No, as a matter of fact I don't. It is possible to provide the same DC supply from batteries (for a while), without any AC connection. The statement was provably false.Please don't be like that, when you know very well what he meant.
No, as a matter of fact I don't. It is possible to provide the same DC supply from batteries (for a while), without any AC connection. The statement was provably false.Please don't be like that, when you know very well what he meant.
In the pro-audio world there is the Dante network, which connects devices via ethernet cables. There's also consumer products out there that do ethernet over power (ie through the electrical network already in your walls). So really we just need a company to blend the 2 products together, and then 1 cable really will do everything
At vanishingly low levels, feeding circuits with high PSR. Non-issue for anything engineered.Yet hum and noise still exist on the DC outputs.
Always. But engineering is so often constrained by finance. (Rhetorical): For every well-engineered design, how many are not? The point is that an AC-to-DC power supply can be well-executed. But that's not the only possible solution. A DC-only design solves some of the problems intrinsically. A DC-only design introduces some new problems of its own. Variety is the spice of life. YMMV. Baskin-Robbins has 31 flavors of ice cream; there has to be a reason for that.Engineering would seem to be a much better path.
You're making it sound like getting a quiet and stable DC supply is an expensive or difficult task.But engineering is so often constrained by finance.
Exactly.If you want to play with batteries for the fun of it, great (I do the same with vacuum tubes)
One person's disadvantage is another person's advantage, and vice-versa. It all depends upon what is important to each. Given the rat's nest of wiring in my multichannel, multiamplified system, reducing the number of cables, or eliminating them altogether, would make me very happy.there are literally zero advantages to it and a mass of disadvantages.
Half way there...Smart IP - Genelec.com
Smart IP is every installer’s dream: a range of networked active loudspeaker systems that deliver exceptional audio, power and sophisticated loudspeaker management via a single CAT cable.www.genelec.com
Ha, for some reason that didn't even occur to me. What he wants already exists. Just get a bunch of portable bluetooth speakers and enjoy the dulcet tones of your pure DC!But the many boomboxes and BT (smart) speakers show that it can be done.
Sometimes a passive crossover is just stupid...
But sometimes people are so hardheaded that no argument can stop them.
Ground loops are nothing to do with noise entering the gain stages via the AC to DC converter in the power supply section.Every person who has ever fought 60 Hz hum from a ground loop can provide that evidence.
More like 90 years.You mean, like every half-proper PSU solves all these problems, and has been for what, 50 years?
Um, unless you're planning to use the speakers somewhere that electricity isn't readily available, what's the purpose of putting batteries in it?
On both sides btw, it's like most people can't understand that the best way is case depending. The best example is the post above.Yep ... especially in the 'audio world'
well, I stated my 'case depending' application for a passive....the simplest of two-ways.On both sides btw, it's like most people can't understand that the best way is case depending. The best example is the post above.
JBL manage to make top ranking speakers with passive crossovers, and so does Revel and Kef. They measure in the same league as top ranking active designs from Genelec, Neumann and co. Both, when done right, can be top, and both when done wrong can be absolute horrible. That is a fact that is data based (check the review list).