A macro processor is software. Usually a part of a compiler or an assembler, used to program a computer.
A microprocessor is hardware, one type of computer implementation.
Very different things.
The macro processor was first created in the 1950s and was used on large vacuum tube mainframe computers (long before the first microprocessor).
· Difference Between :- § micro processor is a integrated circuit on a chip while macro processor is a program, § macro processor is a software entity while micro processor is a hardware entity. § Macro processor reads all files and scans for certain keywords while microprocessor performs arithmetic and logic operations.
one is inside a laptop, the other is inside an iPad
advanced microprocessor ignition system is the one which uses it.........thats all i know...........
features:-conditional macro expansionconcatenation of macro parametersgeneration of unique labelsmacro instruction argumentsexpansion time variablesexpansion time loops
A cell processor is a microprocessor chip which has the ability to support several operating systems at one time, so it makes a great addition for gaming systems, multimedia applications as well as supercomputing.
A microprocessor is a computer chip which executes instructions. It is part of a computer.A microcomputer is, well, a computer. It has a microprocessor, memory, I/O, etc There are three difference between microprocessor and microcomputer: 1. Microprocessor is one component of the microcomputer. 2. Microcomputer is a complete computer similar to any other computer. 3. The term peripheral is used for input/output devices. Peripheral: able to be attached to and used with a computer, though not an integral part of it.
The biggest and most beneficial thing is the processor speed increase between the two units. The more speed one can obtain the better computer power can be drawn from the computer that uses it.
The best answer is, it depends on the computer architecture. In a personal computer, CPU and microprocessor are one and the same. In a larger computer such as an AS400, the CPU is a separate unit with lots of microprocessors and other chips. The larger the computer system, the more spread out the CPU functions are among components.Another AnswerThe CPU (Central Processing Unit) is the core of any computer, while the microprocessor refers to the whole functional chip that is inserted into a motherboard. The CPU is the sub architecture of the microprocessor that interprets the program instructions and cascade triggers the sub-functions of each instruction.
Modern integrated circuit technology is reaching limits of small size and high speed that are getting harder and harder to overcome. However putting multiple processors on one chip allows microprocessor manufacturers to work around this by letting the operating system assign independent processes to different processor cores, converting a serial problem into a parallel one. The speed of an n core processor approaches asymptotically the speed of one processor running n times as fast. At a far cheaper price than that hypothetical high speed uniprocessor would cost with current technology.
A processor (if you are talking about the CPU (central processing unit)) consists of numerous transistors--sometimes millions. An Intel Pentium D has 230,000,000. There are no microprocessors in it since it is a microprocessor in and of itself.A microprocessor doesn't have to be a CPU, but can have a specific function such as graphics processing, sound processing, or FPU (floating-point unit). Of course, many of these separate microprocessors are no longer independent chips.
As far I know...Intel 8085 isz One address microprocessor.
A microprocessor is a processor on an integrated circuit. Historically, the processors in computers could be made of hundreds or thousands of integrated circuits, or hundreds of thousands of discrete components. If anything, A microprocessor is a processor on one chip (or a family of very closely related chips). Perhaps you were thinking of "Reduced Instruction Set Computer" (RISC) processors. These have an instruction set that is reduced to just the simplest instructions most commonly used by compilers for High Level Languages. But these need not be microprocessors. In fact the first computer now generally recognized by Computer Historians as having a RISC style processor was the CDC 6600, first introduced in 1964, its processor was composed of about 600,000 discrete gold doped NPN 2N709 silicon planar transistors and about 150,000 discrete gold doped silicon diodes, both made by Fairchild Semiconductor.