Dynamic Random Acess Memory (DRAM) Explained | 'All About Semiconductor' by Samsung Semiconductor

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  • čas přidán 27. 08. 2024

Komentáře • 14

  • @SamsungSemiconductorGlobal

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  • @ROBLOXTHANOS
    @ROBLOXTHANOS Před 19 dny +1

    Thanks for the explanation.

  • @thinksmartstudios
    @thinksmartstudios Před rokem +3

    Thanks Samsung ❤... This was simply put the best illustration and explanation on the very general terms we hear everyday.

  • @feliciahsu7103
    @feliciahsu7103 Před rokem +1

    Nive video ! Thanks Samsung !

  • @davidgrisez
    @davidgrisez Před 5 měsíci

    Modern dynamic random access memory that came out in the 1970s was one of the many things that made the computers we have today possible. I am old enough to remember when the state of the art memory technology on computers was magnetic core memory. Back in the past magnetic core memory was extremely expensive and took up a lot more space in the computer. Also it was typical for a computer of that time to have no more than about 64k of magnetic core memory and often considerably less. Now a person can buy with computer with 16gb of memory for a reasonable price.

  • @sbjuice622
    @sbjuice622 Před rokem +3

    at 3:48 I believe the labels for wire bonding and flip chip are mixed up

  • @neophytegs4094
    @neophytegs4094 Před 11 měsíci

    Good explanation thanks

  • @ade5324
    @ade5324 Před 6 měsíci

    i just wanted to know how its different than regular ram, and what the `d` mean in `dram`
    turns out, its just regular ram

    • @ciaocuki
      @ciaocuki Před 3 měsíci

      the d stands for dynamic, because of the way the charge inside of the capacitor decreases over time. That does not happen in static ram (SRAM), in which the circuits inside of the cells are more complex (which results in slower performance) but they dont need any refreshing