core memory Antonyms
No Synonyms and anytonyms found
Meaning of core memory
core memory (n)
(computer science) a computer memory consisting of an array of magnetic cores; now superseded by semiconductor memories
core memory Sentence Examples
- Core memory, also known as magnetic core memory, was a primary form of computer memory used in early computing systems.
- Core memory stores data by magnetizing tiny ferrite cores within a grid of wires, representing binary bits.
- One of the key advantages of core memory was its non-volatile nature, meaning data remained intact even when power was turned off.
- Core memory was first developed in the 1950s and remained in use until the advent of semiconductor memory technologies.
- Core memory was renowned for its reliability and durability compared to other memory technologies of its time.
- Each core in core memory could store one bit of data, and memory capacity was determined by the number of cores in the system.
- Core memory was commonly used in early mainframe computers and minicomputers due to its high storage density and reliability.
- Accessing data in core memory involved sending pulses of current through the wires to read or write data to the magnetic cores.
- Although core memory was eventually replaced by semiconductor memory such as RAM, its impact on the development of computing was significant.
- Today, core memory is primarily of historical interest, but it remains a symbol of the early era of computer technology.
FAQs About the word core memory
(computer science) a computer memory consisting of an array of magnetic cores; now superseded by semiconductor memories
No synonyms found.
No antonyms found.
Core memory, also known as magnetic core memory, was a primary form of computer memory used in early computing systems.
Core memory stores data by magnetizing tiny ferrite cores within a grid of wires, representing binary bits.
One of the key advantages of core memory was its non-volatile nature, meaning data remained intact even when power was turned off.
Core memory was first developed in the 1950s and remained in use until the advent of semiconductor memory technologies.