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My computer no longer recognizes my external hard drive. What should I do?

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I often work with external hard drives on my computer. Unfortunately, my computer no longer recognizes one of these hard drives. Other computers can no longer recognize it either. I've already changed cables, but that doesn't help. What can I do to get the computer to recognize it again? Or how can I at least…

Which NAS is best suited for your own film library?

ByWeissNichtM16

Hello I've been thinking about buying a NAS in the future where I can download movies and series (JDownloader or something like that) and then stream them myself at home. So I wanted to ask which NAS you could recommend, regarding software compatibility, etc. It also shouldn't be too huge, so it's not something you'd…

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heizfeld
heizfeld
2 years ago

Hello,

of course. SSDs consist of a variety of chips made from non-volatile memory that together yield the capacity.

Defective storage cells are stored in a reserve zone. If this is consumed, the SSd ALS is reported to be defective. As with the HDD, only from E-components, not from magnetic discs.

LG

Harry

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Xdknpuf
Author
Xdknpuf
2 years ago
Reply to  heizfeld

so with chips I meant the ssds that you screwed directly to the mb, thanks for the answer

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heizfeld
heizfeld
2 years ago
Reply to  Xdknpuf

For all SSDs, the same is true, they are only connected differently, once with SATA 2.5″ or with M.2-“CHIP”

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Mark Berger
Mark Berger
2 years ago

What do you think or what are you going to do?

A SSD usually has various components and there are several chips on an SSD.

Simplify this in 3 groups

  1. Controller (Quasi the heart and brain of the SSD)
  2. NAND memory chips (these contain the encrypted and scattered data)
  3. Operating electronics (circuits for power supply and for various other things. Among these, some smaller chips can also be)

Data only contain the NAND chips (both user data and reserve memory and firmware).

I want to play on it to let the run faster pass on my other ssd (internal by sata so quite normal)

A SSD as well as a HDD is a blocker from the computer’s view. So it doesn’t matter whether it writes memory blocks on an SSD or HDD. The SSD sits faster than you said.

Therefore, the SSD is ideal for operating system, games and programs.

and on the hdd I just want to save the rest.

This makes sense – HDDs are usually cheaper and with the SMART values you are warned long before a failure. This makes an HDD very easy to calculate and ideal for use as long-term data storage.

When opening a Word file or an image, it does not make any noticeable undershoot whether the files are in 0.1 or 0.2 seconds or 0.5 or 1 second are loaded.

PS: He’d be great if you could clearly formulate questions and not just a “drauf los brabbel” gets out.

3
Xdknpuf
Author
Xdknpuf
2 years ago
Reply to  Mark Berger

Jo wrote this before school very quickly because of this haha, thanks for the answer. so I meant the ssds that you screwed to the mainboard, whether they function as a normal memory

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Mark Berger
Mark Berger
2 years ago
Reply to  Xdknpuf

yes

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Peppie85
Peppie85
2 years ago

I wouldn’t say stupid now, but I feel like you don’t know what you want to express.

Storage of data is, of course, the job of a data carrier. Accordingly, such a data carrier naturally has a storage capacity which can be dimensioned.

Conventional mass storage units are gigabytes or terabytes nowadays.

A byte, that’s 8 bits. So a number sequence of 8 zeros or ones. between 00000000, which gives 0 and 1111111111, which gives 255 each byte stands for a sign. e.g., the large ridge “A” corresponds to the bit sequence 10000010, i.e. to the value 65 or the number 2, i.e. to the value 50

Because each of the bits in the byte has a numerical value which corresponds to the double of the previous one, there is only one logical possibility for each number between 0 and 255 that can be represented with a number sequence of 8 zeros or ones.

  1. 1
  2. 2
  3. 4
  4. 8
  5. 16
  6. 32
  7. 64
  8. 128.

So if you take the corresponding value of the bit anywhere where a 1 should appear, and then you have a byte.

Okay, so far to bits and bytes. Now there is a small drop in contrast to all other units such as volt, ampere, gram, watt etc.

for a kilowatt of 1000 watt, is a kilobyte of 1024 bytes. so, of course, it continues with megabytes, gigabytes and terrabytes.

Lg, Anna

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Xdknpuf
Author
Xdknpuf
2 years ago
Reply to  Peppie85

that is clear, yet thanks for the detailed explanation. had my question put wrong that could not well formulate because of time pressure

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alexthenr14
alexthenr14
2 years ago

???????

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