AM2901A Microprocessor Project Report ELEC ENG 3017 5 June 2009 Group Number: Eight (8) Group Members: Bolei Deng Cen Xing Hong Ker Meng Xu 1158969 1149760 1153446 1149780 1 Executive Summary The following report discussed the approach undertaken to implement the AM2901A microprocessor slice on a Spartan II FPGA board. It will also highlight the functionality and implementation of the individual modules required for the implementation of the microprocessor. The design includes the implementation
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INTEL: BUILDING A TECHNOLOGY BRAND INTRODUCTION Intel’s corporate branding strategy‚ which many credit for the company’s unparalleled success in the microprocessor industry during the 1990s‚ stemmed from a court decision. On March 1‚ 1991‚ District Judge William Ingram ruled that the “386” designation used by Intel for its microprocessor family was a generic description and could not be trademarked. Intel had been confident that the judge would rule in its favor‚ and the unexpected court decision
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1. Table presenting the processor model‚ year and transistor count for Intel processors from 1971 to the present. Intel Processor Model Year Transistor Count Intel 4004 1971 2‚300 Intel 8008 1972 3‚500 Intel 8080 1974 4‚500 Intel 8085 1976 6‚500 Intel 8086 1978 29‚000 Intel 8088 1979 29‚000 Intel 80186 1982 55‚000 Intel 80286 1982 134‚000 Intel 80386 1985 275‚000 Intel i960 1988 250‚000 Intel 80486 1989 1‚180‚235 Pentium 1993 3‚100‚000 Pentium Pro 1995 5
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Competition in the Microprocessor Market: Intel‚ AMD and Beyond André Semmler October 17th‚ 2010 Abstract This paper analyzes the competition in the microprocessor market be-tween Intel and AMD. The evolution of market structure is traced and it is shown that the main ways in which these two companies compete is through Price‚ Technological Innovation and Vertical Integration. Empir-ical Research is conducted showing consumer preference across two coun-tries. A model is sketched in which
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reprogramming feature that is so extensively used today‚ was introduced by Alan Turing and John von Neumann with their teams. The von Neumann architecture is the basis of modern computers. From the development of the first microprocessor - Intel’s 4004 to the latest ones - the microprocessors have come a long way. Here‚ we look into the story so far. Chips Till Date 1971 - Intel 4004 » It was designed by Federico Faggin and Ted Hoff of Intel and Masatoshi Shima of Busicom‚ and it was launched on
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In June‚ 1994 the media came out with a story that one of Intel’s Pentium microprocessors had a floating point unit flaw (FPU). This flaw had to do with a math calculation that gave out wrong number after you put in an equation. The story about this flaw came to light after Professor by the name of Thomas Nicely‚ who was a mathematics professor at Lynchburg collage. Nicely was trying to compute the sum of a reciprocal of a large group of prime numbers on his Pentium based computer. When he checked
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then try to give that to them. By the time you get it built‚ they’ll want something new” (Steve Job‚ 1989). Intel Corporation is one of the most successful companies in innovating. With 50 year of history‚ Intel always is the market leader in microprocessors manufacture area; they have been made technology revolutions. Main strategy of Intel focus on innovation‚ the vision of them in official website is “Inspired Innovation that’s Changing the World” (www.intel.com). This essay will introduce the
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MIPS Architecture MIPS stands for ’Microprocessor without Interlocked Pipeline Stages’ RISC Instruction Set Architecture 32 bit general purpose registers PC (program counter) holds address of next instruction all MIPS Instructions are same length Few Instruction formats and simple addressing modes Implementing MIPS • • Implementation of the MIPS instruction set Simplified to contain only – arithmetic-logic instructions: add‚ sub‚ and‚ or‚ slt – memory-reference instructions:
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Pentium Intel released its original Pentium Processor‚ also known as the Pentium 1‚ on March 22‚ 1993. The Pentium 1 replaced the Intel486 as Intel’s mainstream microprocessor for personal computing applications. While the Pentium 1 processors were specifically designed for use in desktop computers‚ later members of the Pentium family could accommodate laptops and other mobile devices. Reviewing some of the Pentium 1’s specifications can help you better understand the microprocessor’s capabilities
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Intel processor went thru a rapid evolution beginning in the early seventies. Intel founders Gordon Moore and Robert Noyce invented the microprocessor in 1971. Microprocessors were created to handle large amounts of data at the microscopic level while microcontrollers were computers on chips made to control real time events. Intel shifted its focus to microprocessors in the early 1980s. Since then‚ it has maintained its image as maker of the world’s fastest chips. Moore’s Law Gordon Moore‚ published
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