And for that shouldn't the hdd first have to get detected?
He mentioned the usb sound plays, so something is getting detected.
And for that shouldn't the hdd first have to get detected?
That sound just indicate that something is inserted into the usb drive & some amount of current is flowing through the path (the hdd led light turning on for example).He mentioned the usb sound plays, so something is getting detected.
That sound just indicate that something is inserted into the usb drive & some amount of current is flowing through the path (the hdd led light turning on for example).
USB protocol interface connection is "current flowing" through the circuit.No, that sound will not play if there is only current flowing, it indicates that something is interfacing using the USB protocol.
It may only be the controller for all we know, but thats a start point.
A small correction - If you plug in a powerbank to charge, no sound will play, but the powerbank will charge. This is "current flowing" through the circuit.USB protocol interface connection is "current flowing" through the circuit.
Looks like somethings wrong with the pcb...controller IC.I tested the HDD again today by placing it in the HDD dock. Now there is no sound of a USB device connecting at all after I turn the HDD dock ON with the drive in it. Of course the HDD does not get detected on my PC. When I placed my hand on the HDD I could feel it is spinning inside though.
if it's getting detected you can use rufus to format the drive and make it usable again but you're going to loose all the files in the drive in that process.
Will always suggest to a use an internal as an external in a casing.Like I said it's not getting detected at all. I have given up on the HDD. It's just a coaster now. Thankfully all data was backed (as I always maintain a 1:1 mirror of every HDD I have data on) so I was covered.
Not a good idea unless casing is very good quality with active cooling assuming 3.5" hdd.Will always suggest to a use an internal as an external in a casing.
Thats optional..my core enforcement is internals are less susceptible to failures unlike usb externals where hardly anything can be done to get the drive bring back to life and recover data.Not a good idea unless casing is very good quality with active cooling assuming 3.5" hdd.
All 3.5" usb drives are using the same drive models which are also sold as internal drives & all of them can be easily disassembled to take the drive out & use as internal which is what majority abroad do. They also produce much more heat than 2.5" drives especially 8TB or larger CMR drives. I have seen a WD 8TB usb drive with power adapter reaching 60C in North Indian winter season during night without even doing anything. Running hdd at 55C-60C temps for hours daily is a sure shot way to kill them within a year or two.Thats optional..my core enforcement is internals are less susceptible to failures unlike usb externals where hardly anything can be done to get the drive bring back to life and recover data.
What you are referring to is known as HDD shucking which is not possible any more for majority of the brands and models. Else earlier the job was pretty easy and straightforward.All 3.5" usb drives are using the same drive models which are also sold as internal drives & all of them can be easily disassembled to take the drive out & use as internal which is what majority abroad do.
Why? Last time I checked all 3.5" external drive models from WD & seagate as well as all 2.5" portable usb hdd models were seagate were shuckable.What you are referring to is known as HDD shucking which is not possible any more for majority of the brands and models. Else earlier the job was pretty easy and straightforward.
A small correction - If you plug in a powerbank to charge, no sound will play, but the powerbank will charge. This is "current flowing" through the circuit.
When the sound plays, it means the D+ and D- pins are connected to something on the other side that advertises itself to be a USB device.
There is "current flowing" through the device in this case also. But the sound is because the OS recognises a USB device is connected.
I tested the HDD again today by placing it in the HDD dock. Now there is no sound of a USB device connecting at all after I turn the HDD dock ON with the drive in it. Of course the HDD does not get detected on my PC. When I placed my hand on the HDD I could feel it is spinning inside though.
Many motherboards nowadays have a feature where even after powering off the system using OS shutdown command the usb ports still remain in active state delivering power for scenarios like where some power bank/charging device is connected. On some mobos this feature can be turned off but not on other mobos. For internal drives this is not an issue but for usb powered drives it is an issue.I use my pc for around 7-8 hours everyday and recently due to the summers a lot of times electricity goes off almost everyday. So I thought instead of locking the pc during idle times how safe is it to put it by default into sleep mode.
As all the components stay powered off so I think there's a minimal risk esp. hard drives.
Just need some clarification on this.
Referring to internal not external storage.Many motherboards nowadays have a feature where even after powering off the system using OS shutdown command the usb ports still remain in active state delivering power for scenarios like where some power bank/charging device is connected. On some mobos this feature can be turned off but not on other mobos. For internal drives this is not an issue but for usb powered drives it is an issue.
Already mentioned, it is no issue for internal drives. Btw, I hope by putting pc to sleep you mean hibernation not sleep which is a very low power state but still not completely zero power state.Referring to internal not external storage.