'16 bit data bus' presentation slideshows

Assembly Language

3.87k views • 368 slides

Chapter 1 Microcomputers and Microprocessors

Chapter 1 Microcomputers and Microprocessors. Microprocessor Evolution and Performance. Contents. Introduction to microcomputer system Microprocessor evolution the INTEL processor family Microprocessor performance. Introduction to Microcomputer.

3.33k views • 157 slides

Advance Micro Processor

1.6k views • 142 slides

CSE 325 : Computer Peripherals and Interfacing

CSE 325 : Computer Peripherals and Interfacing. Sheikh Sujan Ali Associate Professor Dept. of Computer Science and Engineering Jatiya Kabi Kazi Nazrul Islam University Mymensingh , Bangladesh. Introduction. Computer Peripherals

1.91k views • 122 slides

??????????? ?? Microprocessors Spring 2005

1.37k views • 118 slides

MICROPROCESSORS AND APPLICATIONS

MICROPROCESSORS AND APPLICATIONS. Mr. DEEPAK P. Associate Professor ECE Department SNGCE. UNIT 5. 10/10/14. DEEPAK.P. 8086 Microprocessors. 3. Evolution of Micro Processors. Evolution of Micro Processors. 8086 Micro Processors.

872 views • 85 slides

ENT265 Microcontroller & Interfaces

ENT265 Microcontroller & Interfaces. Chapter 0 & 1 Introduction to Computer Architecture. 28 Dec 2009. Basic Computer Architecture. CPU (Central Processing Unit) Memory Input/Output. Buses. I/O. CPU. Memory. Inside the computer. Internal Organization of a Computer.

612 views • 61 slides

AT91RM9200 Embedded Peripherals

AT91RM9200 Embedded Peripherals. External Bus Interface. Integrates three external memory controllers Static Memory Controller, SDRAM Controller and Burst Flash Controller Additional logic for SmartMedia and CompactFlash support Optimized external bus 16 or 32-bit data bus

854 views • 45 slides

CSNB373: Microprocessor Systems

CSNB373: Microprocessor Systems. Chapter 6: Memory and I/O Interfacing. Intel 8086/8088 Pin-outs. Recall that Intel 8086/8088 are both 16-bit microprocessors with similar architecture. The only difference is that Intel 8086 has 16-bit data bus and Intel 8088 has 8-bit data bus.

697 views • 44 slides

Lecture 2

Lecture 2 . About Computers Dr. Dimitrios S. Nikolopoulos CSL/UIUC. Lecture Outline. Anatomy of a computer system and a microprocessor Basic instruction processing x86 registers x86 memory basics Peripheral devices Introduction to x86 assembly. Memory. CPU. Expansion Bus. Control.

429 views • 36 slides

System Buses

System Buses. Val Grinblat Dan Hummell Ryan McKenica. Introduction. 1980s More power Better performance Enhance operation. PC/XT. Released in 1981 Extension of the motherboard Processor and complete control 62 pins. AT Bus. Limited memory handling Therefore AT was developed

343 views • 28 slides

Unit-1

Unit-1. Prepared by: Prof. Harish I Rathod Computer engineering department Gujarat power engineering & Research institute. Advance Processor. Introduction. The word microprocessor was introduced by Intel Corporation. It a single chip microcomputer .

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Intel 8086

630 views • 25 slides

Logic and Computer Design

Logic and Computer Design. Dr. Sanjay P. Ahuja, Ph.D. FIS Distinguished Professor of CIS (2010-2014) School of Computing, UNF. Register Transfers and Datapaths. Digital systems are partitioned into modular sub-systems (modules), each of which performs a some functional task.

258 views • 25 slides

Lecture on Microcomputer

Lecture on Microcomputer. Presented By WWW.AssignmentPoint.Com. What is Microcomputer?. Typical Microcomputer Architecture. The Microcomputer Bus. Address Bus Information transfer one direction, microprocessor to memory or I/O elements, so unidirectional bus Typically 20 to 32 bit long

213 views • 19 slides

The CAPC Project

The CAPC Project. Tech3 Development April 12, 2002. Introduction. What is CAPC? A processor that can perform 15 machine instructions Development tool – Logic Works Design schedule Component integration. The Initial Clock. “Heart of the system” 8-signal clock

263 views • 16 slides

Quiz 3 .1

? ? Compiler friendly ? ? Larger code sizes (~30 %) ? ? Complicated microcode ? ? Fewer instructions ? ? Easier to validate ? ? Emphasis on hardware ? ? Emphasis on software ? ? Memory to memory operations ? ? Pipelining friendly. Quiz 3 .1.

147 views • 5 slides

Quiz 3 .1

? ? Compiler friendly ? ? Larger code sizes (~30 %) ? ? Complicated microcode ? ? Fewer instructions ? ? Easier to validate ? ? Emphasis on hardware ? ? Emphasis on software ? ? Memory to memory operations ? ? Pipelining friendly. Quiz 3 .1.

125 views • 5 slides