Been a while coming this, pondered actives over a year ago and started a thread about them but finally its in place and nearly finished so i thought i'd post it up.
I'm using MSB Platinum DAC III and matching transport. The DAC is fully balanced using four of MSB's discrete ladder modules, two for each channel. Files up to 32 bit and sample rates of 44.1Khz, 96Khz, 176.4Khz, 192Khz, and 384Khz can be played. Inputs are Coaxial, Toslink, Balanced AES/EBU, 2MSB Network (192k) and 1 Balanced Analog input with a signal to noise ratio of 140db.
I use this DAC direct into the Adam Epsilon using the 2db stepped passive attenuator 0bd - 62db is the range it covers the connection to the speakers are with Furutech balanced cable and the transport connected via a Belkin CAT6 cable.
The Epsilons are X-Art tweeters driven by a Class a/b amp with the drivers being Class D. Some speaker adjustment is possible on the rear such as input gain, high gain and high and shelf filters and frequency range is 36hz - 50khz.
I'm using MSB Platinum DAC III and matching transport. The DAC is fully balanced using four of MSB's discrete ladder modules, two for each channel. Files up to 32 bit and sample rates of 44.1Khz, 96Khz, 176.4Khz, 192Khz, and 384Khz can be played. Inputs are Coaxial, Toslink, Balanced AES/EBU, 2MSB Network (192k) and 1 Balanced Analog input with a signal to noise ratio of 140db.
I use this DAC direct into the Adam Epsilon using the 2db stepped passive attenuator 0bd - 62db is the range it covers the connection to the speakers are with Furutech balanced cable and the transport connected via a Belkin CAT6 cable.
The Epsilons are X-Art tweeters driven by a Class a/b amp with the drivers being Class D. Some speaker adjustment is possible on the rear such as input gain, high gain and high and shelf filters and frequency range is 36hz - 50khz.