Does Micron make Crucial RAM sticks? Confused because my RAM sticks have a Micron and Crucial label on them. Some Crucial RAMs only have the Crucial label.
Any, basically it is what is inside the little plastic chips that you see on your SSD or RAM. So they just have to wire the pins to whatever they put it on, if it be normal SSD with SATA connection, or the new PCIe versions, or something proprietary
Instead of targeting solely cost/capacity or cost/performance, why not P/E cycles per dollar while it's used for primary storage and then cold storage longevity when something better replaces it? Most workloads can't tell the difference in performance between the slowest and fastest SSDs. I would put PE endurance and cold storage longevity above everything else. Can you stack SLC or MLC for capacity and make a device that practically lives forever? The best alternative is more expensive, requiring robots to handle loading, unloading and tracking optical discs which top out at ~100GiB each so far for long term storage.
The NEED FOR SPEED for faster RAMs, CPUs, SSDs, and BANDWIDTHs (thunderbolts, wifi, usb, ports) for faster computers into the future. Slow hard disk drives, CPUs, RAMs, .... or computers will fade away into the past, It sounds very impressive. It will be very expensive. It will need new compatible mother board and CPU speed for new computers to run together efficiently with updated software.
+zx50 I think Intel and Mircon will come out with more than one versions for the speeds of 3D XPoint memories like 100x, 300x, 500x, 700x, and 1000x. The higher the number is the higher price. I don't think most of us can afford to buy the 1000x speed memory.
+zx50 'updated software' means the latest Os and firmware so that they work efficiently together like very fast memory with very fast CPU with very fast HDD for efficiency. Intel has the latest & fastest Intel 750 Series SSD storages than any other brand name so far, but its price for 1 TB is the most high compare to other ssd because many consumers can not afford it. I hope Intel and Micron will lower the prices of their so-good products for consumers too.
+Xi Le The NEED FOR SPEED for faster RAMs, CPUs, SSDs, and BANDWIDTHs (thunderbolts, wifi, usb, ports) for faster computers into the future. Slow hard disk drives, CPUs, RAMs, .... or computers will fade into the past,
Problem before was there was no way to do it. The idea was there to do it in the 70s, and the design was there by the late 70s, it was until just 10 years ago that we had the machines to actually do it.
Does Micron make Crucial RAM sticks? Confused because my RAM sticks have a Micron and Crucial label on them. Some Crucial RAMs only have the Crucial label.
violian5 Yes, Micron does produce the ICs for Crucial.
Very cool. What sort of markets can we see emerge from this?
Wearables is one area.
What form factor will it take on?
Any, basically it is what is inside the little plastic chips that you see on your SSD or RAM.
So they just have to wire the pins to whatever they put it on, if it be normal SSD with SATA connection, or the new PCIe versions, or something proprietary
Instead of targeting solely cost/capacity or cost/performance, why not P/E cycles per dollar while it's used for primary storage and then cold storage longevity when something better replaces it? Most workloads can't tell the difference in performance between the slowest and fastest SSDs. I would put PE endurance and cold storage longevity above everything else. Can you stack SLC or MLC for capacity and make a device that practically lives forever? The best alternative is more expensive, requiring robots to handle loading, unloading and tracking optical discs which top out at ~100GiB each so far for long term storage.
2:35
Pun intended.
Roger, Roger..what's your vector Victor
The NEED FOR SPEED for faster RAMs, CPUs, SSDs, and BANDWIDTHs (thunderbolts, wifi, usb, ports) for faster computers into the future.
Slow hard disk drives, CPUs, RAMs, .... or computers will fade away into the past,
It sounds very impressive. It will be very expensive.
It will need new compatible mother board and CPU speed for new computers to run together efficiently with updated software.
+zx50 I think Intel and Mircon will come out with more than one versions for the speeds of 3D XPoint memories like 100x, 300x, 500x, 700x, and 1000x. The higher the number is the higher price. I don't think most of us can afford to buy the 1000x speed memory.
+zx50 'updated software' means the latest Os and firmware so that they work efficiently together like very fast memory with very fast CPU with very fast HDD for efficiency. Intel has the latest & fastest Intel 750 Series SSD storages than any other brand name so far, but its price for 1 TB is the most high compare to other ssd because many consumers can not afford it. I hope Intel and Micron will lower the prices of their so-good products for consumers too.
+Xi Le The NEED FOR SPEED for faster RAMs, CPUs, SSDs, and BANDWIDTHs (thunderbolts, wifi, usb, ports) for faster computers into the future.
Slow hard disk drives, CPUs, RAMs, .... or computers will fade into the past,
Kind of logical to go vertical...
I was thinking that too. Like, hadn't anyone thought of this before? Or is there some technical aspect that I'm missing here?
These sorts of architectures are quite hard to manufacture.
Problem before was there was no way to do it. The idea was there to do it in the 70s, and the design was there by the late 70s, it was until just 10 years ago that we had the machines to actually do it.