presentation computer memory

Computer memory presentation

The document discusses different types of computer memory. It describes primary memory (RAM and ROM), secondary memory (hard disks, floppy disks, CDs, DVDs, etc.), and provides details on each. RAM is volatile and requires power to maintain data, while ROM is non-volatile and retains data without power. The document traces the evolution of computer memory technologies over time. Read less

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• 1. “A” Level Course of Software 7:30 to 9:00
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• 3. 1. Introduction of Memory 2. Primary Memory a) RAM b) Types of RAM c) ROM d) Types of ROM
• 4. 3. Secondary Memory a) Hard Disk b) Structure of Hard Disk c) Floppy Disk d) CD e) DVD f) Mass Storage
• 6. The data and instruction there are enter into the computer system must be store inside the computer before the actual process can start, the intermediate result produce by the computer must also be preserved for on going processing there are two types of memory. i) Primary Memory ii) Secondary Memory.
• 7. The main memory of a computer is design to cater to such needs. It provides space for storing data and instruction, space for storing intermediate results and also space for find result. In short, the specific function of main memory are to store the following: 1. All the data & instructions are proceed. 2. Intermediate result for processing 3. Final result before sending them to output device. Types of Main Memory 1. RAM (Ramdom Access Memory) 2. ROM (Read Only Memory)
• 8. Ram stands for Random access memory or read and write memory. Information can be return into and read form RAM. It is a volatile memory which means that it retain the stored information as long as the compute is connected to a power supply source. When power supply is switch-off the started information is the RAM is lost. RAM
• 9. Type of RAM Static ram Dynamic ram Static RAM. Static Ram can retains stored information as long as power supply in ON. Static Ram are consumer more power and cost. They do not need represent circuitary and have higher speed than dynamic RAM.
• 10. Dynamic RAM. Dynamic ram last is stored information in a very short time even RAM the power supply is ON. Therefore dynamic ram have to be refresh periodically generally every 2 mili-second. programmable ROM.
• 11. ROM Rom is a permanent memory. It contents are not lost even when power supply is switch- off. However the user can not write into a RAM. It’s content are written return into and manufacturing time. ROM store permanent programme and other types of data which are needed by the computes to execute user program.
• 12. There are many types of ROM: PROM, EROM, EEROM PROM (Programmable Read Only Memory). Programable ROM also availale different types of PROM such as erasable programmable ROM or EPROM and electrically erasable
• 13. You Cannot store data in the main memory of a PC permanent. Firstly, because it is very expensive and secondary, it’s content are erased when the computer is turn off. In order to preserve or save the work which you have done on your computer you need storage media such as floppy, CD, hard Disk, DVD etc.
• 14. A hard disk is a devices use for more storage of data. The data store on a hand disk can we store a very fast speed. It is a direct address devices. Unlike CD, floppy, etc, you can’t easily remove a hard disk from a PC.
• 15. Structure of Hard Disk A hard disk drive is made up of a group of disk or disk platter, piled on tap of one another in an either dust proof case.
• 16. Floppy disk is also called a disk or Diskette, A floppy disk is a removable storage disk use for storing data. It is called a floppy disk because the round film inside the disk plastic shell is flexible. You can take a backup of any important information from the hard disk in a floppy. This will present lose of information in the case hard disk file or is infected with virus. You can use a floppy disk to store and more data easily from one PC to another.
• 17. It is an optical read only memory. The disk is made up of poly carbonate. It is coated with a material which change is reflected property when a high intensity laser beam is focused on it. The coating material is highly reflecting proper when usually aluminium optical disk are two types, namely compact disk, or worm (write once & Read many).
• 18. DVD (Digital Video Disk or Digital Versatile Disk) disk provide more storage capacity than a CD ROM. The disk used with DVD drives are of the same diameter and thickness as traditional CDs. Like CDs, the DVD disk can tolerate dust, Dirt and Finger Print, DVD are use for storing audio and video entertainment such movies, videos games and software application.
• 19. USB flash drives or pen drive Are Flash memory data storage Device integrated with a USB interface they typically small light weight, removable and rewritable. It is a flash Memory card that plug into the computer USB port.
• 21. Random access memory (RAM) is the best known form of computer memory. The opposite of RAM is serial access memory (SAM). SAM stores data as a series of memory cells that can only be accessed sequentially (like a cassette tape). SAM works very well for memory buffers, where the data is normally stored in the order in which it will be used.
• 22. Volatile Memory  Volatile memory is computer memory that requires power to maintain the stored information. Most modern semiconductor volatile memory is either static RAM (SRAM) or dynamic RAM (DRAM).
• 23. Non-volatile memory  Non-volatile memory is computer memory that can retain the stored information even when not powered. Examples of non- volatile memory include ROM, flash memory, hard disk drives, floppy disks and magnetic tape, optical discs. Virtual memory  Virtual memory is a system where all physical memory is controlled by the operating system. When a program needs memory, it requests it from the operating system. The operating system then decides what physical location to place the memory in.
• 24. The following are some common types of RAM:  SRAM: Static random access memory uses multiple transistors,  DRAM: Dynamic random access memory  FPM DRAM: Fast page mode dynamic random  EDO DRAM: Extended data-out dynamic random access memory. Maximum transfer rate to L2 cache is approximately 264 MBps.
• 25.  SDRAM: Synchronous dynamic random access memory . Maximum transfer rate to L2 cache is approximately 528 MBps.  DDR SDRAM: Double data rate synchronous dynamic RAM. Maximum transfer rate to L2 cache is approximately 1,064 MBps (for DDR SDRAM 133 MHZ).  RDRAM: Rambus dynamic random access memory  Credit Card Memory: Credit card memory is a proprietary self-contained DRAM memory module that plugs into a special slot for use in notebook computers.
• 26.  PCMCIA Memory Card: Another self- contained DRAM module for notebooks,  CMOS RAM: CMOS RAM is a term for the small amount of memory used by your computer  VRAM: Video RAM, also known as multiport dynamic random access memory (MPDRAM), is a type of RAM used specifically for video adapters or 3-D accelerators
• 27. Need of RAM  For run computer fast  For Window XP 64 or 128MB  For Optimal Performance with standard computer application, 256 MB  If you running window 95/98 you need a bare minimum 32 mb but not run good, then you need to add 64 mb ram for work much better.
• 28. Volatile Memory  RAM  Williams-Kilburn Tube (1946-47)  Delay Line Memory-1947)  Selectron Tube (1953)  Dekatron
• 29. Non-Volatile ROM  Mask ROM  PROM  EPROM  EEPROM Hard drives  Magnetic tape  Hard disk drive  Optical disc drive
• 30.  Paper data storage (1725)  Drum memory (1932)  Magnetic-core memory (1949)  Plated wire memory (1957)  Core rope memory (1960s)  Thin-film memory (1962)  Twistor memory (~1968)  Bubble memory (~1970)
• 31. In the early 1940s, memory technology mostly permitted a capacity of a few bytes. The first electronic programmable digital computer, the ENIAC, using thousands of octal-base radio vacuum tubes The next significant advance in computer memory came with acoustic delay line memory, developed by J. Presper Eckert in the early 1940s. through the contruction of a glass tube with filled with murcury and quartz crystal.
• 32.  the Williams tube and Selectron tube, originated in 1946, both using electron beams in glass tubes as means of storage. Using cathode ray tubes, Fred Williams would invent the Williams tube, which would be the first random access computer memory.  The Williams tube would prove more capacious than the Selectron tube (the Selectron was limited to 256 bits, while the Williams tube could store thousands) and less expensive.
• 33. As Efforts began in the late 1940s to find non-volatile memory. Jay Forrester, Jan A. Rajchman and An Wang developed magnetic core memory, which allowed for recall of memory after power loss.
• 35. Created By:

Computer Memory

Nov 21, 2014

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Computer Memory. Objectives. What is RAM & ROM? What are their features? What are their differences? What do the terms volatile/non-volatile mean? What is rom used for? What is RAM Used for? How can RAM affect performance?. Objectives. i) Describe the difference between RAM and ROM

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Objectives... • What is RAM & ROM? • What are their features? • What are their differences? • What do the terms volatile/non-volatile mean? • What is rom used for? • What is RAM Used for? • How can RAM affect performance?

Objectives... • i) Describe the difference between RAM and ROM • ii) Explain the need for ROM in a computer system • iii) Describe the purpose of RAM in a computer system • iv) Explain how the amount of RAM in a personal computer affects the performance of the computer

Memory • The Central Processing Unit (CPU) needs to store data whilst it is carrying out the processing required. • The hardware that carries out this task is called 'memory'. Memory can be classed into two types: • Read Only Memory (ROM) • Random Access Memory (RAM)

ROM • ROM is a special kind of memory which stores the instructions which the computer uses when it 'boots up' - the BIOS (basic input output system). • It allows it to check the type of hard disk installed, the amount of memory installed, the type of CPU being used etc.

ROM • ROM is a type of memory that retains its data even without power. • so even when the computer is switched off, it will not lose the data which is saved onto it. • It is non-volatile

ROM • Because the data is 'read only', it can be read but not changed by the user. • The ROM chip (although there may be more than one) is attached to the Motherboard. • The key thing to remember about ROM is that the data is not erased when the computer is switched off - the data is stored permanently.

RAM • How many times has the computer crashed or your mate 'accidentally' switched it off.? • When you rebooted and logged back in, your work was gone forever.

RAM • This was because your work was stored in RAM, or 'temporary memory'. • It was fairly safe there while the computer was working, but as soon as it was switched off, everything disappeared. • This type of memory known as 'volatile memory'.

RAM • As well as storing the data you are working on, RAM also stores the modules that are needed to make your applications work. • For example, when you open up your favourite word processing application, you may notice a short delay while the modules are loaded into RAM.

RAM • RAM is also needed so that you can have multiple windows open and so that you can switch between them.

RAM • However, if you have a lot of windows, documents and different applications running, you might find that your system starts to slow down. • This is because your RAM is full up and it is having to decide what it needs to keep stored in memory at any given time and what it can release.

RAM • If this happens to you a lot, you can improve the performance of your computer by installing extra RAM.

Performance • It was mentioned that data and programs are stored in RAM, ready for use by the CPU. • But there is only a limited amount of RAM available in any computer system.

Performance • What happens when there is so much being used that you run out of memory? • Answer: the computer stops running or 'crashes'. • The more memory you have available the more applications you can have open at the same time.

Performance • Operating Systems like Windows can be clever and work around this. • This is called 'virtual memory'. • But it is very slow compared to 'real' RAM and so the operating system may give a warning such as 'you are low on virtual memory, please close some applications'.

Virtual Memory • You must have enough RAM installed in the computer to run the applications you intend use. • This minimum is usually stated on the side of the box it came in. • Even the operating system has to have a minimum amount of RAM for it to run.

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Computer memory.

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