there is very little chance of a user actually getting into trouble because of it.
Meh, I wouldn't qualify the flash problem as 'really bad' before, or really at all noteworthy now.
Meh, I wouldn't qualify the flash problem as 'really bad' before, or really at all noteworthy now.
It's just as noteworthy now as it was back then.
Since the Rasberry PI 3, is an extremely good value for money, educational/simple computer system, they are aiming for the $29.99 market. Many computers are $299.99 or even $999.
They may have decided that the issue is not important enough to fix and/or it will be fixed when the new generation eventually comes out and/or they will eventually fix it in the current model.
I bet if you properly/thoroughly investigated the system, you could find at least 10 detectable problems/bugs/issues.
So you have to continuously use the WiFi
obtain a rare expensive professional (I'd imagine) powerful flashed camera
Then you act like this problem is a complete disaster, on a fun $29.99 computer ?
The top chip being susceptible is still at least a minor issue I guess. But you have to go so close with the flash now, it does not seem too bad.
I'm not convinced this is a serious problem now.
ping 8.8.8.8
And it will ping continuously on *unix. On Windows you need to add -t.Long post, see above for original
Next time if you want to check the status of a network link continuously you could useCode: [Select]ping 8.8.8.8
And it will ping continuously on *unix. On Windows you need to add -t.
To stop press ctrl+c.
Analogy:
How would you react, if someone made a Youtube video, which seemed to "attacked" Fluke multimeters ?
I don't know if what I am saying makes any kind of sense ?
I think the real engineering issue is whether the RPi resets because of the light getting into photosensitive areas of some chips or the magnetic pulse from a Xenon flash. Try covering the board with something opaque, that will eliminate the light issue. My guess is that it's a magnetic pulse issue.
With the RPi2 it was most definitely light
I think the real engineering issue is whether the RPi resets because of the light getting into photosensitive areas of some chips or the magnetic pulse from a Xenon flash. Try covering the board with something opaque, that will eliminate the light issue. My guess is that it's a magnetic pulse issue.With the RPi2 it was most definitely light. It's very likely the same issue now, as although they've changed the package, the silicon should still be exposed underneath.
You've put "AGAIN!" in capitals. My first impression was that you are criticising them for not ensuring the issue was resolved once and for all.
If anything this seems like a video that didn't need to be made.
If anything this seems like a video that didn't need to be made.
I think you have a distinct lack of imagination.
The original RPi2 problem was very well publiciced, and it would be very easy for someone to see that and ask the question "Does that happen on the RPi3 as well or have they fixed it?"
I know, because I asked that exact same question myself, so I did a quick search and couldn't find the answer, so I did a video on it.
Next time if you want to check the status of a network link continuously you could useCode: [Select]ping 8.8.8.8
And it will ping continuously on *unix. On Windows you need to add -t.
To stop press ctrl+c.
Didn't know that, thanks.
sudo ping -s 8 -A <router ip-address>
This will blast your router with pings as fast as possible, and you'll instantly see if there are any interruptions.