New Page 1
Welcome to basicsofcomputer.com
 

Share This Free Knowledge With Your Friends:

Home » Storage Devices of Computer » Why More Bits

Why More Bits:

World Size of Computer:

You might have heard about 8, 16, 32, or 64 bit computer, etc. This refers to the word size of a particular computer in terms of total number of bits. Word size is an important architectural factor. Small machines have word size of 8, 16, or 32 bits; large machine word size are 64 bits or more. The obvious question that arises to ones mind is that what is the advantage of heaving more number of bits  per word instead of heaving more words of smaller size?

For an answer to the above question, imagine a highway with eight lines, and a heavy flow of traffic. It is an expanded to sixteen lanes, the flow of traffic speeds up considerably. "8-bits" refers to the number of lanes on a microchip. Grater bits mean a more rapid flow of electronic signals, in other words, a faster computer. Thus, what an 8-bit computer takes one minute to do, a 32-bit computer can do in one second.

Word Byte Length:

A complete word is a combination of one or more bytes handled together as one unit for processing and may thus be 8, 16, 32 or 64 bits. The length of word varies from machine to machine but it is predetermined for each machine. A computer reads and processes all the bits of the word at a time.

Relevant Articles:

Storage Ranking
Storages Locations and Addresses
Why More Bits
Fixed and Variable Word Length Storage
Bits, Bytes, and Words
Internal Memory Devices
External Memory Devices
Organizing and Accessing Stored Data
Types of Files
Processing Stored Data
 
New Page 1

Basic Computer Science

   
» The Age of Information

» Types of Computer and Digital Age

» Input and Output Devices

» Storage Devices Of Computer

» Central Processing Unit

» Software: The Power Behind The Power

» Data Communication and Computer Networks

» The Nature Of Information

» The System Theory

» Transaction Processing System (TPS) and Management Information System (MIS)

» Decision Support System (DSS) and Executive Support System (ESS)

» Expert System (ES) and Office Information System (OIS)

 

Operating Systems

   
» Introduction to Operating System

» Introduction to Process Management

» Threads and CPU Scheduling

» Process Synchronization in Operating System

» Deadlocks

» Memory Management in Operating System

» Virtual Memory in Operating System

» File System Management in Operating System

» I/O and Device Management

» Security

» Linux Operating System

 

Database Management System

   
» Introduction to Database Systems

» Database System Architecture

» Database Administration and Database Development Process

» The Entity-Relationship Model

» Semantic Object Model

» Logical Database Design and Relational Data Model

» Normalization in Database

» Transformation of E-R Model into Relational Data Model

» Representing Semantic Object Model and Types of Semantic Object Model

» Physical Database Design

» Introduction to Structured Query Language (SQL)

» Implementation of Relational Database and Database Application Design

» Client Server Database Systems & Open Database Connectivity (ODBC)

 

Questions and Answers

   
» Basics of Information Technology

» Computer Architecture

» Data Communication

» Information Networks

» Fundamentals of the Internet

» Application and Uses of Computer

» Security, Copyright and The Law

» Windows Operating Systems

» Spreadsheet Software

» Process Management in CPU

» CPU Scheduling

» Process Synchronization

» Deadlocks

» Memory Management

» Database Systems

» Database System Architecture

» Database Administration and Database Development Process
 
 
New Page 1
 

Home                Dictionary                 Contact us                   About us                    Privacy policy                  Link to us                   Advertise

Copy right ©  2012