RME presents the world's most versatile PCI Audio Interface - the Hammerfall DSP 9632. This card makes the dream of an All-In-One solution for every possible application come true.
As usual, RME has not made any compromises: Latest 192 kHz AD- and DA-converters with more than 110 dB signal to noise ratio, all inputs and outputs simultaneously operational, easy-to-install optional hi-quality analog expansion boards, the famous TotalMix FX, a sensational clock section with maximum jitter suppression of external clock signals - all this combines into a 'soundcard' that the world has been waiting for so long.
The HDSP 9632 ships in a basic version including two RCA/phono breakout cables (headphone: TRS jack). Therefore all analog I/Os and the SPDIF I/O are unbalanced. XLR breakout cables are available as an option (headphone: Neutrik TRS locking jack), turning analog and AES/EBU into balanced mode.
HDSP 9632 debuts SteadyClock, a clock technology, combining professional features like maximum jitter suppression at full varipitch capabilities and software controlled sample rates.
Compared to the well-known DIGI96/8 series, the HDSP 9632 not only offers a further improved analog interface, but also all the features of the award-winning Hammerfall DSP series: All inputs and outputs simultaneously available, MIDI I/O and TotalMix, the DSP-based real-time mixer/router. Hardware updates through software and driver updates are risk-free thanks to the Secure BIOS Technology. In short: The HDSP 9632 is the ultimate audio interface for PC or Mac, digital or analog.
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From the very beginning, unsurpassed performance has been one of the cornerstones of RME‘s product design, and this is even more evident today. RME were the first to deliver professional performance over USB 2.0 and have recently paved the way for multichannel audio on USB 3.0 and Thunderbolt technology for Windows. RME‘s refusal to compromise on any aspect of product design or manufacture has resulted an unrivalled reputation for quality, performance and reliability.
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