@aurora sadly every competitior just vomits out some boards with shit to nonexistent documentation.
You might - if you don't need #ARM64 but could also use #ix86 / #amd64 - choose some #ThinClient like a #hp #T620 which can be had for as little as €30 with power supply, optional stand, 4GD DDR3L-SODIMM and 8GB M.2 B-Key SSD.
#t620 #hp #thinclient #amd64 #ix86 #arm64
@billgoats I recommend something like a #hp #T620 #ThinClient for those that want to poke with #Linux on the #Desktop.
You can get one used with 4 GB RAM, WiFi and power supply for less than a @Raspberry_Pi #Pi4B2GB or #CM4WLite1GB at MSRP.
It'll run anything from #RaspberryPiOS for #ix86 and #lightweight #Linux distros like @bunsenlabs #BunsenLabsLinux to @ubuntu #UbuntuServer LTS and even @tails #Tails.
Tho #UbuntuDesktop will feel very slow on it.
But with something like #Porteus it's fine.
#porteus #UbuntuDesktop #tails #ubuntuserver #bunsenlabslinux #lightweight #ix86 #RaspberryPiOS #cm4wlite1gb #pi4b2gb #Desktop #Linux #thinclient #t620 #hp
@ki Angesichts dessen dass der Output kein #Copyright haben kann sehe ich das Problem nicht.
Hinzu kommt dass es z.B. bei Programmiersprachen nur eine finite Anzahl an richtigen Methoden gibt um etwas zu tun.
So würde ich identische Zeilen an #x86 - #Assembly in #NTLDR und #GRUB oder #SystemdBoot nicht als qualifizierend betrachten weil's auf #ix86 und #amd64 nur bestimmte Wege gibt Zeug in RAM zu laden und zu booten...
#amd64 #ix86 #systemdboot #Grub #ntldr #assembly #x86 #Copyright
@fwaggle is that a real #EeePC 701 4G?
If so, have you tried @Raspberry_Pi #RaspberryPiOS for #i386 or @bunsenlabs #BunsenLabs #Linux for #ix86 on it?
#ix86 #Linux #bunsenlabs #i386 #RaspberryPiOS #eeepc
@SebastienK that claim doesn't hold water considering the unfixable mess of #AMD64 / #ix86 and the unfixable #bloat that is #UEFI.
Instead they literally made an #Outlook-#Clone as #EFI-App!
https://gekk.info/articles/hp-quickweb.htm
#ix86 #efi #clone #outlook #uefi #bloat #amd64
@ariadne Eeyuppp!
There's a reason #Transmeta literally did design their chips to emulate #amd64 & #ix86 with an architecture that isn't an #ISA a OS can even directly utilize.
That being said, I'm confident that #ARM / #ARM64 will be a stepping stone till #RISCV is mature enough to become mainstream (i.e. 20 Years) and cheap $10 #FPGAs allow running one at a performance that is on-par to then current #AppleSilicon SoCs and faster than any current-day #AMD64 can be.
#AppleSilicon #fpgas #riscv #arm64 #ARM #isa #ix86 #amd64 #transmeta
@m0xee @kirby @memefolder 1/10, cuz I could at least accept an #ix86 / #amd64 #SBC as a "coprocessor" / "accelerator" card.
Like that #Oddware Card on some #PowerPC #Macs...
https://www.youtube.com/watch?v=9UclHrIIaYA
To run legacy Software and Hardware...
#macs #powerpc #Oddware #sbc #amd64 #ix86
But maybe that's just me, as I'm convinced #JavaScript was a fundamentally bad decision - only topped by worse decisions like #Windows and #ix86 / #amd64 if we go by @stman and others...
#amd64 #ix86 #Windows #JavaScript
@lcruggeri @juliank @Raspberry_Pi
#ARM suffers by the fact that it's only being used in areas where #ix86 / #AMD64 are too expensive and/or inefficient...
@stman @Tathar @LunaFoxgirlVT totally.
Also unlike an #PFGA, #Transmeta did just-in-time low-level interpretation of #ix86 code and translation into it's native code (a very restricted #VLIW256 ISA) that wasn't even possible to run a regular OS due to it's spechalized nature...
https://en.wikipedia.org/wiki/Transmeta#Code_Morphing_Software
#vliw256 #ix86 #transmeta #pfga
@pointingdevice @eniko the problem is that using #SSE instructions is that they require extensive knowledge and ain't easily used with assembly...
Granted all #ix86 / #amd64 - #CPU's of the last 15 years do #SSE2, all of the last 10 #SSE3 and all of the last 5 #SSE4.
#sse4 #sse3 #SSE2 #cpu #amd64 #ix86 #sse