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Module 1 intro evolution computer
1. ICTL For Secondary School - Computer hardw are Module
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KEMENTERIAN PELAJARAN MALAYSIA
Self Access Learning Module
ICT Literacy for
Secondary Schooln
Programme
Computer Hardware
Evolution and Types of the
Computers
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2. ICTL For Secondary School - Computer hardw are Module
PUSAT PERKEMBANGAN KURIKULUM
KEMENTERIAN PELAJARAN MALAYSIA
MODULE 1
Evolution and Types of the Computers
Curriculum Development Centre
Ministry of Education Malaysia
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4. ICTL For Secondary School - Computer hardw are Module
1. Name of Module : Computer Hardware: Evolution and Types of the Computers
2. Learning Outcomes:The students should be able to:
a. State the generations of computers together with the respective processors
used
b. Explain the generations of computers together with the respective processors
used
c. Identify the types of computers:
• Supercomputer
• Mainframe
• Mini Computer
• Micro Computer
• Work Station
d. Define different types of computers
3. Knowledge and Skills:
1. Explain the evolution of the computer generation
2. Match the types of processors used
3. Introduce various types of computers
4. Label a flow chart of the types of computers
5. Gather and present information on the types of computers
4. Module Summary: At the end of the module, students should be able to explain about
the evolution of the computer generation and types of processors used.
This module contains 5 activities:
Activity 1: Explaining the evolution of the computer generation
Activity 2: Matching the types of processors used
Activity 3: Introducing various types of computers
Activity 4: Labelling a flow chart of the types of computers
Activity 5: Gathering and presenting information on the types of computers
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Activity 2: Evolution of the Computer
FIRST GENERATION (1940-1956)
The first generation of computers were huge, slow, expensive and often unreliable. In 1946, two
Americans, Prospers Eckert and Willian Mauchly build the ENIAC (Electronic Numerical
Integrator and Computer). It uses vacuum tube instead of mechanical switches of the MARK 1.
Vacuum tube
MARK 1
Presper Eckert Willian Mauchly
In 1951, Eckert and Mauchly build the UNIVAC,
that could calculate at the rate of 10,000 additions
per seconds.
UNIVAC – UNIVERSAL AUTOMATIC COMPUTER
SECOND GENERATION (1956-1963)
The famous computer scientists during the second generation era were:
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The creation of the transistor sparked the production of the second generation computer.
Transistors were small devices used to transfer electronic signals across a resister. Transistors
had many advantages compared to other hardware technology.
• transistors were smaller than vacuum tubes
• they needed no warm up time
• consumed less energy
• generated much less heat
• faster and more reliable
THIRD GENERATION (1964-1971)
In the third generation era, the IBM 370 series was introduced in
1964. It came in several models and sizes.It was used for business
and scientific programmes. Other computer models introduced
were the CDC 7600 and B2500.
The development of integrated circuit (IC), signal the beginning of the third
generation computers. Silicone chips were manufactured in 1961 at the
Silicone Valley. Then came the integrated circuit technology, which had
reduced the size and cost of computers.
The microchip is a complete electronic circuit on small chip of silicon
known as a semi conductor.
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FOURTH GENERATION (1971-PRESENT)
It took only 55 years for the 4 generations to evolve. The growth
of the computer industry developed technologies of computer
inventions. There are many types of computer models such as:
• Apple Macintosh
• IBM
• DELL
• ACER
In 1971 Intel created the first microprocessor. In 1976, Steve Jobs built the first Apple computer.
Then, in 1981, IBM introduced its first personal computer.
Steve Jobs Bill Gates Micheal Dell
( Apple Macintosh) (IBM) (DELL)
During the fourth generation, hardware technology such as silicone chips, microprocessor and
storage devices were invented. A microprocessor is a specialized chip that is developed for
computer memory and logic.
Microprocessor
Silicone Chips
The microprocessor is a large-scale integrated circuit that contains thousands of transistors.
The transistors on this one chip are capable of performing all the functions of a computer's
central processing unit.
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FIFTH GENERATION (PRESENT & BEYOND)
The fifth generation computers are technologically advance and
are still being developed.
The inventions of new hardware technology in the fifth
generation have grown rapidly to include many other modern
computer devices such as :
• silicone chips
• processor
• robotics
• virtual reality
• intelligent systems
• programmes which translate languages
NEW ERA COMPUTER
After the fifth generation computer, the technology of computers has become more advanced,
modern and sophisticated. The latest invention in the era of computers are :
• Super Computers
• Mainframe Computers
• Mini Computers
• Personal Computers
• Mobile Computers
Mini Computers
Mobile Computer
In the new era of
computers, expert systems
such as teleconferencing
and speech-recognition
Mainframe Computers
systems have been
Super Computers invented as part of the
Personal Computers modern world
communication tool.
Additional source: http://history.sandiego.edu/GEN/recording/computer1.html#gp05
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Activity 2: Types of Computers
Supercomputer
Super Computers: specifies that these are the most powerful
computers compared to the mainframe.
Additional Source: http://en.wikipedia.org/wiki/Supercomputer
The Cray-2 was the world's fastest
computer from 1985 to 1989.
Mainframe
Mainframe Computer: Is a very powerful and large computer. It
can process many users at a time. Its Terminals are used to
connect a user to the computer.The users submit the task
through mainframe.
Additional Source: http://en.wikipedia.org/wiki/Mainframe_computer
Multi-user mini computer at RAL
Minicomputer
Minicomputers are smaller than
Mainframes (usually the size of a filing
cabinet). They have smaller memory and
are not as powerful as a mainframe.
Additional Source: http://en.wikipedia.org/wiki/Minicomputer
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Activity 3: Different Types of Computer
There are a lot of terms used to describe computers. Most of these words imply to the size,
expected use and capability of the computer. The term ‘computer’ can apply to virtually any
device that has a microprocessor in it .
• PC - The personal computer (PC) is designed for personal use
by a single person. PCs were first known as microcomputers
because they were a complete computer built on a smaller
scale.
• Desktop - A PC that is placed on a permanent location. Most of
them offer more power, storage and versatility for less cost.
• Laptop - Also called notebook, laptops are portable
computers that integrate the display, keyboard, a pointing
device or trackball, processor, memory and hard drive all in a
battery-operated package slightly larger than an average
hardcover book.
• Palmtop - More commonly known as Personal Digital Assistant
(PDA), palmtops are tightly integrated computers that often use
flash memory instead of a hard drive for storage. These computers
rely on touchscreen technology for user input. Palmtops are typically
smaller than a paperback novel, very lightweight with a reasonable
battery life.
• Server - A computer that has been optimized to provide services
to other computers over a network. Servers usually have powerful
processors, a large memory and hard drives.
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• Wearable - The latest trend in computing are
wearable computers integrated into watches,
cell phones, visors and even clothing.
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Exercise
1. Instruction: Match the inventions according to the right generations.
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2. Matching the types of computers.
It was used to solve problems in major
universities, military agencies and scientific • Supercomputer
research laboratories.
It is designed to handle very high volume
input and output (I/O) and emphasized • Micro Computer
throughput computing.
A midsized and multi-user computers. • Mini Computer
Small desktop or portable computer,
typically designed to be used by one person • Work Station
at a time.
A type of computer used for engineering
applications, desktop publishing, software
• Mainframe
development and other types of applications.
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2. Matching the types of computers.
It was used to solve problems in major
universities, military agencies and scientific • Supercomputer
research laboratories.
It is designed to handle very high volume
input and output (I/O) and emphasized • Micro Computer
throughput computing.
A midsized and multi-user computers. • Mini Computer
Small desktop or portable computer,
typically designed to be used by one person • Work Station
at a time.
A type of computer used for engineering
applications, desktop publishing, software
• Mainframe
development and other types of applications.
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16. ICTL For Secondary School - Computer hardw are Module
2. Matching the types of computers.
It was used to solve problems in major
universities, military agencies and scientific • Supercomputer
research laboratories.
It is designed to handle very high volume
input and output (I/O) and emphasized • Micro Computer
throughput computing.
A midsized and multi-user computers. • Mini Computer
Small desktop or portable computer,
typically designed to be used by one person • Work Station
at a time.
A type of computer used for engineering
applications, desktop publishing, software
• Mainframe
development and other types of applications.
14
17. ICTL For Secondary School - Computer hardw are Module
2. Matching the types of computers.
It was used to solve problems in major
universities, military agencies and scientific • Supercomputer
research laboratories.
It is designed to handle very high volume
input and output (I/O) and emphasized • Micro Computer
throughput computing.
A midsized and multi-user computers. • Mini Computer
Small desktop or portable computer,
typically designed to be used by one person • Work Station
at a time.
A type of computer used for engineering
applications, desktop publishing, software
• Mainframe
development and other types of applications.
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