bloodshoteyed
Major Contributor
And from a local supplier - no worries about warranty support.
well, be positive
unlike the SMSL story, if anything goes awry at least you won't have to send it back, it comes with a usb-c firmware update port
And from a local supplier - no worries about warranty support.
You can buy a miniDSP Flex balanced for $570. Link: https://www.minidsp.com/products/minidsp-in-a-box/flexDo you know of something similar to the miniDSP flex but with BALANCED inputs and outputs? Does this come with a TRS balanced option?
6.9V in low gain and 2.2V in high gain. It's to game the measurments.gain 9,5db. why? how much voltage would you need then.
I suspect that's a mistake. The frequency response measurments would look very different if it had a class D output stage. Wolf already confirmed it's class a/b output.Not according to the datasheet at audiophonics it says class D/t
Looks like it.I suspect that's a mistake. The frequency response measurments would look very different if it had a class D output stage. Wolf already confirmed it's class a/b output.
Just take two, 1800€ and plenty power for most cases.Even high gain is quite a bit less noisy than the mighty AHB2. Trade-off is less power.
That's a typo, it's a class-AB, you can tell if by nothing else then the size of its heatsink.Not according to the datasheet at audiophonics it says class D/t
Are the THD+N rise/bumps at around 2.5W, 5W and 10W due to instrumentation limits of the AP?Low gain is 9.5dB, High is 19.
There's not much difference between them.
4Ω:
View attachment 202341
8Ω:
View attachment 202342
Even high gain is quite a bit less noisy than the mighty AHB2. Trade-off is less power.
View attachment 202343
According to wolf, yes, that's the signal generator.Are the THD+N rise/bumps at around 2.5W, 5W and 10W due to instrumentation limits of the AP?
Beacuse the internal amps are running in parallel. So they are seeing 4Ω.When used in mono mode minimum speaker impedance 8ohm why?