How does Intel architecture differ from mips
MIPS architecture was created in 1981.
The clock speed refers to how fast the timer the processor runs at. The architecture refers to the design and the types of instructions it will take (e.g. Intel/AMD x86/x86_64, ARM, MIPS to name a few).
Itanium
Dear, Class of ISA ( Instruction Set Architecture ) INTEL : The complete Intel Architecture instruction set includes the integer, floating-point, MMX technology, and system instructions. The instruction descriptions are arranged in alphabetical order. For each instruction, the forms are given for each operand combination, including the opcode, operands required, and a description. Also given for each instruction are a description of the instruction and its operands, an operational description, a description of the effect of the instructions on flags in the EFLAGS register, and a summary of the exceptions that can be generated. MIPS instructions fall into 5 classes: Arithmetic/logical/shift/comparison Control instructions (branch and jump) Load/store Other (exception, register movement to/from GP registers, etc.) Memory Addressing & Addressing modes :Intel : The addressing modes in Intel are, Immediate addressing mode Register addressing Direct addressing Indirect addressing Indexed MIPS has 5 ways of addressing data Immediate: data is in instruction itself Register: register number in instruction tells which register contains data Base/offset: offset value added to base register PC-relative: offset added to PC Pseudo direct: offset from instruction merged with PC Type and size of Operands :Intel : Dear, Class of ISA ( Instruction Set Architecture )INTEL : The complete Intel Architecture instruction set includes the integer, floating-point, MMX technology, and system instructions. The instruction descriptions are arranged in alphabetical order. For each instruction, the forms are given for each operand combination, including the opcode, operands required, and a description. Also given for each instruction are a description of the instruction and its operands, an operational description, a description of the effect of the instructions on flags in the EFLAGS register, and a summary of the exceptions that can be generated. MIPS instructions fall into 5 classes: Arithmetic/logical/shift/comparison Control instructions (branch and jump) Load/store Other (exception, register movement to/from GP registers, etc.) Memory Addressing & Addressing modes :Intel : The addressing modes in Intel are, Immediate addressing mode Register addressing Direct addressing Indirect addressing Indexed MIPS has 5 ways of addressing data Immediate: data is in instruction itself Register: register number in instruction tells which register contains data Base/offset: offset value added to base register PC-relative: offset added to PC Pseudo direct: offset from instruction merged with PC Type and size of Operands :Intel : In general it supports 16 bit instructions and can be extendable upto 32 bit. MIPS : The type of operands that it can handle are bit string, character, decimal, integers and floating point numbers. The size of operands in Intel are 8-bit, 16-bit, 32-bit integers and 32-bit and 64-bit IEEE 754 floating-point. Control Flow Instructions : Intel : Branch and Jump instructions MIPS : BRANCH and JUMP are the control instructions in MIPS " I hope this will help you"
instruction set architecture ISA for intel 8080
Wintel is windows running on Intel or x86 architecture It's short for Windows + Intel
Nehalem is the name of the architecture. The Intel Core i7 is a chip based on that architecture.
Edward W. Page has written: 'Architecture of the 8048' -- subject(s): Computer architecture, Intel 8048 (Computer), Intel 8048 (Microcontroller)
main functional group of machine command is implemented in intel
In '05, Apple CEO announced that Apple would be transitioning from its long favored PowerPC architecture to the Intel architecture, because the future PowerPC road map was unable to satisfy Apple's needs. Apple had its entire line of consumer Macs running on Intel processors by early August 2006. The Apple Xserve server was updated to Intel Xeon processors from November 2006, and is offered in a configuration similar to Apple's Mac Pro. They're partners with both.
No the architecture is completely different on the bus.
Because that's how Intel designed it.