On top of the standard AES-EBU / Analog combinations, the MC Processor is also available in 3 other flavors to support high-channel-count installations.
The MC-HCC range includes MADI, AES67 and Dante variants.
Based on the common market standard, our compatibility scheme provides network audio capabilities to our MC users offering compatibility with all standards.
Trinnov Audio’s Integrated Monitoring Solutions gather in a single processor all the required tools for accurate audio monitoring over the most complex speaker layouts.
I played the reference recordings without the Trinnov, and the difference was night and day. To say three jaws were hitting the floor is no exaggeration. The timing of bass and kick drums was brought sharply into focus and lost any vagueness and approximation. Gone was any bass bloat and bloom. The imaging dramatically improved, with a very firm focused phantom center image, the tonality of good mixes sounded even better and more equal. Reverbs and delays were sharper and more apparent. The dynamics and timing, in general, were much tighter.
The Trinnov MC Processor is an expandable hardware platform that can handle any multichannel format and any loudspeaker layout from 2.0 to 22.2.
MC Processors are designed to host optional software modules such as the Optimizer and/or the SmartMeter.
Both AES8 and Analog8 standard configurations allow for 8 simultaneous I/O and 8 processing channels.
Optional AES8 and/or ADA4 boards can be added to provide up to 16 simultaneous I/O channels.
Alternatively, AES inputs can be configured for input source switching of3 groups of 8 inputs (3xAES8).
Comprehensive 64-bit floating point processing tools are included on each processor platform: routing and mixing matrices, manual FIR filters, parametric EQs, graphic EQs, gains, trims, peak, and RMS meters.
Manual delays, bass management, 4-way active crossovers, inputs formats, noise generators, polarity control, editable Submix matrices, monitor controller, dynamic range controller.
Individual driver and system measurements are acquired and analyzed, including the impulse response, delays, and gains.
Trinnov’s unique crossover calibration engine computes the ideal filters, finding the best compromise to improve flatness, directivity, and attack in the overlapping frequency region.
Most typical loudness real-time loudness meters require to measure a project from beginning to end without rollbacks or time jumps to obtain its Integrated Loudness level. Even if pausing is possible with most instruments, this method is not ideal.
Trinnov’s unique time code-aware SmartMeter takes loudness metering to a new dimension. The measurement automatically starts and pauses following the playback system, continuously providing consistent values, whether the operator jogs, shuttles or rewinds through the project.
Dedicated linear power supply with a toroidal transformer on the analog audio circuit.
Dedicated PSU / switch-mode power supply on the digital audio circuit.
Power supply: 240V AC / 50-60 Hz. Option: 130V AC
Consumption: 90 W max.Weight: ∼14.5kg Chassis: 2U