otherwise you risk data LOSS
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Actually that's not as absurd as it seems. NAND memory starts corrupting data if it doesn't get any current for few years. I'm not sure if just power on USB triggers it or does controller on device need to be specifically activated by OS detection. I guess controller goes on the moment it gets power.
NANDalf!
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This post did not contain any content.wrote last edited by [email protected]
USB is intelligent. The device should draw as much current as it asks for. If the device is not detecting any host to do any data transfer with, then it is probably idling at lowest unit power load. I would bet it's not bad for it in any way. As long as that power brick lives up to the standard.
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In theory, just getting current does nothing. It has to be rewritten. It uses hot electron tunneling.
However, I recently found an mp3-player I hadn't used since longer than 2017 on the bottom of a drawer. It was stored without battery. I put an AAA battery in and it played the stored music just fine.
Older lithography holds charge longer; the pursuit of more storage at cheaper prices results in engineering sacrifices to make it happen.
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NANDalf!
“No!” cried nandalf, springing to his feet. “With that charger I should have power too great and terrible.
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NANDalf!
You shall not pass data!
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This post did not contain any content.wrote last edited by [email protected]
This generations nema 5-15 to rj45 adapter.
/s
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You wouldnt download a house
gestures at housing prices
If people could download a house they absolutely would.
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USB is intelligent. The device should draw as much current as it asks for. If the device is not detecting any host to do any data transfer with, then it is probably idling at lowest unit power load. I would bet it's not bad for it in any way. As long as that power brick lives up to the standard.
That's how it works in general tbf, with a few exceptions like leds
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My innocent brain wants to know what will actually happen
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My innocent brain wants to know what will actually happen
wrote last edited by [email protected]Nothing at all.
The power supply only puts 5V on the appropriate pins, just like a computer would. Since there is no computer, the drive will do nothing. Even if the power supply has USB-power delivery it won’t actually supply a higher voltage until the device asks for it, and this device won’t.
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My innocent brain wants to know what will actually happen
I don't know for sure but I think if all devices are to spec, nothing happens.
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Older lithography holds charge longer; the pursuit of more storage at cheaper prices results in engineering sacrifices to make it happen.
Older devices also stored fewer bits per well. It's much easier for the data to get corrupted when the difference in voltage between two values is smaller.
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USB is intelligent. The device should draw as much current as it asks for. If the device is not detecting any host to do any data transfer with, then it is probably idling at lowest unit power load. I would bet it's not bad for it in any way. As long as that power brick lives up to the standard.
Is that part of the USB standard or just common with many devices?
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Is that part of the USB standard or just common with many devices?
Usb is 5v standard, it can negotiate something else, then it's called usb-pd
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Is that part of the USB standard or just common with many devices?
wrote last edited by [email protected]It's part of the standard. It's slightly different for each USB verision. USB 2.0 starts at 100mA at 5V and the device can negotiate up to 500mA, if the host can deliver.
