Question about future memory technology So I'm taking a…
0 reactions
Question about future memory technology
So I'm taking a hardware low-level class in college and we're learning about hardware performance. Apparently, CPU performance has drastically increased exponentially over the years, but memory has not gotten the same performance boost in relation to CPU performance. Specifically, my professor used DRAM as an example. I know we have new technology coming like the super RAM memory thing, but I haven't followed much on tech news. My question is, are we coming to a point where we've capped out on improving CPU performance as well as memory performance? Like transistor counts are reaching a limit, etc. What about for memory performance? Can that keep improving for a long time after CPU performance has reached its cap? How does quantum affect all this? Thanks
#hardware #technology
source
So I'm taking a hardware low-level class in college and we're learning about hardware performance. Apparently, CPU performance has drastically increased exponentially over the years, but memory has not gotten the same performance boost in relation to CPU performance. Specifically, my professor used DRAM as an example. I know we have new technology coming like the super RAM memory thing, but I haven't followed much on tech news. My question is, are we coming to a point where we've capped out on improving CPU performance as well as memory performance? Like transistor counts are reaching a limit, etc. What about for memory performance? Can that keep improving for a long time after CPU performance has reached its cap? How does quantum affect all this? Thanks
#hardware #technology
source
| 2,000 mlx | |
| 2 | |
| 0 |