Chord QUTEST
Image source — © Chord
What is it?
Ask AI to scan specialized sites and forums, evaluate the impressions of using the product, its advantages and disadvantages and get a summary.
Model name
QUTEST
Conversion type
N/A
Engine
Xilinx Artix 7 (XC7A15T) FPGA
DSD compatability
N/A
Parameters
N/A
Frequency response low +/- 3dB (Hz)
20
Frequency response high +/- 3dB (Hz)
20 000
Gain (dBu)
N/A
Output Level (balanced) (V)
N/A
Output Level (single-ended) (V)
N/A
Input Impedance (balanced) (Ω)
N/A
Input Impedance (single-ended) (Ω)
N/A
Output Impedance (balanced) (Ω)
N/A
Output Impedance (single-ended) (Ω)
N/A
Analog outputs
N/A
Signal to Noise Ratio (dB)
N/A
Total Harmonic Distortion + Noise (% at 22 kHz)
<0.0001
Dimensions (mm)
45 x 160 x 88
Weight (kg)
0.77
Official link
Hand-assembled in Kent County, Chord DAVE is based on proprietary FPGA technology (Field Programmable Gate Array – programmable gate arrays). The design is based on the new Spartan 6 Field Programmable Gate Array chip version LX75.
The output section of the device is completely discrete, guaranteeing a reference noise reduction. As a result, the technical characteristics of the Chord Hugo TT2 are described as fabulous – distortion does not exceed 0.00008%, channel separation reaches 138 dB, and the dynamic range exceeds 127 dB.
The compact new generation Chord Electronics Hugo 2 device, combining a high-current headphone amplifier and a high-quality external DAC, is a follower of the revolutionary Hugo model.
The engine of the Chord Hugo TT2 is a Xilinx Artix 7 Field Programmable Gate Array (FPGA) custom coded by Rob Watts – it consists of 86 cores, each running in parallel at 208 MHz, and the overall system design is now based on ten elements. As result, the time reconstruction filter, 16FS WTA 1, operates with 16x oversampling and an accuracy of 98,304 weighting coefficients (taps). Disclaimer - Hugo 2 operated with 49,152 taps.