Our suite of algorithms would apply digital filtering and upsampling to the incoming data stream for example incoming 16bit 44.1kHz CD data will by converted to 32bit 352.8kHZ data fed directly to the DAC. This greatly improves low-level resolution and the sense of space by averaging the DAC error over 8 cycles. (much like 8 dacs in parallel) The process is completely user controllable and can be bypassed for purist and non-oversampling use. Our dac module operates fully differential at 40Vp-p output to guarantee the highest signal to noise ratio. We have no reconstruction filter at the DAC output. The output transformer provides the cleanest possible output signal with ZERO feedback. while scaling the output to the accepted industry levels further reducing the Dac noise. We also use transformer or optical decoupling of all inputs, meaning that contaminated ground connection and other interfering signals form data sources don’t make it to the inside of the unit.

Clock phase noise is as important to for the sound as is dac linearity. This prompted the use of ultra low phase noise clock generators that feed dedicated re-clock logic making sure all conversion and data handling are done at the right moment. Multi-bit dacs are far less sensitive to clock jitter as the conversion is governed by the latch signal. The latch being much lower frequency than the data stream can be with lower near carrier phase noise. This reveals another lear of hidden data that dear I saw is better than any analog.