I was pretty hyped up for ARM for it's RISC architecture and low power usage (I was thinking of making me a meme handheld with my own tiny OS) but then I find out:
>most boards come with unreplaceable firmware
>almost every component has a separate backdoor OS (ThreadX for VideoCore in Aspieberry Pi for example)
>SoC producers try to lock down every single piece in fear someone will understand their shitty design and find their botnet
>can't compile your own kernels, can't get decent OpenGL performance, can't do shit because of the lockdowns
x86
>can replace firmware
>everything is accesible thru memory mapping and port i/o (except some ethernet and video cards but that's none of intel's fault, they got FOSS drivers for iGPU)
>top performance
why wouldn't Intel deserve it's monopoly? try not to get up in your feelings and respond logically
poo in loo xd
IIRC isn't the specs of ARM open source?
If that's true I can imagine it's so the competitors don't get a hold of their optimizations and cannibalize each other
>>55566328
Its Qualcomm's fault, someone needs to leak their PBL that's printed onto the chip.
Agreed that these are real issues, but they aren't really ARM's fault. ARM is still a much nicer ISA than x86/amd64.
Anyone have suggestions for a non-shit ARM dev board?
>>55571608
Aw man, Cortex-M3/M4 is so good for learning, MIPS maybe?
>>55571608
>ARM is still a much nicer ISA than x86/amd64.
Nope intel pretty much killed ARM for servers with Xeon-D.
Pic related has desktop i7 multi-core performance and a max TDP of just 45W. ARM literally has nothing to compete against this in performance or energy efficiency.
You have to remember x86 is no longer 100% CISC, just basically a RISC cores with CISC interpreters.