A newly developed VRDS mechanism is used for the CD drive
An original TEAC-designed discrete DAC is used for the digital audio converter, which is key to determining audio quality
Fully-balanced dual mono circuit structure realizes outstanding channel separation
Direct connection with a power amplifier is possible thanks to volume control that uses a TEAC-QVCS analog preamp circuit
Along with MQA CD playback, full MQA decoding of digital input is possible
As a USB DAC, 22.5MHz DSD and 384kHz/32-bit PCM data can be played back
2×, 4× and 8× upconversion using RDOT-NEO
10MHz external clock input
Analog, digital input/output and CD drive circuits each have dedicated toroidal core transformers
Original TEAC-HCLD2 enhanced-current output buffer circuit
Headphone amp has a high output circuit with low distortion, high signal-to-noise ratio and a high 2000V/μs through rate
A newly developed VRDS mechanism is used for the CD drive
An original TEAC-designed discrete DAC is used for the digital audio converter, which is key to determining audio quality
Fully-balanced dual mono circuit structure realizes outstanding channel separation
Direct connection with a power amplifier is possible thanks to volume control that uses a TEAC-QVCS analog preamp circuit
Along with MQA CD playback, full MQA decoding of digital input is possible
As a USB DAC, 22.5MHz DSD and 384kHz/32-bit PCM data can be played back
2×, 4× and 8× upconversion using RDOT-NEO
10MHz external clock input
Analog, digital input/output and CD drive circuits each have dedicated toroidal core transformers
Original TEAC-HCLD2 enhanced-current output buffer circuit
Headphone amp has a high output circuit with low distortion, high signal-to-noise ratio and a high 2000V/μs through rate
