Memory (computers): Difference between revisions

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(New page: Electronic computers use a wide range of '''memory''' technologies, as well as secondary storage (computers). The primary electronic memories may be both readable and writable ([[rando...)
 
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Electronic computers use a wide range of '''memory''' technologies, as well as [[secondary storage (computers)]]. The primary electronic memories may be both readable and writable ([[random access memory]] (RAM)), write-once-read-many (WORM) of various types, or forms that can be read freely but require special procedures to change.   
{{subpages}}
''See [[memory]] for the mechanism in living things.''
 
Electronic computers use a wide range of '''memory''' technologies for high-speed computing, as well as [[mass storage (computers)|mass storage]] with greater capacity but slower access times. The primary electronic memories may be both readable and writable ([[random access memory]] (RAM)), write-once-read-many (WORM) of various types, or forms that can be read freely but require special procedures to change.   


RAM is normally addressed by a numeric memory address; think telephone number. A different alternative is [[content addressable memory]] (CAM), again with different physical types and capabilities.
RAM is normally addressed by a numeric memory address; think telephone number. A different alternative is [[content addressable memory]] (CAM), again with different physical types and capabilities.

Latest revision as of 16:32, 18 March 2009

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See memory for the mechanism in living things.

Electronic computers use a wide range of memory technologies for high-speed computing, as well as mass storage with greater capacity but slower access times. The primary electronic memories may be both readable and writable (random access memory (RAM)), write-once-read-many (WORM) of various types, or forms that can be read freely but require special procedures to change.

RAM is normally addressed by a numeric memory address; think telephone number. A different alternative is content addressable memory (CAM), again with different physical types and capabilities.