RME ADI-2/4 Pro SE High-End Converter & Audio Interface - overview:
Digital converter with USB audio interface
Converter and headphone amplifier in mastering quality
Electrical values and sonic behavior of the absolute top class
Fully balanced, DC-coupled circuit design
Headphone outputs with unbalanced TRS jack and balanced Pentaconn connectors
Analog inputs and outputs with XLR/TRS combo jacks
Toslink inputs and outputs for S/PDIF and 2 channels ADAT
Inputs switchable to phono with premium RIAA filters
Supports DXD and DSD recording and playback
Supports sample rates from 44.1 to 768kHz
DSP equalizer with parametric L/R 5-band EQ, bass/treble, loudness curve and L/R crossfeed
SteadyClock FS for minimal jitter
12V Trigger Out for common on/off switching with hifi equipment
Incl. DigiCheck measuring software and infrared remote control
S/PDIF coaxial and AES/EBU accessible via 15-pin Dsub breakout cable (sold separately)
A reference class multifunctional device
The RME ADI-2/4 Pro SE is the technically and functionally improved version of the successful ADI-2 Pro FS and combines in a compact 9.5" desktop format the functions USB audio interface, headphone amplifier, digital converter, phono preamp, equalizer and digital format converter in uncompromising high-end quality. It allows playback and recording of analog and digital audio sources via USB, ADAT, AES/EBU and S/PDIF in the classic PCM format up to 768kHz sample rate as well as in the high end formats DSD and DXD and additionally provides 2 independent headphone outputs. Its internal DSP provides highest quality EQing for room and sound correction, a professional crossfeed algorithm, phase corrected filtering for AD conversion as well as sample rate and digital audio conversion in real time. The ADI-2/4 Pro SE can be operated intuitively directly on the unit as well as in the software, and also offers unique features such as slow volume start-up in headphone mode, active jitter suppression (Steady Clock FS), automatic detection and assignment of all input sources, user-configurable soundness curves, and relay control for routing and reference level.
