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8  Advanced projects
                called Amanero Combo386  module (more here:    amanero.com), a
                USB class 2 to I2S 32bit and DSD output adapter.
                1  Below is the list of parts you will need for the project:

                  1. A Raspberry Pi 4 with 4 or 8GB RAM
                  2. A microSD card with a special OS on it (Volumio, moOde audio or
                    Ropieee)
                  3. Amanero Combo386 HAT
                  4. DAC HAT (e.g. Ian Canada’s ES90382M dual mono II DAC HAT;
                    more here  ES9038Q2MP iDual Mono II Manual.pdf
                  5. A HAT for enabling music playback from multiple external sourc-
                    es, like a CD player, a DVD player (through HDMI input), or a TV
                    through SPDIF inputs (coaxial or optical input) (e.g. Ian Canada’s
                    ReceiverPi Pro HAT; more here:  ReceiverPi ProUserS Manual.pdf
                  6. A reclocker HAT (e.g. Ian Canada’s FiFoPi Q7, a flagship synchro-
                    nous mode I2S/DSD/DoP FIFO reclocker: more details are availa-
                    ble here:  FifoPi Q7 Manual.pdf
                  7. Better clocks for the reclocker HAT (e.g. Ian Canada’s SC-Pure
                    45.1584 MHz and SC-Pure 49.1520 MHz clocks; see here:  ScPure
                    Datasheet.pdf
                  8. Output stage HAT (e.g. Ian Canada’s LL1544A transformer I/V
                    HAT kit; see here for assembly:
                     LL1544a Transformer I/V Guidance.pdf
                  9. A pair of good audio transformers to solder on output stage HAT
                    (e.g. Lundahl LL1544A transformers)
                 10. A Raspberry Pi HAT adapter station to further decrease EMI noise
                    and to separate Raspberry Pi and AUDIO HATs in two-stack con-
                    figuration with multiple separate power supplies for HATs (e.g.
                    Ian Canada’s StationPi Pro; see here for detailed assembly instruc-
                    tions:  StationPi Pro Users Manual.pdf
                 11. A power supply for powering the Raspberry Pi side of the Station-
                    Pi Pro (5V; we used a MCRU linear power supply; there are other
                    options, so feel free to do some research)
                 12. A power supply to power the audio side of the StationPi Pro (5V;
                    we used an ultracapacitor power supply designed by Ian Canada
                    named UcPure. As the name suggests you will need a pair of 3000F
                    capacitance ultracapacitors. The set-up is capable of delivering up
                    to 1000A dynamic current, so be very careful and do not just skim


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