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MIPS architecture - MIPS Programming and Emulation | | MIPS architecture - MIPS Programming and Emulation: Encyclopedia II - MIPS architecture - MIPS Programming and Emulation | | There is a freely available "MIPS R2000/R3000 Simulator" called SPIM for several operating systems (specifically Unix or GNU/Linux; Mac OS X; MS Windows 95, 98, NT, 2000, XP; and DOS) which is good for learning MIPS assembly language programming and the general concepts of RISC-assembly language programming: http://www.cs.wisc.edu/~larus/spim.html
A more feature-rich MIPS emulator is available from the GXemul project (formerly known as the mips64emul project), which emulates not only the various MIPS III and higher microprocessors (fr ...
See also:MIPS architecture, MIPS architecture - History, MIPS architecture - MIPS CPU family, MIPS architecture - Applications, MIPS architecture - Other models and future plans, MIPS architecture - MIPS cores, MIPS architecture - MIPS Programming and Emulation, MIPS architecture - Summary of R3000 instruction set, MIPS architecture - Memory to register transfer instructions, MIPS architecture - Register to memory transfer instructions, MIPS architecture - Register to register move instructions, MIPS architecture - Common arithmetic instructions, MIPS architecture - Common logic instructions bitwise, MIPS architecture - Common shift instructions, MIPS architecture - Branching and jump instructions, MIPS architecture - Some other important instructions | | | MIPS architecture, MIPS architecture - Applications, MIPS architecture - Branching and jump instructions, MIPS architecture - Common arithmetic instructions, MIPS architecture - Common logic instructions bitwise, MIPS architecture - Common shift instructions, MIPS architecture - History, MIPS architecture - MIPS CPU family, MIPS architecture - MIPS Programming and Emulation, MIPS architecture - MIPS cores, MIPS architecture - Memory to register transfer instructions, MIPS architecture - Other models and future plans, MIPS architecture - Register to memory transfer instructions, MIPS architecture - Register to register move instructions, MIPS architecture - Some other important instructions, MIPS architecture - Summary of R3000 instruction set | | |
| | | MIPS architecture: Encyclopedia II - MIPS architecture - MIPS Programming and Emulation
MIPS architecture - MIPS Programming and Emulation
There is a freely available "MIPS R2000/R3000 Simulator" called SPIM for several operating systems (specifically Unix or GNU/Linux; Mac OS X; MS Windows 95, 98, NT, 2000, XP; and DOS) which is good for learning MIPS assembly language programming and the general concepts of RISC-assembly language programming: http://www.cs.wisc.edu/~larus/spim.html
A more feature-rich MIPS emulator is available from the GXemul project (formerly known as the mips64emul project), which emulates not only the various MIPS III and higher microprocessors (from the R4000 through the R10000), but also emulates entire computer systems which use the microprocessors. For example, GXemul can emulate both a DECstation with a MIPS R4400 CPU (and boot to Ultrix), and an SGI O2 with a MIPS R10000 CPU (although the ability to boot Irix is limited), among others, as well as the various framebuffers, SCSI controllers, and the like which comprise those systems.
Other related archives1981, 1985, 1988, 1994, 1995, ADSL, AMD, AMD 29000, ARM architecture, Acer, August 2000, BSD, Bipolar Integrated Technology, Broadcom, By the late 1990s, CISC, Cisco, Control Data, DDR, DEC, DEC Alpha, DECstation, DeskStation, Digital Equipment Corporation, ECL, FPU, Freescale, GXemul, HyperThreading, IA64, IDT, IRIX, Instructions, Intel, Irix, Itanium, John L. Hennessy, Lexra, Linux, MIPS Computer Systems Inc., MIPS Computer Systems, Inc., MIPS Technologies, MMU, Microsoft, Motorola, Motorola 68000, NEC, Nintendo 64, Olivetti, PMC-Sierra, Philips, PlayStation, PlayStation 2, PlayStation Portable, PowerPC, Quantum Effect Devices, R2000, RISC, RISC/os, SCSI, SGI, SGI Indy, SGI O2, SIMD, SINIX, SOC, SPARC, SPIM, SRAM, Siemens-Nixdorf, Sony, Stanford University, StrongARM, Sun Microsystems, System V, TLB, Thumb, Toshiba, UNIX, Ultrix, VUPs, Windows CE, Windows NT, big-endian, cable modems, cache, cache coherency, computer architecture, deep pipelining, double precision, embedded, embedded processor, embedded systems, framebuffers, front side bus, gate count, hand-held computers, instruction pipelines, instruction set, laser printer, little-endian, multithreading, operating systems, out-of-order execution, robots, routers, set-top boxes, single precision, smartcards, start-up, superscalar, systems-on-a-chip, workstation, workstations
 Adapted from the Wikipedia article "MIPS Programming and Emulation", under the G.N U Free Docmentation License. Please also see http://en.wikipedia.org/wiki |
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