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$2,500 may be a fair price to pay for an H2O amp, but I'm speculating you can do as well with the UcD's for about 600 bones assuming you can put one together yourself. Hopefully, I'll have a chance to compare the two at some point. I know other folks who already have and that's why I'm making the assertion.
All of our products carry the CE mark (it's on the box, not on the chassis). Our standard products use UL approved AC adapters, the VAC-1 and amplifiers are designed in accordance with UL safety guidelines, but are not submitted for test. We actually tried to do this and were told up to twelve months. We are still working on this but it isn't a requirement in most areas.
In some ways kind of discoraging tenor to this thread--even when design and R/D costs are minimal, we have no choice but to DIY or pay ridiculous profit margin to firms on the leading edge of this technology. Or wait until Integra/Sony/Yechnics/Samsung/etc makes available the same amp at 1/5 the cost. At least Adire (may be others, if so apology offered) is showing some yankee entreprenurial spirit with their reasonably priced UCD based products. This may be yet another area where the power of free sp ...
The boards themselves don't cost much. Having them produced does add to the overall cost. We are talking about a $2,500 amp. The chassis, I've been told, cost over $400 per amp. The toroid is another $800. There is 80,000 uV capacitance. The module is another chunk. Add in all the top quality gizmos (I'm no techy), and you can see things get expensive. Don't forget the packaging, hours of work, overhead.... and more.
1kW transformers are hard to source.
The pretty chassis you see on commercial components are sourced from China. The 3" Al plates on the H2O are milled, and anodized in the USA.