Ok, maybe I could one day. It uses JLSounds I2SoverUSB board, my W-DAC and One Four All PSU, and my custom PCB where everything is stacked on. You can use the same idea with any USB DAC though. For example, buy a Topping, SMSL, etc DAC with great performance for little money. Then use ASIO drivers in Virtins. The biggest difference in my DIY version is that I have I2S and SPDIF outputs taken out as well in addition to the analog outputs.
Can you please make a video about your DAC and its setup? I would be interested to use it with XLR extension, ian canade fifo pi II reclocker board, and raspberry pi5 streamer.
Absolutely, I will be slowly making videos of each board. I will make the DAC video soon. I have a new version which is XLR-only. Basically combining the W-DAC and the XLR-addon - for simplicity. Is there anything specific you would need help with?
@kaamostech, thank you for your reply. What voltage is needed for this new DAC version? What are all input voltages? How would you compare your DAC to other on the market.
Please bear with me, I'm not a very technical person. If I want a standalone ADC I have to buy the MCHStreamer, the MCHStreamer Buffer, the AK5572 board and the One for all. With the pins I select the Clocking and I suppose the options are for the different frequencies (I use 48khz 99% of the time). I see on your website that the Oner for all board is out of stock, when do you expect to have in stock again?.
To follow the example in the video, yes. Plus the cables. MCHStreamer is always I2S Master so the ADC is Slave. In this case the ADC locks into whatever clocks the MCHStreamer provides so you would change the sample rate in the MCHStreamer with the PC driver (or inside a software you use). I will have more One Four All in stock this coming week.
Hi there. Can you make a video of your diy signal generator how it is made, and how you use it together with Virtins. Kind regards
Ok, maybe I could one day. It uses JLSounds I2SoverUSB board, my W-DAC and One Four All PSU, and my custom PCB where everything is stacked on.
You can use the same idea with any USB DAC though. For example, buy a Topping, SMSL, etc DAC with great performance for little money. Then use ASIO drivers in Virtins.
The biggest difference in my DIY version is that I have I2S and SPDIF outputs taken out as well in addition to the analog outputs.
Can you please make a video about your DAC and its setup? I would be interested to use it with XLR extension, ian canade fifo pi II reclocker board, and raspberry pi5 streamer.
Absolutely, I will be slowly making videos of each board. I will make the DAC video soon. I have a new version which is XLR-only. Basically combining the W-DAC and the XLR-addon - for simplicity. Is there anything specific you would need help with?
@kaamostech, thank you for your reply. What voltage is needed for this new DAC version? What are all input voltages? How would you compare your DAC to other on the market.
Please bear with me, I'm not a very technical person. If I want a standalone ADC I have to buy the MCHStreamer, the MCHStreamer Buffer, the AK5572 board and the One for all. With the pins I select the Clocking and I suppose the options are for the different frequencies (I use 48khz 99% of the time). I see on your website that the Oner for all board is out of stock, when do you expect to have in stock again?.
To follow the example in the video, yes. Plus the cables.
MCHStreamer is always I2S Master so the ADC is Slave. In this case the ADC locks into whatever clocks the MCHStreamer provides so you would change the sample rate in the MCHStreamer with the PC driver (or inside a software you use).
I will have more One Four All in stock this coming week.