RME ADI-2 Pro FS R 9.5" 1RU 2-CH High-End AD/DA Converter with Remote, Black Edition

It is with great precision and attention to detail that the ADI-2 Pro FS R 9.5" 1RU 2-Channel High-End AD/DA Converter with Remote, Black Edition, stands as a paragon of audio conversion excellence. This state-of-the-art unit from RME, a brand synonymous with professional audio innovation, is designed to meet the exacting standards of audio professionals in recording studios, post-production environments, and live sound settings.The ADI-2 Pro FS R Black Edition is not just an AD/DA converter; it is a sophisticated multi-tool for audio processing. With its advanced AK4493 chip and slightly improved specs, it delivers a sound that is crystal clear and transparent, capturing the nuances of audio with impeccable clarity. The inclusion of the new extended Multi-Remote Control (MRC) enhances user convenience, allowing for seamless adjustments across a wide array of functions.As a high-end AD/DA converter, the unit boasts professional studio quality, ensuring that your audio is converted with the utmost fidelity. The double headphone amplifier is engineered to deliver true high-end audio, driving even the most demanding headphones with ease. For those seeking a USB DAC that stands apart from the rest, the ADI-2 Pro FS R offers unparalleled versatility and capability, making it a top choice for audiophiles and industry professionals alike.The device's multi-format conversion capabilities, including AES, SPDIF, and ADAT, are complemented by a monitoring function that allows for precise audio assessment. Its DSD record and playback solution caters to high-resolution audio enthusiasts, supporting Direct DSD playback up to 256 / 11.2 MHz.Featuring a robust 4-stage hardware input and output level control and DSP-based signal processing, the ADI-2 Pro FS R can handle sample rates up to 768 kHz, making it one of the most flexible converters on the market. Its array of I/O options includes two servo-balanced analog inputs on combo XLR / TRS jacks, balanced and unbalanced outputs, and two stereo Extreme Power headphone outputs, ensuring compatibility with a wide range of audio setups.The USB 2.0 port offers Class Compliant connectivity with iOS devices and facilitates firmware updates, while the external switched power supply with a lockable connector ensures reliable operation. The ADI-2 Pro FS R also features multichannel mode compatibility with Mac OS X and Windows via RME's MADIface series driver.RME's commitment to perfect sound capture and reproduction is evident in every aspect of the ADI-2 Pro FS R's design. From the 10-layer main PCB to the super-low-noise internal power supply stages, every component is selected for its contribution to the unit's exceptional sound quality. The fully symmetrical and balanced analog circuit design, along with the high-performance DSP, ensures that audio processing is precise and of the highest caliber.The high-resolution IPS display not only facilitates control but also provides visual feedback and guidance. Professional features such as M/S Processing, stereo width, phase reversal, and RME's Spectral Analyzer are all included, offering a comprehensive toolkit for audio analysis and adjustment.The Extreme Power headphone outputs set a new standard for clarity and power, delivering a soundstage that is both clear and detailed. The innovative Advanced Balanced mode further refines the listening experience, providing a balanced signal path from the DAC directly to the headphones.In summary, the ADI-2 Pro FS R Black Edition is RME's flagship AD/DA converter, USB DAC, USB interface, and headphone amp, embodying a fusion of innovative solutions and highest sound quality. Its versatility makes it an indispensable tool for a wide range of users, from home enthusiasts to industry professionals seeking a reference-grade front-end for measurement systems. The new extended Multi-Remote Control adds a layer of user-friendly operation, solidifying the ADI-2 Pro FS R as the reference converter of choice for those who accept no compromise in audio quality.