Please excuse my absence from this thread. I kind of thought a bit of time to let it, "Percolate", (If you will), -would be nice. Of course this lets my own thoughts rattle around the in, Ye 'ole noggin, as well..
By the way,
These "Silver Net" connectors for XLR, in particular are my current favorite XLR connector. I fell in love with them a few years ago.
https://www.aliexpress.com/item/32986949864.html
I experimented a bit using these for speaker cabling actually. From an active crossover network to amp. Then to speaker. This in a few speaker "System", designs. And with excellent results. The problem with XLR is always the "Means of termination". I am sick of "Solder" regardless of the materials used. It is always a substandard termination and always tests-out as such.
Steve-"Willie"- Abrupt transients in a waveform. "And I almost, Plagiarized,a bit here", But this is a part from a "DSP.com" paper with an edit by myself.
A reliable transient detector is needed. This can raise deep questions regarding what a transient really is; for example, not everyone will notice every transient as a transient, and so perceptual modeling gets involved.
"Both intellectually defined after physically experiencing it. AND by utilizing instrumentation to seek, find and analyze as well. But when using mechanical means only? Missing a transient, e.g., in a ride-cymbal analysis, can create highly audible artifacts and you "may", miss the point entirely. But it's hard to adapt to using both ways with the transients at once.
I add this because this seems to be one of the "Holy Grail" for cabling to define first and then to fully address as "Part" of a cabling solution.
The, "Abrupt Transient Detector", I need one. But not just coding.
Any Idea's?
By the way,
These "Silver Net" connectors for XLR, in particular are my current favorite XLR connector. I fell in love with them a few years ago.
https://www.aliexpress.com/item/32986949864.html
I experimented a bit using these for speaker cabling actually. From an active crossover network to amp. Then to speaker. This in a few speaker "System", designs. And with excellent results. The problem with XLR is always the "Means of termination". I am sick of "Solder" regardless of the materials used. It is always a substandard termination and always tests-out as such.
Steve-"Willie"- Abrupt transients in a waveform. "And I almost, Plagiarized,a bit here", But this is a part from a "DSP.com" paper with an edit by myself.
A reliable transient detector is needed. This can raise deep questions regarding what a transient really is; for example, not everyone will notice every transient as a transient, and so perceptual modeling gets involved.
"Both intellectually defined after physically experiencing it. AND by utilizing instrumentation to seek, find and analyze as well. But when using mechanical means only? Missing a transient, e.g., in a ride-cymbal analysis, can create highly audible artifacts and you "may", miss the point entirely. But it's hard to adapt to using both ways with the transients at once.
I add this because this seems to be one of the "Holy Grail" for cabling to define first and then to fully address as "Part" of a cabling solution.
The, "Abrupt Transient Detector", I need one. But not just coding.
Any Idea's?