A DAC DSP out of the ordinary ...

The MASTER 11 SINGULARITY (Limited Edition!) Is now backed up by the flagship of the Audio-GD converters with headphone amplification and preamplifier, and is now enhanced with its DSP V7 and the addition of 2 Xilinx CPLDs dedicated to the management of asynchronous transfers. making it now capable of handling record sampling rates: up to 32 bit / 384kHz.

DSP V7 3 Oversampling modes and a "NOS" mode

The new features include 3X, 4X (normal mode), 2X Oversampling modes and a NOS oversampling mode with the new fully programmable DSP V7 software supported by two high precision TCXO clocks for even lower jitter.

A particularly furnished interior

The integrated PCM1704UK converters allow you to manage sources up to 32Bit / 384kHz. The MASTER 11 SINGULARITY has 6 inputs: BNC SPDIF, 2x Coaxial SPDIF, Toslink optics, and I2S via HDMI and USB (AMANARO), 3 analog inputs for preamplification: XLR and 2x RCA as well as 3 outputs: RCA, ACSS, and XLR.

The entire internal wiring is designed in Copper OCC, and two TCXO Audio-GD Clocks are directly integrated, allowing the significant drop of Jitter.

A well-crafted architecture

32bit / 384kHz / I2S / TCXO / USB AMANERO

Its architecture with built-in DSP is associated with a separate power supply of 21 groups, including 19 in Class A high-flying. Its transformers develop up to 1500W of power, for only 48W of consumption. All the components are sorted on the shutter and paired by hand: very high fidelity

The MASTER 11 SINGULARITY is therefore designed around 4 PCM1704UK and DSPV7 (Altera Cyclone II) which work in parallel, alongside ultra discrete AOP. A structure 100% black anodized aluminum finishes this sober and elegant architecture, which reveals all its power.

4x PCM1704UK

These four analog digital converters (DAC) make use of the R2R conversion which consists in directly using the bits of the digital signals to reconstruct the analog signals, all this acting on a network consisting solely of resistors having a given value (R) and its double (2R), without going through an over-sampling phase.