User's Manual
Table Of Contents
- Overview
- Installation
- User Interface & Connectors
- Getting Started
- Configuring The VENU360
- Operating The VENU360
- Manually Optimizing A System Using The VENU360
- Processing Modules & Parameters
- Inputs Module
- Router Module
- Mixer Module
- Advanced Feedback Suppression (AFS) Module
- Automatic Gain Control (AGC) Module
- Delay (DLY) Modules
- Compressor (CMP) Module
- Graphic EQ (GEQ) Module
- Noise Gate (GAT) Module
- Parametric EQ (PEQ) Modules
- AutoEQ (AEQ) Module
- Subharmonic Synth (SUB) Module
- Crossover Module
- Limiter (LIM) Module
- RTA
- Utility Menu
- Power-Up Functions
- Application Guide
- Application 1: Full Range Mains
- Application 2: Full Range Mains + Subs
- Application 3: Bi-Amplified Mains + Aux-Fed Subs
- Application 4: LCR Full Range Powered Mains + Subs
- Application 5: Full Range Stage Monitors
- Application 6: Bi-Amplified Stage Monitors
- Application 7: Using The AES Digital Inputs
- Application 8: BLU Link Application (VENU360-B)
- Application 9: Dante Application (VENU360-D)
- Preset List
- Using The VENU360 Control Application
- Networking
- Technical Information
- Additional Resources
90
RTA Source Routing Options
Description Routing Diagram
Route RTA
MIC
Route IN1
(*Analog 1)
Route IN2
(*Analog 2)
Route IN3
(*Analog 3)
Route IN4
(*AES 1)
Route IN5
(*AES 2)
Route IN6
(*AES 3)
Description Routing Diagram
Route IN7
(*AES 4)
Route Bus 1
Route Bus 2
Route Bus 3
Route Bus
1+2
Route Bus
2+3
Route Bus
1+2+3
Description Routing Diagram
Route Bus A
Route Bus B
Route Bus C
Route Bus
A+B
Route Bus
B+C
Route Bus
A+B+C
Route Signal
Generator
*Fixed input channel configuration in standard VENU360 model. When using a VENU360-D (Dante) or VENU360-B (BLU
link) model, input channel configuration can be modified to include Dante or BLU link channels depending on model. See
‘Configuring BLU Link / Dante Inputs’ on page 26 for information on configuring input channels.
• RATE [SLOW, FAST]
Adjusts how quickly the RTA will sample the audio and update its display. When set to FAST, instantaneous peaks can
be seen, but the RTA will react very quickly, making it difficult to use for some tasks. When set to SLOW, the RTA will
update at a slower rate, making it easier to read the amplitude levels of all frequencies.
• GRAPH OFFSET [0 dB - 40 dB]
Adjusts the signal level entering the RTA. Adjust this parameter so that the full frequency spectrum of the monitored
signal can be displayed within the RTA graph.
•
GRAPH TYPE [OPT1 - OPT6]
Selects between six different RTA graph view types. Select the type which looks best to you.
•
GRAPH HOLD [0.5s - 5.0s]
Sets the length of time the RTA will “hold” peaks in the display, providing an easy-to-read visual indication of peak levels,
even after they’ve already passed. Time units are in seconds.
•
SIGNAL GEN [OFF, ON]
Turns the built-in signal generator on or off. The Signal Generator can be used for signal routing verification, system
troubleshooting, or manual system calibration.