Does anything else find it? {^_^}

What was your old working version? What is your current version? If there have been several releases between them, try removing the definitions and creating new ones. {^_^}

Given the way NTP works you are going to be FAR closer to accurate with an NTP server than with SNTP. NTP attempts to account for communications latency by indulging in two way communications. It meas

Good luck, Kemo Sabe. {o.o}

If you need it accurate then use a real NTP server rather than SNTP. Then at any given time your system will be within single digit milliseconds of your selected NTP server. I use a local Linux machin

May I hazard a guess that your computer is overloaded? What you describe is indicative of an overloaded CPU. {o.o}

#rspduo

Late for dinner and all that. There is a LONG story about why I tend to be cagey about my particulars. It involves a year of on-line stalking. There is also a touch of malice in it. People often presu

It's Joanne or simply "Jolly Dirty Old Woman." (One might say I was born a DOW..... My mother had fun with that one for decades before I started to use it. The tradition lives on.) {^_-}

Have you looked under the console selection on the www.sdr-radio.com pages and looked around for CW Skimmer? {^_^}

#rspduo

Of course I know of him. I never had the chance to meet him, though. {^_^}

My 62.5 kHz comb is the APC Matrix 5000 UPSs we have. It's rather annoying. {^_^}

It should appear as a microphone selection in the TX DSP task lists. This is done with the drop list after the play button has been pressed. {^_^}

#adalmpluto #sdr-consolev3

Of course, the pll can introduce it's own sampling rate spurs.... TANSTAAFL. {^_-}

If you study how oscillators work you MAY discover you have a very strange looking noise profile on the output when you consider AM and PM noise together. One of my little maxims is: "Oscillators don'

Incidentally - MOST of the spurs I am mentioning would squeak through a rather narrow filter, 100Hz or even narrower. {^_^}

I would have to see the spurs before I could pass judgement. Such tests as I have seen suggest a gratifying lack of spurs. On the other hand, I'd be surprised if a direct digital synthesizer had no sp

Conrad, I presume you DO know that the GPS satellites have or are exceptionally likely to have spurs on their signals, too. Of course, they should be buried down in the satellite clock master oscillat

But now he will never know WHY. Besides the superheterodyne receiver was a clever bit of design kit that uses the inevitable non-linearity in both empty state and solid state electronics. At that leve

Study how a superheterodyne radio works. Then you can probably answer your own question and figure out why {o.o}.

The tools->Options and follow your nose to expand on Jim's comment just a tiny bit. {^_-}