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Defines Audia as a Digital Audio Platform, detailing its capabilities and features for audio processing and control.
Explains the main screen layout of the Audia software, detailing various sections like Layout, Toolbars, and Status Bar.
Describes Input/Output component objects, covering analog and CobraNet I/O, and their customization.
Explains Standard Mixers, their functions (Mute, Level, Ch/Bus assignment), and labeling capabilities.
Details the Graphic Equalizer dialog, including band adjustment, frequency, and gain controls.
Explains the High Pass Filter, its types (Linkwitz-Riley, Butterworth), slope, and cutoff frequency.
Explains the 2-Way Crossover, including input/output levels, frequency, and filter slope settings.
Describes the Leveler, an automatic gain control affecting long-term average levels, with settings for response and threshold.
Describes Router blocks for assigning inputs to multiple outputs and their distribution amplifier-like behavior.
Explains the Delay component, its value, units (time/distance), and bypass function.
Describes the Level Control dialog for adjusting channel level, mute, and ID settings in Audia.
Provides a sample application illustrating the use of Logic Gates with Select 8 and Ducker components in Audia.
Details the Event Scheduler for timed triggering of internal or external events and schedule programming.
Describes the Volume 8 external control device and its dialog for adjusting Audia volumes.
Details Logic Box Initialization Properties for assigning quantities of logic inputs/outputs.
Describes the Signal Present Meter, indicating signal presence at a set threshold.
Explains the Tone Generator for sine-wave output, covering tone selection, sweep, and level controls.
Describes Diagnostics for providing Transfer Function displays for analysis of Audia processing.
Explains Pass-Through blocks for organizing system connections and signal routing.
Guides on placing Component Objects into the Audia layout using the Processing Library or Object Toolbar.
Lists and explains compile error messages related to topology validation in Audia system designs.
Discusses network requirements, cable types, limitations, and IP address assignment for Audia systems.
Provides an overview of Audia hardware chassis models, I/O configurations, and connectivity.
Explains the Audia software user interface for real-time system control and customized control surfaces.
Introduces RS-232 and Telnet control of Audia via ASCII character strings using ATP.
Describes SETL and GETL commands for setting/getting values without decimals or negative numbers.
Explains Audia's use of Instance ID numbers to specify DSP blocks for control.
Details Attributes for Input/Output blocks, showing supported commands and value ranges.
General| Sampling Rate | 48 kHz |
|---|---|
| Bit Depth | 24-bit |
| Control | Software-based control via Audia software |
| Input Channels | Varies by model |
| Output Channels | Varies by model (typically 4 to 16) |
| Control Protocols | Ethernet |
| Power Supply | 100-240V AC, 50/60Hz |
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