I've been hearing some good things about this DAC, does anyone here actually own it.
Mike you carry this brand correct ?
My question is how it might compare side by side with a Lampi Level 4 , PCM and DSD. I have read for PCM the T&A does a nice job, but with DSD the Level 4 takes a slight led. Anyone
Hi, let me introduce myself. I have been active on the Computer Audiophile Forum under the moniker EuroDriver, and have been an evangelist for HQP Player doing PCM to DSD conversion for the best part of 2 years.
At last years success at Munich High End with a Lampi B7, Audiopax tube amps and Avantgarde Duo horns, Geoff Armstrong of Sound Galleries in Monaco egged me on to undertake a project to develop a SOTA computing platform for HQP Player to run on.
Well the Sound Galleries Music server team has been beavering away for 11 months, working with the Lampi b7 DSD128 and the Exasound E22 at DSD 256, and then 3 months ago, the T+A DAC 8 DSD capable of doing DSD 512 native dropped into our lap.
I don't think any of the German magazines have fed the DAC 8 DSD with a DSD 512 data stream, because they don't believe in format conversion of PCM to DSD and upsampling DSD 64 to DSD 512, and have not tried or tested HQ Player with the seriousness that this software deserves
Let me say that the T+A DAC 8 DSD fed by HQ Player running on an audiophile entry level Skylake i7 delivers a sonic playback realism that is surprisingly good, and a very significant step up from the previous generation of DSD 128 and 256 chip based DAC's
For us working on the SGM audiophile computing platform, the DAC 8 DSD has been Christmas, and 5 birthday presents rolled into one big gift. DSD 512 seems to magnify all of the improvements that we have been working on to reduce RF noise and improve computational timing.
The designer of the DAC 8 DSD is Lothar Wiemann, chief engineer for T+A. Lothar has been designing and testing DSD converters for the best part of 25 years. The DAC 8 DSD has Lothar's latest iteration of his discrete component 1 bit shift register DSD converter.
I have been told by Lothar and others, that one of the major drivers of good DSD playback is control of jitter. Lothar has gone to extra ordinary steps to get the two clocks (for 44.1 KHz and 48 KHz sample rate families) to run as jitter free as possible.
The next part of the clever and elegant design is Lothar's implementation of a 3rd order low pass filter using the circuit architecture of the shift register, no capacitors doing duty here in this critical analog stage
The third arrow of the design is the meticulous attention and measures to control and reduce ground plane noise.
Lothar says, that the tight tolerance of components he uses in this discrete implantation of this 1-bit convert design, can not be achieved with today's commercial chip making technology.
So that's my take on the buzz and glowing reports of the sound quality that this DAC is delivering, from entry level Skylake PC's to the 31 Kg Sound Galleries SGM 2015