The Linux User Group HOWTO is intended to serve as a guide to founding,
maintaining, and growing a GNU/Linux user group.
GNU/Linux is a freely-distributable implementation of Unix for personal
computers, servers, workstations, PDAs, and embedded systems. It was
developed on the i386 and now supports a huge range of processors from
tiny to colossal:
Note: The following supported-platforms list is not serious documentation.
The point is merely to illustrate the breadth of Linux's reach.
If seriously interested in the subject of Linux ports, please see also
Xose Vazquez Perez's Linux ports page and
Jerome Pinot's Linux architectures list (static mirrors, as both pages vanished in 2005), if only because
hardware support is more complex than just generic CPU functionality,
encompassing support for myriad bus variations and other subtle hardware
issues (especially for
Linux PDA / embedded / microcontroller / router ports).
PDA / embedded / microcontroller / router devices:
- Advanced RISC Machines, Ltd.
ARM family (StrongARM SA-1110, XScale, ARM6, ARM7, ARM2, ARM250, ARM3i, ARM610, ARM710, ARM7TDMI, ARM720T, and ARM920T, including Sigma Designs DVD systems using ARM cores)
- Analog Devices, Inc.'s
- Axis Communications
ETRAX series ("CRIS" = Code Reduced Instruction Set RISC architecture)
- Elan SC520 and SC300
- Intel i960
- Intel IA32-compatibles (Cyrix MediaGX, STMicroelectronics
STPC, ZF Micro ZFx86)
- MIPS-compatibles (Toshiba TMPRxxxx / TXnnnn, NEC
VR series, Realtek 8181")
- Motorola 680x0-based machines (Motorola VMEbus boards,
ISICAD Prisma machines, and Motorola Dragonball &
ColdFire CPUs, and Cisco 2500/3000/4000 series routers)
- Motorola embedded
PowerPC (including MPC / PowerQUICC I, II, III families)
- Renesas Technology (formerly Hitachi) SH3/SH4 (
- Texas Instruments's
C54x DSP families
PetaLinux (formerly SoftBlaze, formerly Microblaze) soft processor implemented on Xilinx FPGAs
8086 / 80286.
- Intel IA32 family: i386, i486, Pentium, Pentium Pro,
Pentium II, Pentium III, Celeron, Xeon, and Pentium IV processors,
as well as IA32 clones from AMD (386DX/DXL/SL/SLC/SX,
486DX/DX2/DX4/SL/SLC/SLC2/SLC3/SX/SX2, Elan, K5,
K6/K6-II/K6-III), Cyrix (386DX/DXL/SL/SLC/SX,
486DLC/DLC2/DX/DX2/DX4/SL/SLC/SLC2/SLC3/SX/SX2, Cyrix III),
IDT (Winchip, Winchip 2, Winchip 2A/3),
NexGen (Nx586), Transmeta (Crusoe),
TI (486DLC/DLC2), UMC (486SX-S, U5D/U5S),
VIA (C3 Ezra "CentaurHauls", C3-2 "Nehemiah"),
IA64: Trillian, Itanium, Itanium2/McKinley
- x86-64 family
including AMD Hammer/Opteron/K8/Athlon64/Turion/Phenom/Phenom II/FX/Fusion and
Intel Prescott/Nocona/Potomac, Core, Atom, Nehalem, Sandy Bridge and Ivy Bridge
68020-68040 series (with MMU):
Amiga, Atari ST/TT/Medusa/Falcon, HP/Apollo Domain,
- Motorola/IBM PowerPC family: Most
PowerMac (including G3/G4/G5) /
CHRP / PReP / POP,
Amiga PowerUP System,
and IBM PPC64 (AS/400, RS/6000, iSeries,
pSeries, PowerMac G5).
most SGI, Cobalt Qube,
Sony PlayStation2, and many others
- SPARC International SPARC32 / SPARC64
VAX minicomputers and MicroVAXen
IBM S/390 models G5 and G6 / zSeries models z800, z890, z900, and z990 and Fujitsu AP1000+ (SuperSPARC cluster)
Note that some items listed were probably one-time forks, little or not
at all maintained since creation. On some of the rarer architectures,
NetBSD may be more practical.
Debian GNU/kFreeBSD port should also be solid enough to
serve as a compromise option, furnishing GNU/Linux userspace code on the
high performance / high stability FreeBSD kernel, and
OpenIndiana or another
can provide something similar on the OpenSolaris kernel.)
If you want to learn more, the
Linux Documentation Project is a good place to start.
For general information about computer user groups, please see the
Association of PC Users Groups.