Be aware though, that running Hardware without EM shielding (especially in large numbers) does funny things to the ElectroMagnetic Spectrum in a wide array of Frequencies.
If your neighbourhood one day cannot receive any Radio stations anymore, you might want to consider shielding your setup.
It's quite amazing how many Signal Peaks across such a wide frequency band origin from an unshielded System, let alone a whole rack of it...
(can nicely be tested with a normal World-Receiver type Radio already)
> Be aware though, that running Hardware without EM shielding (especially in
> large numbers) does funny things to the ElectroMagnetic Spectrum in a wide
> array of Frequencies.
>
> If your neighbourhood one day cannot receive any Radio stations anymore, you
> might want to consider shielding your setup.
>
> It's quite amazing how many Signal Peaks across such a wide frequency band
> origin from an unshielded System, let alone a whole rack of it...
>
> (can nicely be tested with a normal World-Receiver type Radio already)
>
mhh... good bye WLAN....
well, I'll see if my neighbour still is friendly...
Selfmade serverrack
)
> I want to build a serverrack out of an old shelf.
>
> can someone give me some tips?
>
> thx
>
Here are a couple of links found on Seti Msg boards that may give you some ideas:
http://setiweb.ssl.berkeley.edu/forum_thread.php?id=12464#87129
http://bhs.broo.k12.wv.us/homepage/staff/seti/farms.htm
Be aware though, that running
)
Be aware though, that running Hardware without EM shielding (especially in large numbers) does funny things to the ElectroMagnetic Spectrum in a wide array of Frequencies.
If your neighbourhood one day cannot receive any Radio stations anymore, you might want to consider shielding your setup.
It's quite amazing how many Signal Peaks across such a wide frequency band origin from an unshielded System, let alone a whole rack of it...
(can nicely be tested with a normal World-Receiver type Radio already)
> Be aware though, that
)
> Be aware though, that running Hardware without EM shielding (especially in
> large numbers) does funny things to the ElectroMagnetic Spectrum in a wide
> array of Frequencies.
>
> If your neighbourhood one day cannot receive any Radio stations anymore, you
> might want to consider shielding your setup.
>
> It's quite amazing how many Signal Peaks across such a wide frequency band
> origin from an unshielded System, let alone a whole rack of it...
>
> (can nicely be tested with a normal World-Receiver type Radio already)
>
mhh... good bye WLAN....
well, I'll see if my neighbour still is friendly...
thx for the tip