If not too muchEnough said
Buyo once Cryo once...
Sure. He also says that cryogenizing his own speakers makes them sound even better. And charges 6000€ for it.
The only Børresen I've heard was the Z3 at a show, so not ideal listening conditions for sure, but... It just sounded awful. Even worse when I came to know the pair costs 26-32k€ (32k for Cryo Edition)
I won't listen anything that this guy has to say. Cheers.
Single-amp, bi/ tri/ quad+ amp can happen in or out of the cabinet. Damping sure is better in. Servicing amps is easier out. I figure if you’re building a processing amp for a specific speaker, slap it in the back of cabinet as it’s gonna have idealized circuitry and controls.The old truth - It ain't what You do, but how You do it - is valid also when it comes to speaker design. Great sounding speakers can be made in both active and passive configuration. Having said that, I think the configuration that offers highest potential is based on doing the crossovers first in digital domain and then having separate d/a and power amplification for each driver.
Some people object having amplifiers integrated in speaker cabinets, but nothing prevents from building a system with dsp, d/a and power amplification as separate entities and having speaker cabinets containing only the drivers.
What is he selling? That is the only relevant question at an audio show.The best sounding speaker I have had the pleasure to hear is made by Borresen.
I recently spent time with Michael Borresen in Seattle at a show. It was slow so
I was able to speak with him for a time. I asked him if he plans an active speaker.
His answer was a definitive and immediate "No". He said separates sound better.
His statement flies in the face of what passes in most audio corners as commonly recognized facts.
Sadly I am too technically challenged to convey any of his further explanation.
I invite all intelligent commentary on this question. Theoretical or not.
Now that's an open mind!I won't listen anything that this guy has to say. Cheers.
I think it is pretty easy to prove that going fully active is the best solution from a design standpoint and placing the amps as close to the speaker is the best solution as well... another benefit of going active is that the designer can contour the amp(s) and control time and phase to get the best from the speakers.The best sounding speaker I have had the pleasure to hear is made by Borresen.
I recently spent time with Michael Borresen in Seattle at a show. It was slow so
I was able to speak with him for a time. I asked him if he plans an active speaker.
His answer was a definitive and immediate "No". He said separates sound better.
His statement flies in the face of what passes in most audio corners as commonly recognized facts.
Sadly I am too technically challenged to convey any of his further explanation.
I invite all intelligent commentary on this question. Theoretical or not.
You know why every up market hi-fi/audiophile shop doesn't actively promote active loudspeakers? Because they don't get to sell you those expensive BS loudspeaker cables. For every pair of actives sold a premium hifi dealer misses out on a Porsche payment.I think it is pretty easy to prove that going fully active is the best solution from a design standpoint and placing the amps as close to the speaker is the best solution as well... another benefit of going active is that the designer can contour the amp(s) and control time and phase to get the best from the speakers.
But they could compensate by selling two long cables instead of one (XLR interconnect and power line).You know why every up market hi-fi/audiophile shop doesn't actively promote active loudspeakers? Because they don't get to sell you those expensive BS loudspeaker cables. For every pair of actives sold a premium hifi dealer misses out on a Porsche payment.
Or a $5000 USB cableBut they could compensate by selling two long cables instead of one (XLR interconnect and power line).
They are foil inductors with what to me seems like excessive interwinding capacitance resulting in a low self-resonance frequency. So long as signals passing through them are below that frequency, then there should no major problem with using them. I see no real benefit in using them.He seems to prefer series crossovers, something he can’t do in an active system. And what’s up with that obsession with inductance? That can’t be healthy…
Crossover looks curious though: it seems to have a few active components:
I’m mostly referring to the what looks te be an opamp and some transistors.They are foil inductors with what to me seems like excessive interwinding capacitance resulting in a low self-resonance frequency. So long as signals passing through them are below that frequency, then there should no major problem with using them. I see no real benefit in using them.
Smack!From what I have read this is the same dude that goes to great lengths to eliminate that evil inductance in his driver's voices coils only to add it back again in his passive crossovers. Someone should tell him that this wouldn't happen in an active system if the amplifier was driving the speaker driver directly. Any design engineer worth his salt would already know this but then I guess his dealers can't up-sell more of his standalone separate components if he'd designed it properly in the first place and put it all inside his speaker box. LOL
You know why every up market hi-fi/audiophile shop doesn't actively promote active loudspeakers? Because they don't get to sell you those expensive BS loudspeaker cables. For every pair of actives sold a premium hifi dealer misses out on a Porsche payment.
Yeah, but Quantum Cryogenizing is the real deal!For steel, cryogenic treatment actually results in an increase in resistance, more than doubling in some cases. Cryogenic treatment was developed as a way to increase hardness and wear resistance in tool metals. This is just another example of audiophile snake-oil merchants latching onto something they don’t understand because they know the gullible fools they sell to will be equally clueless.