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Magnetic core memory - Wikipedia, the free encyclopedia
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IBM Archives: Exhibits: A notable first - IBM 701: IBM 737 Magnetic core storage unit ... The IBM 737 was formally announced on October 1, 1954. Users of the IBM 701 Data Processing System could specify the 737 in lieu of the IBM 706 Electrostatic Storage Unit to gain the advantage of magnetic core storage, viz.,
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Complete Patent Searching Database and Patent Data Analytics Services. ... Electrical circuits employing magnetic core memory elements; - - 2724103; Magnetic memory circuits employing biased magnetic binary cores; - - 2781503; Magnetic memory device; - - 2825891; Magnetic memory device;
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Complete Patent Searching Database and Patent Data Analytics Services. ... United States Patent 3221312 ... US Patent References:; Magnetic system; - - 2792563; Magnetic memory devices; - - 3083353; Magnetic memory construction and circuits; - - 3084336; High speed thin magnetic film memory array; - - 3111652;
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The IBM 2361 Core Storage Module housed 16K bytes of core memory. You can see the core planes (and the individual cores, i.e. bits) through the glass doors. ... The IBM 737 Magnetic core storage unit (1954, for the IBM 701)
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This invention relates generally to magnetic core storage memory systems and more particularly to a magnetic core storage memory system wherein the memory ...
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Patent Abstract: A cubic magnetic core storage memory system which results in increased packing density of the core elements and more economical ...
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magnetic core storage: In computer technology, a storage device that uses ferromagnetic materials such as iron, iron oxide, or ferrite and in such shapes as wires, toroids, and rods. ... This HTML version of FS-1037C was last generated on Fri Aug 23 00:22:38 MDT 1996...
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Core memory is non-volitile. So whatever was last written (back in the 50s) on the plane I bought is still there. I find this very cool. --- ; An inclusive history of the invention of magnetic core memory would include John Presper Eckert, An Wang, Jay Forrester, Jan Rajchman, Mike Haynes and William Papian.
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Many other computer breakthroughs such as magnetic-core storage, modular design, interactive graphic displays, on-line common databases, and continuous and reliable operation can also be traced to the development of Whirlwind.
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