by Tdarcos » Thu Sep 17, 2020 3:16 pm
Given the sad story of my unrecoverable NAS I have a bit of good news.
While looking through Amazon I come across an amazing offer. A micro SD card, adapter sleeve, SD reader, for $29.95. What was amazing about this was the size of the card: 1TB*.
I decided to order it. this is quite reasonable even though hard drives have fallen in price, a 1TB* external hard drive is about $49.95. So for "small" disk quantities, flash memory seems to be cheaper.
I mean, the advantage here is I only want it as backup storage, I'm not going to be doing a lot of erasing. I have my files on my computer's internal hard drive, and a backup copy on the lovely 8TB* USB drive I bought with the donation from Casual Observer. Problem is, the backup drive is on top of my computer, if anything happened to knock it over I could lose everything. So I can store a second backup on this external SD card. I have a 250GB* card I can't use in my cameras (they only support a maximum of 128GB*) and I considered that, but the USERS\PAUL directory on my computer is currently at 292 GIB* (314,550,988,800 bytes) I could split it, maybe move my video collection but that alone is 128GiB*.
Now, I know there are two problems to worry about. First, is it actually that size or might they "overestimate"? Well, I've gotten flexible in my old age, I'll accept 95%. I've gotten 32GB SD cards that had slightly over 31GB, which at 96% is close enough. So if the "1TB" is at least 950 billion bytes I'll keep it.
Second is the possibility they may be lying and it's actually a smaller SD card gimmicked to report a larger size. If you use it above the true size, data can get damaged or destroyed. To combat this, there are open source/free utilities that can test SD cards to make sure the reported size is accurate. I will use one.
* For storage capacity I am using the standard distinguishing method in which a disk space size is usually declared in powers of 1,000, e.g. my 8TB drive is 8*1000^4, and the available size was 8,001,000,000,000 bytes, which is 8 trillion on the nose. Where the measurement is in powers of K (1024), the lower case i is inserted, so 1GB IS 1000^3 while 1GiB is 1024^3. The difference at that level is an extra 73.7 million bytes.
Given the sad story of my unrecoverable NAS I have a bit of good news.
While looking through Amazon I come across an amazing offer. A micro SD card, adapter sleeve, SD reader, for $29.95. What was amazing about this was the size of the card: 1TB*.
I decided to order it. this is quite reasonable even though hard drives have fallen in price, a 1TB* external hard drive is about $49.95. So for "small" disk quantities, flash memory seems to be cheaper.
I mean, the advantage here is I only want it as backup storage, I'm not going to be doing a lot of erasing. I have my files on my computer's internal hard drive, and a backup copy on the lovely 8TB* USB drive I bought with the donation from Casual Observer. Problem is, the backup drive is on top of my computer, if anything happened to knock it over I could lose everything. So I can store a second backup on this external SD card. I have a 250GB* card I can't use in my cameras (they only support a maximum of 128GB*) and I considered that, but the USERS\PAUL directory on my computer is currently at 292 GIB* (314,550,988,800 bytes) I could split it, maybe move my video collection but that alone is 128GiB*.
Now, I know there are two problems to worry about. First, is it actually that size or might they "overestimate"? Well, I've gotten flexible in my old age, I'll accept 95%. I've gotten 32GB SD cards that had slightly over 31GB, which at 96% is close enough. So if the "1TB" is at least 950 billion bytes I'll keep it.
Second is the possibility they may be lying and it's actually a smaller SD card gimmicked to report a larger size. If you use it above the true size, data can get damaged or destroyed. To combat this, there are open source/free utilities that can test SD cards to make sure the reported size is accurate. I will use one.
* For storage capacity I am using the standard distinguishing method in which a disk space size is usually declared in powers of 1,000, e.g. my 8TB drive is 8*1000^4, and the available size was 8,001,000,000,000 bytes, which is 8 trillion on the nose. Where the measurement is in powers of K (1024), the lower case i is inserted, so 1GB IS 1000^3 while 1GiB is 1024^3. The difference at that level is an extra 73.7 million bytes.