4 ms·
> generally don't have too great of an opinion of this ecosystem. +1. > Pretty much the best deal on the market, unless you have specific issues with it. For
by segfaultbuserr 6y ago
> generally don't have too great of an opinion of this ecosystem.
+1.
> Pretty much the best deal on the market, unless you have specific issues with it.
For example, if you try Linux or BSD, and you'll find none of the peripherals works, and the community reverse engineering efforts will take years before getting basic functionality, and even then, the battery will only last for 2 hours and nobody besides Apple knows how exactly the power management mechanism works, thus PM will forever be broken. I learned my lesson the hard way on Windows tablets.
There was a time when "non-x86" is automatically developer/hacking-friendly (ancient examples are SPARC, MIPS, and those ARM Chromebooks were probably the last examples...), now the landscape has changed. I always want to use a non-x86 machine as my desktop, but perhaps it's time to abandon this idea.
- barbacoa 6y agoAMD was originally going to release a desktop ARM CPU along with the x86 ryzen. The crazy part was they were meant to be pin compatible. AMD abandoned the idea due to complications and to focus on ryzen instead. We were so close to ARM desktops, probably wont see one for another 8 years. https://www.extremetech.com/computing/181867-amds-project-skybridge-new-arm-and-x86-chips-that-are-pin-compatible https://www.extremetech.com/computing/181867-amds-project-sk...
- segfaultbuserr 6y agoWow... I hasn't heard of the project before, knowing its failure makes me unhappier ;-( BTW, In my dream, I hope there exists an ATX compatible motherboard and a standard specification for its CPU-board, so that you can fit an ARM machine inside an existing computer chassis, and allowing you to upgrade the chips by simply swapping CPU boards. On paper it looks possible, but in practice there are some potential problems (based on my limited electronics knowledge): signal integrity (PCI-E should be solvable, but DDR3 is extremely problematic) and heatsink. However, a compromise to put DRAM on the CPU board (soldered or socketed) should be fine, and heatsink is hopefully solvable if the CPU is power efficient. The HoneyComb LX2K workstation [0] is essentially designed based on this idea, it has a CPU board on top of a Mini-ITX board, and it doesn't need heatsink. Still, without many high-performance ARM CPUs for selection, it's essentially only a big Raspberry Pi... [0] https://www.solid-run.com/nxp-lx2160a-family/honeycomb-workstation/ https://www.solid-run.com/nxp-lx2160a-family/honeycomb-works...