Okay. I guess it's time to suck it up and install Ubuntu on that old Intel NUC!
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On 5/25/21 4:10 PM, Rob Robinett wrote:
In WD V3.0 I will be adding support for FST4W 120/300/900/1800 and using those modes, especially the 900/1800, will surely require more CPU than any Pi can offer.
On Tue, May 25, 2021 at 1:06 PM Edward Hammond <email@example.com> wrote:
Sorry, a correction. It was FT8 that was pushing my Pi to its limits
then, not WSPR. But I would think overclocking would similarly
On 5/25/21 3:29 PM, Edward Hammond wrote:
> I noticed last year that my decode cycles were pushing the Pi's
> limits. Your mileage may vary, and it certainly will void any
> warranty, but overclocking the Pi4 is also a possibility.
> I experimented with that option and, on my example at least, I
> dial in a ~12-14% clock speed boost stably (IIRC). This did
> the decoding cycle.
> Any higher clock rate, again on my particular Pi, and it started
> behaving erratically.
> On 5/25/21 12:37 PM, Rob Robinett wrote:
>> This kind of problem has been reported by others in the
>> Zoom call and fixed by upgrading to a more powerful CPU than
>> on the Pi4. It appears that with the summer months and increasing
>> sunspot cycle, the Pi CPUs can't keep up decoding the number of
>> in the wav file captures. However it is hard to observe those
>> of CPU' events.
>> Most of the top spotting sites have migrated from Pi4s to i86
>> servers. An inexpensive, low power and high performance option is
>> the Lenovo M93P Tiny PC (don't get the larger model) with i5 CPU
>> which can be purchased used or refurbished for $100 or less on
>> https://tinyurl.com/emrjnw <https://tinyurl.com/emrjnw> The
M93P consumes 12W peaking at 36W
>> while decoding spots.
>> WD requires very little RAM space, so a 2 or 4GB machine would be
>> fine. I bought mine without HD and added a SSD and installed
>> 20.04 LTS. But since WD does very little disk IO to the root file
>> system, using a rotating HD might be a better choice for longer
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