Hammerfall DSP MADI

HDSP MADI

The Hammerfall DSP MADI is RME's both inexpensive and outstanding PCI card with MADI interface. Hammerfall DSP MADI is based on the award-winning Hammerfall DSP technology, and represents the top model of this world-wide successful card line. MADI, the professionals' multi-channel audio interface, offers 64 channels of 24 bit audio at a sample rate of up to 48 kHz and 32 channels at up to 96 kHz. Transmission is done via a single line, either coaxial with BNC plugs or with fiber cable. In both cases more than 100 m cable length can be achieved. Hammerfall DSP is fully compatible to all devices with MADI interface. In combination with the ADI-648 an 8 x ADAT optical PC interface is realized, unbeatable in price and performance.

Hammerfall DSP MADI offers full support for 56 and 64 channel modes and double and single wire technology (96k frame) for 96 kHz. Full 64 channel support can also be found in the hardware mixer TotalMix. All 64 inputs and 64 playback channels can be routed and mixed to 64 physical outputs completely freely, which translates to a 8192 channel mixer. With that, Hammerfall DSP MADI offers the most powerful router/mixer ever implemented on a PCI card, and allows much more than a usage as pure computer I/O unit:

  • MADI optical patchbay and router
  • MADI coaxial/optical or vice versa converter and splitter
  • MADI redistributor, patchbay and router

TotalMix can be completely remote controlled via MIDI. Furthermore, the hardware delivers RMS and peak level meters for full control over 192 audio channels at minimal CPU load. As usual with RME, Hammerfall DSP MADI offers further sensible features. For instance an analog 24 bit 96 kHz line/headphone output with 110 dB dynamic range for direct control of all input and output signals. While most MADI-based devices require an additional word clock or AES line, the Hammerfall DSP MADI (like the ADI-648) uses SteadyClock™ to extract the reference clock at lowest jitter directly from the MADI signal, making long-distance connections even more convenient.

Why glass fibre optics?
The need for huge data transmissions is constantly growing. In the near future traditional twisted-pair copper cables will not meet the requirements of ethernet networks. With Gigabit or 10 Gigabit, traditional cables reach the physical limits. Only optical glass fibres will meet future transmission demands.More about ...