study advanced ARM Processors by K.S.L>M>Raja
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ARM is a family of instruction set architectures for computer processors based on a reduced instruction set computing architecture developed by British company ARM Holdings.
No! You have to use Windows CE or another OS compatible with ARM processors. Remember, You have only 128MB, so run KDE or Gnome may be a problem.
Yes. Linux has been ported to over a dozen CPU architectures, such as PowerPC, SPARC, Alpha, MIPS, SH-3, SH-4, ARM, and the Motorola 68k. P.S. - AMD processors are considered Intel-compatible.
C is a relatively portable language - since the processors you mention are different their machine codes will be different. However, the C code will not vary much.Just compile it under the different processor. The porting effort should be limited to environmental differences in the two processors and/or Operating Systems using them.
ARM is a processor architecture that incorporates a few different types of microprocessor that isn't built on the x86 protocol. They are called processors because they ARE processors.
ARM is a 'family' of processors developed by British company ARM Holdings. AaRM stands for Advanced RISC Machine.
There aren't really kinds of processors, they have different architectures. There are thousands with the most popular kind of architecture in processors are x86/x64 and ARM.
Linux can be run on a variety of processors, including several that have been used for desktop systems. The most notable would be Intel and AMD x86 processors, as well as PowerPC processors (used in older Macs. ) Other processors used in desktop systems now or in the past and supported by Linux include Motorola 68k processors, Alpha processors, MIPS processors, and ARM processors.
In order to run a Windows OS you need to have an Intel processor. Mac OS X will only run on an apple computer. Some apple computers are using an Intel processor so you can run a Windows OS or Mac OS.
Scatter File is a linker script file used by RVCT/Keil for ARM processors. It is used by arm linker.
Almost all CPUs that have been used in personal computers since 1981 have been capable of supporting a desktop environment of some sort. This includes the Intel 8088 and descendants, the Motorola 68000, SPARC processors, PowerPC processors, ARM processors, Itanium processors, and Alpha processors. There are hundreds of models within each family, making a list of all of the ones that could support a desktop environment implausible.
Sure, Linux is ported to a number of different RISC architectures, including ARM and PPC.