Signal Processing
RME MADI BRIDGE 8 X 24
Developed as the optimal missing link between MADI devices of any manufacturer, RMEs MADI Bridge is patchbay, distributor, signal buffer and input selector, all at the same time - and thus mandatory for every MADI user. Up to 16 devices can be freely connected with each other by 6 coaxial (BNC) and 2 optical in- and output pairs. Thanks to an intuitive and easy to navigate user interface, the device is easy to understand and to operate.
All input signals are routed unaltered to the desired outputs. Like this, the MADI Bridge supports any format, no matter if it is 56 or 64 channels or includes special invisible control commands, any sample rates and even out-of-spec data rates or violations of the MADI protocol.
8 x 8 MADI matrix
Rosendahl NanoClocks Digital Audio Clock Server
Nanoclocks is a word clock distributor with integrated audio master clock generator, dual inputs with frequency status indicators and programmable output matrix - a flexible tool for all extensive digital audio installations. The unit provides two transformer isolated word clock inputs and 12 word clock outputs to receive and distribute word clock signals over long distances.
Rosendahl Nanoclocks GL
Rosendahl Nanoclocks GL is a digital audio genlock masterclock with 12 word clock / AES11 DARS outputs and 2 reference inputs for SD video syncs, HD tri-level syncs, AES11 or word clock signals.
This new version of the nanoclocks new version has two reference inputs for SD/HD video syncs or audio clocks, a straightforward user interface and 19in rack mount brackets included.
Meyer sound galileo 616
The 2-space, rack-mount Meyer Sound Galileo 616 Processor includes six inputs, 16 outputs, and a fully digital matrix processor. The Compass® control software provides comprehensive control of all parameters from a Mac® or Windows®-based computer. The Galileo 616 is also fully programmable from its front panel for maximum flexibility.
The Galileo loudspeaker management system is an elegant hardware and software solution for driving and aligning multi-zone loudspeaker systems. The 2-space, rack-mount Galileo 616 includes six inputs, 16 outputs, and a fully digital matrix processor. The Compass® control software provides comprehensive control of all parameters from a Mac® or Windows®-based computer. The Galileo 616 is also fully programmable from it
meyer Sound galAXY 816
As part of the newly developed Galileo GALAXY family, the Galileo GALAXY 816 builds on Galileo’s meticulously engineered algorithms on a rigorously tested cutting edge hardware platform. Galileo GALAXY retains users’ favorite processing tools, including five-band U-Shaping and parametric EQs on both inputs and outputs. The built-in summing matrix allows users to assign and adjust gain at every cross point for multiple purposes quickly and easily as well as apply delay values at every cross point in the new built-in delay matrix.
The Meyer Sound Galileo GALAXY 816 Network Platform is an audio processing and loudspeaker management tool that offers comprehensive control of Meyer Sound loudspeaker systems. Leveraging open‑source AVB technology along with powerful audio processing, GALAXY processors provide complete system management in one platform, making it an ideal choice for a full range of applications from touring to installs.
YAMAHA DME 64N & 24N
The DME64N and DME24N employ Yamaha's original DSP6 and DSP7 signal-processing LSIs for extraordinary audio processing power and quality. The DME64N offers processing power that is on a par with Yamaha's DM1000 Digital Mixing Console, and the smaller DME24N has about half that processing capability while offering built-in analog I/O for simple, more compact systems. In either case you get a remarkable amount of processing capability that allows complex systems to be built around a single DME unit and fine tuned for optimum performance in concert halls, multi-purpose halls, event spaces, institutions, and a wide range of other applications. Plenty of DSP power also means that advanced configurations that previously required multiple hardware units can now run comfortably on just one DME64N or DME24N. All of this translates into significant time, energy, and cost savings for the design, installation, and operation of DME-based systems.
24-bit 96-kHz Processing and Circuitry Designed for Superior Sound
Control Integration with the PM5D Digital Mixing Console
Selected DME64N and DME24N parameters can be directly controlled from the PM5D Digital Mixing Console for seamless, efficient operation. This capability is particularly useful in situations where the DME unit is located away from the optimum listening position, allowing parameters to be adjusted without having to leave the main console position.
BSS FDS-366 Omnidrive
The flexibility of the FDS-366T enables it to be employed for many system uses, such as complete 3 way stereo setups or a 2 way LCR combination. Equally FDS-366T Omnidrives can be stacked to run larger 5 and 6 way systems and more. In stage monitor systems the FDS-366T can function as a triple bi-amp crossover with delay, limiters and EQ. On-stage 'hotspots' caused by monitors with identical signals can be eliminated by applying small delays between wedges. Furthermore, the FDS-366T can function as a distribution unit to multizone systems where crossovers may be passive or local to the loudspeaker. In this case, the provision of delays and EQ can radically enhance such a system while reducing both processing costs and required rack space.