I suggested using a PC instead of these ultra-expensive high-end AV boxes, so I bought a Creative Audigy FX V2 card to verify my suggestion.
First, their app (specifically, CTFXAS64.dll in Windows/System32/) crashed MATLAB Audio Toolbox, which uses PortAudio as ASIO IF.
I uninstalled the app...
It may be useful to consider that mathematically, all that Dirac is doing can be fit into 20 lines of MATLAB code. Kernel-based regularised RIR inversion is all there is. If companies like Harman have not done it already, that means they simply don't have sufficiently capable people, which means...
https://www.sweetwater.com/store/detail/UMC1820--behringer-u-phoria-umc1820-usb-audio-interface
But - stability of interface and drivers is a huge headache. Recently, I got Creative FX V2 to run crossover into 3-way and found that its app crashes MATLAB. Good grief... I was told by pros that...
That is a good point.
On the other hand, you get incompatibility between scientists and engineers, their total inability to work together, and the resulting rotating door employment practices precluding any support, "...and the weak will suffer" where the weak is a customer. That's besides the...
Arcams, etc have a DSP inside to execute long FIR filters. x86 with AVX/2/512 etc is also a capable FIR executioner. You can, of course, have 8/16 channels audio interfaces like Focusrite 18i20 (or 3x cheaper alternatives) to take in many channels with ASIO, filter/combine them, and output the...
Home Depot Comfort Board and Ali Express felt panels on the top will assure you >200 Hz comfort.
You have to take care of the ceilings or use line array speakers.
I prefer a (rotating) superdirective microphone array to tune SIMO speakers to minimize wall reflections to get purer stereo. I mean, after using multiple line arrays for speakers and extensive room treatment. Then I do hear quite a difference. With an omni mic, I was not able to get a...
Preferably, a setup shall be able to loop at every point, i.e.:
- at application s/w
- at the drivers
- at the audio interface on the digital level
- at the audio interface on the analog level
- at amplifier output
- at loudspeaker acoustic output -> mic
...and the gain plan shall be set so...
That's better. I'd advise to increase the digital signal level to see where it breaks.
On my 2i2, it starts to break when the amplitudes hit above -4dBFS, regardless of the hardware analog attenuator:
This is the noise floor for max=-7dBFS:
and this is for max of -2dBFS:
with everything else...
On my 2i2 Gen 3, white noise at -25dBFS RMS, balanced out -> balanced in :
FSAF shall suppress the residual (aka THD+N) all the way down to the noise level (except for very low frequencies, where the IR tail exceeds the allowed limit, and close to Fs/2 where lots of aliasing occurs):
REW...
The previous version of it, PS130F, without Evo. This is how it behaves (H3 on 80 dBSPL@1m) with 0 | 6 | 12 | 24 Ohm series resistor. Nice but very expensive.
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