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My Solo stops after playing a few songs from Spotify. At the same time, my mac-mini plays Spotify non-stop. What is the possible problem?

I have a question that your support team couldn't answer. Let's say I connected Solo to my Wi-Fi network using Airplay on my iPhone. My MacBook is connected to the same network. Will Solo be visible as an available device in the Spotify app that is running on my Macbook?

Yes, I understand you. Curious, how can we evaluate the DAC's sensitivity to source jitter? In other words, what measurements will tell us that the DAC amplifies, attenuates, or remains neutral to source jitter?

In other words, it makes no sense to care about source jitter?

I may have missed this information - does the Topping d30 pro have a galvanic isolation of the usb input?

Have you had the opportunity to compare it with other devices? If so, with which ones?

Curious how this compares to optical jitter on the Mac mini (2010)... Do you have the opportunity to make such measurements?

Curious - is there an ess hump or not?

for your ears or technically?) anyway, you should know that only the optical output completely breaks the electrical circuit between the source and the external DAC.

The product description mentions a 64-bit volume control. Does a signal always pass through it or is there also a direct path (physical)? If so, what is the voltage in this mode? Also what is the output impedance? This information is not in the description (let alone measurements).

Yes. But also, I would like to know - can the DAC correct (reduce) jitter, which has a source or can only add its own? Does anyone know the answer?

It is for this reason that a clean source is especially important, isn't it? But my experience is mostly analog (vinyl) so I could be wrong. P.S. There is no DAC in the Prisma NP5.

Nearly!) My dac is chord mojo. I am satisfied with its sound, but it is quite sensitive to the source and type of connection. I'm wondering why Solo and not Prisma NP5 or Node 2i? Solo "kills" them at half price, but what about the quality of the digital outputs?

Let the receiver (dac) do the job perfectly - it still doesn't "kill" the jitter that the transmitter introduces into the signal, right?

Explain, please, how the "phantom signal at 180 degrees. Out of phase" helps clock recovery on the receiver side.

You do not deny the influence of the internal DAC on the Solo digital output (albeit not significantly). Then why did you decide to make a non-disconnectable DAC?

Can you show the jitter measurement results for the digital outputs (coaxial and optical)?

Is re-clocking performed before sending the signal to the digital outputs (as in Primare Prisma NP5)?

Is it possible to add the "network bridge" mode (power off the DAC) by updating the firmware? I will immediately order the unit if there is such a possibility and you promise that you will implement it in the next firmware update.

Is the device always ready to pair? If so, the bluetooth module is non-disconnectable (always emitting) - did I understand correctly?