BEng in CS graduated from University of Wrocław; MSc CS student at the same university; mainly interested in compilers, functional programming and gamedev.
I have reinstalled Windows on my computer only once during two years of ownership and it was not because of any performance drop, but I wanted to have Linux alongside Windows and... let's just say they didn't want to work together, so I had to wipe the disk.
The performance actually goes up with time. I remember some time ago my computer booted ~15s and now it's ~14s.
It doesn't matter if even more than 3/4 of disk is untouched. This is exactly how Windows saves files on disk: sequentially, not giving a file space to grow. That's why it needs defragmentation on HDDs, but on SSDs it doesn't have impact, because there's no head (I think it's called head) nor platters that have to move and spin.
People experienced with computers can spot malicious emails and spoofed websites can break also Linux. I was actually quite surprised my neighbour has managed to infect his Ubuntu in such a way that there were p0rn ads all over the desktop.
I have reinstalled Windows on my computer only once during two years of ownership.
So it's perfectly possible that you reinstalled at the right interval to coincidentally miss the worst of the performance drops. There are indeed techniques you can use to delay that performance issue, but it is inevitable you'll need to refresh at some point to actually avoid it.
So, I'll be interested to see how your performance is on that SSD after 2 solid years without a "Windows 10 Refresh" or reinstall.
It doesn't matter if even more than 3/4 of disk is untouched. This is exactly how Windows saves files on disk: sequentially, not giving a file space to grow.
Mm hmm. Like I said, I know that.
People experienced with computers can spot malicious emails...
Usually. Spoofing is getting harder to detect. Also, this doesn't account for drive-by viruses delivered via the web.
...spoofed websites can break also Linux.
Occasionally, although it actually takes a good bit of naïvety to get infected this way. I always train my clients on safety regarding installation sources, scripts, and when to not enter your password.
Or, as I explain it, "It's entirely possible to get malware on Linux, but you really have to work at it." (And then I explain what not to do.)
Like I said, I've been doing this for over a decade.
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Certainly not, although the architecture of Linux does make "drive-by" infection far more difficult.
I have reinstalled Windows on my computer only once during two years of ownership and it was not because of any performance drop, but I wanted to have Linux alongside Windows and... let's just say they didn't want to work together, so I had to wipe the disk.
The performance actually goes up with time. I remember some time ago my computer booted ~15s and now it's ~14s.
It doesn't matter if even more than 3/4 of disk is untouched. This is exactly how Windows saves files on disk: sequentially, not giving a file space to grow. That's why it needs defragmentation on HDDs, but on SSDs it doesn't have impact, because there's no head (I think it's called head) nor platters that have to move and spin.
People experienced with computers can spot malicious emails and spoofed websites can break also Linux. I was actually quite surprised my neighbour has managed to infect his Ubuntu in such a way that there were p0rn ads all over the desktop.
So it's perfectly possible that you reinstalled at the right interval to coincidentally miss the worst of the performance drops. There are indeed techniques you can use to delay that performance issue, but it is inevitable you'll need to refresh at some point to actually avoid it.
So, I'll be interested to see how your performance is on that SSD after 2 solid years without a "Windows 10 Refresh" or reinstall.
Mm hmm. Like I said, I know that.
Usually. Spoofing is getting harder to detect. Also, this doesn't account for drive-by viruses delivered via the web.
Occasionally, although it actually takes a good bit of naïvety to get infected this way. I always train my clients on safety regarding installation sources, scripts, and when to not enter your password.
Or, as I explain it, "It's entirely possible to get malware on Linux, but you really have to work at it." (And then I explain what not to do.)
Like I said, I've been doing this for over a decade.