Hi folks,
Thanks everyone for providing terrific expertise.
Of all the comments, Evan's claim nearest to the ones echoed in the Debian
thread I started.
One more tiny question though.
Sorry if my innocence is showing big time here, but I have to guide
another person through the search, and acquire process..Amazon becoming
profoundly no longer accessible adaptive tools wise.
My goal mirrors what Scott notes here, I will be reading often, writing on
occasion, audio for certain. Certainly first.
However, searching USB stick via duckduckgo is producing flash drives,
memory sticks, neither of which are what I believe? I want.
Especially since I need at least well 100 gig. I do not need a tig, but
do not want to end up ordering something that proves unsuitable, as in
moving a music folder from a macbook pro to this item, so I can move said
folder to an IPod.
What is my search term?
Thanks,
Kare
On Sat, 4 Jul 2026, Scott Allen via Talk wrote:
> On Fri, 3 Jul 2026 at 21:21, Lennart Sorensen via Talk
> <talk@lists.gtalug.org> wrote:
>> I have one 16GB
>> drive I have had for about 10 years now that is really small (it doesn't
>> even have the metal part around the USB port just the inside plastic part
>> of the port to reduce the thickness) which has been surprisingly durable.
>
> "Durability" will differ depending on whether you're talking reading
> or writing. Drives will specify the estimated or guaranteed number of
> write cycles, never read cycles. Only writing causes wear on the
> drive, limited to a maximum number of writes for any given cell. Reads
> don't cause wear and are essentially infinite, assuming the
> electronics don't fail in general. Electronics could fail due to
> abuse, such as extreme higher than recommended temperatures or
> moisture from "running the drive through the washer and dryer".
>
> Even the cheapest, slowest drive could be quite durable if you're
> mostly reading from it, with only occasional writes, such as one that
> is used to store and play audio or video files.
>
> Data retention time is also a "durability" factor. Bits set to 0 are
> written by trapping electrons behind an insulator and read by
> non-destructively sensing the presence of this electronic charge.
> However, this charge will slowly leak off, eventually causing a cell
> set to 0 to read as a 1. Operating at a higher temperature can
> increase the leakage rate and lower the retention time. Retention time
> is usually expressed in terms of decades and the quality of the drive
> will affect this.
>
> --
> Scott
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