’s “Java” then. The language used by source code, or the compiled bytecode, or the runtime?
I don’t define anything, there are Java standards which define source code, binary code and runtime behaviour compatibility. That makes it possible to run Java apps on non-Oracle JVMs, use non-Oracle tools, etc. Android doesn’t have anything Java outside of source code. And even Java source code is not 100% compatible. It’s just not Java at all and never was. You can’t even use many open source Java libraries on Android because they are not Android compatible at the source level.