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Stagetec AVATUS Operator's Manual

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AVATUS
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MIXING CONSOLE
Operators Manual 1.20
09/05/2024

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  • Page 1 AVATUS MIXING CONSOLE Operators Manual 1.20 09/05/2024...

  • Page 2: Table Of Contents

    1.7.8 Control-strip faders, buttons and indicators........................24 1.7.8.1 Touch-sensitive fader functions............................25 1.7.8.2 The "Access" [ACC]-button ..............................25 2 // AUDIO PROCESSOR & NEXUS ENVIRNONMENT ........................26 2.1 // NEXUS star ................................... 26 2 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...
  • Page 3 2.2 // NEXUS audio network ..............................26 2.3 // AVATUS components ..............................26 2.3.1 RMCQ control board ................................26 2.3.2 RMDQ processing board ..............................27 3 // SIGNAL FLOW, PROCESSING ..............................29 3.1 // Input-Selection ................................32 3.1.1 Gain ..................................... 33 3.2 //...
  • Page 4 Sources NEXUS..................................91 10.4.2 Sources Console ..................................91 10.5 // DESTINATIONS Panel..............................92 10.5.1 Destinations NEXUS ................................92 10.5.2 Destinations Console................................92 10.6 // Working with "Patches" ............................... 93 10.6.1 Save/Overwrite a patch ..............................94 4 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...
  • Page 5 15.1 // Common elements of all detail view screens......................124 15.1.1 Channel copy screen .................................125 15.1.2 Channel config screen............................... 127 15.1.3 Channel view screen................................129 15.1.4 Channel labels screen.................................131 15.1.5 Channel library screen...............................133 5 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...
  • Page 6 Mixing via Web-Interface (RUI)........................... 179 18.1.1 Assigning channels to the RUI............................179 18.1.2 Mixing page ..................................180 18.1.3 Detail view page..................................181 18.2 // Configuring the system...............................182 18.2.1 Updating the system .................................184 19 // MAC SOFTWARE .................................185 6 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...
  • Page 7 AES3 level meter outputs ..............................211 23.5.2 RMCQ ....................................212 23.6 // Surface connection panels............................212 23.6.1 AVATUS S, AVATUS E (any size) ............................212 23.6.2 AVATUS C (12, >24) ................................215 23.6.3 AVATUS D (12) ..................................216 7 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...
  • Page 8 23.6.4 AVATUS D (>24) .................................. 217 23.7 // Dimensions..................................218 8 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 9: General Information

    For the safe operation of the AVATUS mixing console system, it is essential to observe the following instructions. Therefore, read them carefully before putting the devices into operation. Live parts and the heavy weight of AVATUS components can pose risks of injury if mishandled.

  • Page 10: Power Supply

    All other voltages in the mixing console are low voltages, up to a maximum of 48 V. Follow the usual precautions in this regard. AVATUS is equipped with two power connectors / power supplies (100-240V) for redundancy. ATTENTION! High voltages and risk of electrical shock! Each power socket is equipped with a two-pole fuse in the neutral wire! In case of failure, all power connections must be disconnected! Therefore, all power sockets must remain easiely accessible and be equipped with a ground connector.

  • Page 11: Environmental Conditions

    Optical connectors are classified as CLASS 1 LASER/LED PRODUCTS. Nevertheless, never look directly into transmit diodes or open connectors. WARNING: AVATUS modules are NOT hot-swappable. They must not be exchanged during operation. Always turn off the console before changing modules.

  • Page 12: Cleaning

    1.5.1 VCA and Link Groups AVATUS allows you to set up and manage up to thirty VCA groups. VCA masters individually control the channel parameters of all channels belonging to their group. For example, you can change the bus routing of all associated channels through the VCA master or apply a filter correction to all channels in the group with existing offsets.

  • Page 13: Solo/Pfl

    1.5.5 SOLO/PFL AVATUS provides two SOLO and two PFL buses (Pre-Fader Listening) for each channel at any position in the signal chain in 2-user mode. The [SOLO] button has a momentary/latch function. SOLO can work in a summed or exclusive mode. You can activate the Solo-in-Place mode when needed.

  • Page 14: Avatus Versions

    1.6.1 AVATUS S As the flagship of the series, AVATUS S offers maximum operating comfort, even for the largest productions. Here, you can literally see and operate everything simultaneously. Each unit consists of 12 faders, a touchscreen for controlling audio parameters, four freely assignable dual rotary encoders per strip, and an additional touch display for metering and control functions.

  • Page 15: Avatus C

    The most compact version of the series, featuring only 12 faders and a display, allows for the control of hundreds of channels. A second display for metering can be added at any time. AVATUS C is not just designed as a sidecar but also serves as a mobile companion by the sound engineer's side.

  • Page 16: General Structure And Concepts

    General information 1.7 // GENERAL STRUCTURE AND CONCEPTS An AVATUS surface consists of one or more blocks, each containing twelve control strips. The blocks can be installed as a single mechanical unit or placed separately. 1.7.1 Hardware Modules A block is composed of several hardware modules: 1.

  • Page 17: Function-Based Color Coding

    General information 1.7.2 Function-based color coding AVATUS follows a consistent function-based color scheme for the encoders, faders, buttons, and display elements on the screens. Element Color Function Encoder* Yellow Input [INP] Function Assign Buttons Green Equaliser/Filter [EQ] Touch-Screen Function Displays...

  • Page 18: The Touchscreen

    The [GO BACK] button on the left edge of the header bar allows you to return to the previously selected screen. [GO BACK] is available in all windows of the AVATUS GUI.

  • Page 19: Using The Soft Buttons

    1.7.3.1 Using the Soft Buttons The behavior of the different soft buttons within the AVATUS GUI can vary depending on the function. While some functions are triggered immediately upon touching the respective button, in other cases, the button needs to be held for two seconds for safety reasons. This behavior is visualised by gradually filling the button with a white color from the bottom to the top.
  • Page 20 Layer assign menu [PRJ] Project Save/Load and preferences menu [TEMPLATES] Save/Load patch-libraries, custom strips, label-libs etc. [ROUT] Routing menu [CUE] Access Cue functions [SYSTEM PREFS] System wide preferences [INFO] Logging and System health information 20 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 21: The Metering Screen

    1.7.4 The Metering Screen The meter screen is located at the top of each surface. On AVATUS D surfaces, it can also be mounted separately. The content of the meter screen can also be displayed on the central touchscreen at any time.

  • Page 22: The Double-Encoder Bay

    1.7.5 The Double-Encoder Bay AVATUS' encoders can be dynamically assigned to a function per channel, per blocks of 12, or the entire user area. They always represent the arc displays of parameters currently shown on the lower touchscreen. To improve visibility, the active encoders are backlit with the color corresponding to the currently assigned function.

  • Page 23: The Touchscreen's Controlstrip Display

    At the bottom of the control strip display, there are fields containing the channel names of the Front Layer and the Back Layer, the digital fader value display, and the channel format (1.0, 2.0, etc.). These fields are designed as soft buttons: 23 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 24: Control-Strip Faders, Buttons And Indicators

    Channel is part of mute-group LED-Meter green Smaller input-level meter ranging from -20dB blue Fader in CUE-isolation // Recall Safe Signals fader-write-mode for dynamic automation etc. Logic-function (SC-GPI / fader-start) or SC-Input assigned to channel 24 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 25: Touch-Sensitive Fader Functions

    Repeated long-press on the [ACC] key will switch off this mode. Matrix: With matrix sends, the long-press on [ACC] always switches to the "TO FADER" mode. In this case, the bus switch-on for MTX_sends is left out. 25 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 26: Audio Processor & Nexus Envirnonment

    The NEXUS STAR is an audio router designed for highly extensive applications. It provides a routing unit plus slots for accommodating the DSP and controller boards of the AVATUS mixing console. The device handles up to 16 boards with 256 inputs or outputs each, allowing for routing 4,096 inputs to the same number of outputs.

  • Page 27: Rmdq Processing Board

    DSP redundancy can be configured individually for each project on request. As a pioneer of digital audio mixing consoles, STAGETEC now has more than 30 years of experience in the field of digital audio signal processing. The RMDQ cards are the current generation of DSP cards, and the quality of the algorithms and the well-considered implementation of the finest details has always been a top priority for the developers at STAGETEC.
  • Page 28 RMDQ boards as a very short fade. On the hardware level, RMDQ keeps energy consumption and heat development as low as possible. As with all STAGETEC products, backward compatibility and interoperability are important criteria. RMDQ cards can be used as a 1:1 replacement or as a supplement in systems with the predecessor card generation RMD to enable the expansion of existing systems without the need for a completely new purchase.

  • Page 29: Signal Flow, Processing

    This chapter describes the signal flow, it’s modules and their basic functionality. AVATUS' Digital audio processing using 40 bits and floating point calculations and the excellent analog components of the NEXUS router/ switcher system ensure perfect audio purity and maximum headroom during recording, mixing, and public address applications. AVATUS’...

  • Page 30: Fig. 13 Avatus Full Aux Channel (Default Configuration)

    Fader and mute functions are provided to control the overall output level. Fig. 13 AVATUS full aux channel (default configuration) Small aux channels: The resource-saving short aux channel reduces the signal-processing functions to EQ, expander, delay, compressor and limiter.

  • Page 31: Fig. 16 Avatus Small Group Channel (Default Configuration)

    Fig. 16 AVATUS small group channel (default configuration) Full sum channels: The standard sum channel includes two inputs plus the familiar full-fledged EQ and filter section featuring four peak filters, two shelving filters, two notch filters, and two cut filters. Full processing is available as on any other (full) audio channel. You can use the fader and mute functions for controlling the overall level.

  • Page 32: Input-Selection

    In addition, it provides two inputs, the main fader, and the mute function. Fig. 20 AVATUS small matrix channel (default configuration) Track sum channels: This type is used as a downstream channel for buses used for routing to recording machines. Its simple design mainly allows for equalization, level adjustment and includes meters, a fader, and a mute function.

  • Page 33: Gain

    If NEXUS resources with their own gain settings – such as the XMIC A/D converter – are selected as sources, the setting is normally made in the NEXUS control software but is accessible through AVATUS as well; this cut/boost setting is added to the console-internal gain. As the microphone gain is modified quite often, AVATUS also features a dedicated encoder-assignment for directly controlling the corresponding NEXUS board.

  • Page 34: Delay

    Top encoders / touchscreen arcs Channel delay Bottom encoders / touchscreen arcs unassigned Find more information on how to operate the DELAY in the corresponding chapter of this manual: DELAY/INSERT/DIRECT OUT detail view  (see page 157) 34 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 35: Dynamic Processing

    Signal flow, processing 3.3 // DYNAMIC PROCESSING AVATUS provides four dynamics modules per channel: Limiter, compressor, a combined expander/gate and a de-esser module. Fig. 24 Default positions of the DYNAMIC processing Dynamics Modules The encoders as well as the arc indicators on the touch screen provide for controlling the respective dynamics parameters. The assignments of dynamics parameters to the encoders are largely the same for all dynamics modules;...

  • Page 36: Compressor

    -bottom Threshold –40…0 fourth -top Output -24…24 fourth -bottom Find more information on how to operate the COMPRESSOR in the corresponding chapter of this manual: Compressor detail view  (see page 150) 36 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 37: Limiter

    -bottom Threshold –40…0 fourth -top Output -24…24 fourth -bottom Find more information on how to operate the LIMITER in the corresponding chapter of this manual: Limiter detail view  (see page 153) 37 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 38: Expander / Gate

    -bottom Threshold -90…0 fourth -top Output ±24 fourth -bottom Find more information on how to operate the EXPANEDER/GATE in the corresponding chapter of this manual: Expander detail view  (see page 151) 38 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 39: Esser

    -bottom Threshold -90…0 fourth -top unassigned fourth -bottom Find more information on how to operate the DE-ESSER in the corresponding chapter of this manual: De-Esser detail view  (see page 154) 39 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 40: Equalizers & Notch Filters

    Signal flow, processing 3.4 // EQUALIZERS & NOTCH FILTERS The AVATUS standard audio channel provides four peak-type signal processors, two shelving modules, and two notch filters. Fig. 29 Default position of the EQUALIZER Find more information on how to operate the EQUALIZER in the corresponding chapter of this manual: Equalizer detail view  (see page 140)

  • Page 41: High-Pass And Low-Pass Filters

    Each AVATUS channel equipped with an equalizer includes a memory where an alternative equalizer setting can be stored. Pressing the MEM] button toggles between the current and stored settings. As the AVATUS also memorizes the current settings, two memory slots are available that can be switched between by pressing the button.
  • Page 42 0, 6, 12,18, and 24 dB/oct first -bottom Shows HMF parametric band second Shows LMF parametric band third Frequency 20 Hz…20.9kHz (adjustable in 1/24 oct. steps) fourth -top 0, 6, 12,18, and 24 dB/oct fourth -bottom 42 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 43: Insert

    3.5 // INSERT The AVATUS channels feature an insert that can be enabled by pressing the [INSERT IN] button in the respective channel. By default, this function is disabled, meaning that the signal will not pass the insert. When pressing the button, it will be highlighted with a white background, and the signal will be routed to the insert.
  • Page 44 Mono Aux Sends AVATUS supports the configuration of various aux-bus types: mono, stereo, and multichannel busses. The functions assigned to the encoders depend on the selected bus type. With mono aux buses, level setting is made individually for each bus (–145…+15 dB). The top encoders are associated with the odd-numbered buses (e.g.
  • Page 45 Regardless of the settings, the signal on the left channel is always routed to the left aux bus, and the signal on the right channel is always routed to the right aux bus. (The balance parameter only effects the level ratio, i. e. it is no pan control.) Therefore, AVATUS provides an alternative link mode: the so-called »STEREO link group«, which links just the controls of the two adjacent channel strips.

  • Page 46: Panorama

    Divergence Setting The divergence setting allows for adding the signal, that is panned to the center bus only, to the left and right buses. AVATUS provides two types of divergence that can be preselected: In default mode, divergence is set by fading between the center and side channels; this means that the signal fed to the center bus is attenuated as the divergence setting is increased.
  • Page 47 Balance (L-R) 60…0…60 fourth -top Base Width 0…100…200 fourth -bottom Find more information on how to operate the COMPRESSOR in the corresponding chapter of this manual: Panorama detail view  (see page 141) 47 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 48: Direct Out

    Signal flow, processing 3.8 // DIRECT OUT AVATUS provides a direct out that can be assigned to two different, configurable pick-off points. Fig. 33 Default positions of DIRECT OUTs Direct-Out Level A dedicated encoder/indicator arc is available for setting the direct-out level. The level ranges from off…+15db. The position of the direct out can be switched: •...

  • Page 49: Sidechain Filter

    -top Low-cut Q 0,6,12,18,24 dB/oct fourth -bottom Find more information on how to operate the SIDECHAIN FILTER in the corresponding chapter of this manual: Side-Chain filter detail view  (see page 156) 49 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 50: Metering

    The metering screens display simple level setting as well as complex multichannel metering. The meters feature a viewing range of 0…–60 dB that can be shifted by +20 dB. AVATUS provides three different metering pickoff-points in the channel strip.
  • Page 51 This function can be used, for example, for viewing maximum levels that occurred while the function was enabled. Pressing the button again will cancel the function. The indicated peak level will be discarded. While the function is 51 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...
  • Page 52 All Channels mode and perform a metering-range shift (»+20 dB« function), the metering range will be shifted in all channels of that type (i. e. all input channels) by 20 dB. The mode will remain enabled; to disable it, press the button again 52 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 53: Loudness Meter

    AVATUS provides multiple options for monitoring channels: various solo modes and PFL. A separate stereo bus carrying a mix of the respective channel signals is available for PFL. The PFL signal can be selected freely. The solo function of AVATUS is fully multichannel- enabled, too.

  • Page 54: External Control Interfaces

    Note: further MIDI ports are either available via network MIDI (IN/OUT) or as additional cards for the NEXUS system (OUT). 4.1.2 Network MIDI ports AVATUS provides a network MIDI port (In/Out) which can be used for MIDI events in the cue automation (triggers and events), see Edit trigger and events .

  • Page 55: Nexus Xci Midi

    4.1.3 NEXUS XCI MIDI If the NEXUS system is equipped with an XCI card (or several), the MIDI ports of the XCI card are available to AVATUS as well. MIDI events of the cue automation can be sent to these MIDI ports.

  • Page 56: Audio Follows Video

    “GPI as side chain” for dynamics (expander, compressor). Any GPI of the AVATUS system (including NEXUS GPIs and NEXUS logical cells) can be defined as a side chain input of the AVATUS dynamic processing. Therefor, a GPI is interpreted as input signal with a value of 0 dBfs. You can now use the regular settings of an expander or a compressor to define the behavior of the AFV.

  • Page 57: Osc Mode "Generic

    ) are available in the cue automation.  (see page 114) Tip: select this mode if you would like AVATUS to interact with 3rd party software in a cue related application (e.g. recall avatus cues, start a playback on a DAW on cue recall…) 4.3.2 OSC mode "AVATUS"...

  • Page 58: Managing Projects

    5.1 // PROJECTS ON USB DRIVE AVATUS provides the option to save and load projects from a USB-drive. The drive can be inserted on any control surfaces' USB port and will be made available via the network connection. The USB-drive will appear within the regular project folder structure. To save or load a project, proceed in the regular manner.

  • Page 59: General Functions

    The [CR] button is always available in the right selection list on the touchscreen. By pressing the button, you switch to the Control Room view. Here, you can adjust the parameters for the different Control Rooms as well as configure the talk functions. 59 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 60: Templates

    6.6 // TEMPLATES AVATUS allows saving several settings and configurations as templates. To access the template save/load screen, go to [SYS] → [TEMPLATES]. Templates can also be saved and loaded from several indidual screens, as referenced in the following overview:...

  • Page 61: Control Room Screen

    Control Room Screen (active selection of CONTROL ROOM SOURCE) AVATUS provides two independent Control Rooms, CR 1 and CR 2. Additionally, you can define four more monitoring paths, referred to as CR A to CR D. If your surface is divided into two user areas, CR 1 is assigned to User 1, and CR 2 to User 2, allowing each user to work independently.

  • Page 62: Leftside Panel (Cr1 / Cr2)

    Once SOLO is active in one or multiple channels, you can reset all SOLO activations within the respective user area using the [SOLO RESET] button. The Solo-In-Place function always applies to the entire AVATUS surface. It does not differentiate between user areas. [INPLACE SOLO] Hold the [INPLACE SOLO] button for 2 seconds to activate the INPLACE SOLO mode.
  • Page 63 CR. Only one of the [FROM CRn] buttons can be active at a time. [ALT] With the [ALT] button, you switch between different outputs of CR1 or CR2, allowing you to address two different monitor speaker setups, for example. 63 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 64: Static Assignment Of Cr (1/2) (Main/Alt) Outputs

    The assignments for the main and alt outputs of CR 1 and CR 2 can be set as static routing, so that the coupling points for CR out and CR out- Alt are always available independently of the AVATUS project. To perform the static routing of the CR outputs, activate the [CR PATCH] button in the left selection bar.

  • Page 65: Control Rooms A To D

    When the [SOURCE] button above one of the Control Room faders is active (highlighted in white), the CONTROL ROOM SOURCE panel will be displayed in the middle section. You can choose from: • The bus channels of your AVATUS project (color-coded). • Equipment Outputs configured in Nexus GUI (white). Left column: Class of respective bus channel /...

  • Page 66: Talk (1/2) Panel

    The input assignment for both Talk channels is done in the I/O ROUTING of the SYSTEM menu [SYS] => [ROUT]. You can use the Talk channels to speak into all buses of your AVATUS project. Additionally, each Talk channel has four extra outputs, A to D, which can be assigned to any destinations in your NEXUS network using the I/O ROUTING.

  • Page 67: Talk (1/2) Destination Panel

    For the mono channels as well, you will find selectable) a slide handle on the right side of each channel to speak directly into one or more individual channels of a multi-channel format. 67 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 68: Talkback Input Assignment

    The Talkback-Channel functions as an independent 4-in-2 mixer within the AVATUS system, where all input sources are output at the same level.

  • Page 69: Layer Assign Screen

    The selection buttons are mutually exclusive, so only one channel type can be listed at a time. Different categories are color-coded for better visibility, and the fader knobs on the AVATUS console are backlit using the same color scheme.

  • Page 70: Console Panel

    The right column shows the format of each channel (1.0; 2.0; 5.1, etc.). 8.2 // CONSOLE PANEL The CONSOLE panel allows you to configure the layer assignments of one, multiple, or all 12-fader banks on an AVATUS surface. It displays all 16 layer levels simultaneously in a clear table view.

  • Page 71: Practical Operation Of The Layer Assign Screen

    If there are existing entries at the target position of the copy operation, they will be overwritten by default. To prevent this, activate the [INSERT] button in the CONSOLE Panel before selecting the desired target fader strips. AVATUS will then shift the previous channels of the layer to the right by the number of inserted channels.

  • Page 72: Project Screen

    [PROJECT PREFS] Calls up the PROJECT PREFERENCES screen [AUDIO SETTINGS] PROJECT AUDIO SETTINGS - audio config of your project [SAVE / LOAD] File management - Save, Load, Overwrite and delete projects here 72 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 73: Redundant Dsp Screen

    DSP when the issue is resolved. IMPORTANT NOTE: It is strongly advised not to save an AVATUS project while DSP redundancy is active. Replace the defective DSP cards and use the [MOVE BACK] button to restore your data before saving your project.

  • Page 74: Project Preferences Screen

    9.2 // PROJECT PREFERENCES SCREEN In the PROJECT PREFERENCES Screen, you can adjust various general properties of the project. All settings will be saved with the AVATUS project. The PROJECT PREFERENCES Screen is divided into two panels: On the left side, you will find two selection lists, and on the right panel, depending on the selected entry, the corresponding function elements will be displayed.

  • Page 75: Category Surface

    With [LOAD TEMP], you can load a previously saved function group configuration that was saved using [SAVE TEMP]. This allows you to quickly recall and apply the saved settings to your AVATUS project. Note: (Fader start, GPIO) An overview of all available external interfaces can be found here: External Control Interfaces  (see page 54)

  • Page 76: Category User Buttons

    Both Left / Both Right - only available on Stereo Channels [SWAP] Swap Left and Right input - Stereo channels only [STEREO] Enable/disable channel stereo-pairing [ATO MIX] activate Automixer [0dB] trim fader to unity (0dB) [INSERT IN] Toggle channel insert return 76 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 77: Fig. 48 Project Preferences → Gpio Screen

    Element Group Element Function / Meaning INTERFACE [LOCAL INTERFACE 1] GPIO interfaces of the AVATUS system. Local interfaces are located in the back of your surface, the NEXUS interface provides access to [LOCAL INTERFACE 2] the NEXUS logic. [NEXUSINTERFACE] ASSIGN GPIO [GPIO 1] Select the GPIO that you want a function to be assigned to.
  • Page 78 [CR 1 MUTE] [CR 2 MUTE] [CR A MUTE] [CR B MUTE] [CR C MUTE] [CR D MUTE] [SOLO1 RESET] [SOLO2 RESET] [PFL1 RESET] [PFL2 RESET] [LOGIC 1] [LOGIC 1] … [LOGIC 24] 78 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 79: Configuring Hard Buttons In The Arm Rest

    9.2.2.1 Configuring hard buttons in the arm rest On request, AVATUS surfaces can be equipped with hard buttons in the arm rest. These buttons are connected to the surfaces internal GPIO Interface, starting with GPIO 16 (left button), GPIO 15, (…, right button). GPIO 1 to 14 are typically wired to DSUB15 Connectors on the back of the Surface.

  • Page 80: Sidechain Gpi

    Save or load the assignments of the logic buttons 9.2.3.2 Sidechain GPI Each AVATUS Channel has a dedicated GPI which can control the dynamic modules behavior. An active (logical “1”) GPI or NEXUS logic cell will be interpreted as input signal with a value of 0 dBfs.

  • Page 81: Category Function Settings

    +/- 24 dB • 3 db Define the acceleration of value changes when turning an encoder. DYN THRESHOLD Options are: • 1 (slowest) DYN INPUT GAIN • • • • • • 32 (fastest) 81 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 82: Channel Links

    [MIXER SETTINGS] CHANNEL MODE • Input channels: amount and format (1.0 … 5.1.4) CONFIRMATION PANEL • On the bottom right of the screen, [GENERATE] and [RESET] are located. 82 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 83: Global Settings

    “OK”. Each AMX-group can serve an unlimited amount of assigned channels. VCA MASTER Define the amount of VCA-Masters. Tap in the number field and enter amount, confirm with “OK”. 83 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 84: Monitor Settings

    The column “TOTAL” to the right of the matrix provides an overview of the total amount of monitor-channels that will be created according to your current selection. The panel “DSP LAYOUT” provides an overview of the channel/DSP-card assignment. After monitor-settings and mixer-settings are defined, the remaining resources will be available for input channels. 84 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 85: Mixer Settings

    The amount of available/configurable input channels depends on the monitor- and mixer settings. Unless specified in a different way, available ressources will result in mono input channels. Fig. 54 “Channel Mode” panel 85 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 86: Channels And "Small" Channels

    9.3.4.1 Channels and "small" channels In order to achive a higher channel count, AVATUS provides the option to define channels as “small” channels. This option can be choosen either for all channels of the same type, or individually. “SMALL”-input channels do not have inserts and sidechain-inputs, “SMALL”-busses do not have a direct-out.

  • Page 87: Save / Load Screen

    To overwrite a project, select the project from the project list and press [OVERWRITE] for two seconds. The selected project will be overwritten with the current state/project of the console. NOTE: If you [OVERWRITE] a project, AVATUS automatically creates up to three backups of the project. You can show/load these backups via [SHOW BACKUPS].

  • Page 88: I/O Routing

    • route signals out of AVATUS (NEXUS outputs) • set crosspoints within the NEXUS matrix independent to AVATUS • adjust input- and output parameters of NEXUS I/O’s. To open the I/O ROUTING screen, press [SYS] followed by [ROUT] on the right hand panel of the screen. Alternatively, you can open the I/O ROUTING screen by pressing the button [SOURCE] in a detail view of a channel.

  • Page 89: Crosspoint Matrix

    Additionally, a 1:1 mode is provided for fast patching of multiple I/O’s such as DAW’s. 10.2 // CROSSHAIR FUNCTION Note: this feature is available starting with AVATUS Version 1.21. The crosshair function provides a simple overview of the pre-selected source and destination within the crosspoint matrix. It activates automatically once a longer touch within the crosspoint matrix is detected.

  • Page 90: Left Side Panel

    It is possible to interrupt the 1:1-”line” and continue at a different position. The routing has to be confirmed by pressing [SET] [XP LABELS] If [XP LABEL] is active, the AVATUS channel will apply the NEXUS I/O-label to the channel label once the crosspoint is set. [CHAN LABELS] Opens the CHANNEL LABELS screen.

  • Page 91: Sources Panel

    “equipment” (groups) It is possible to load a NEXUS equipment file into AVATUS. All equipments will be listed individually and will populate the matrix with the I/O’s related to the defined equipment “card type” (groups) AVATUS automatically groups inputs by input/card-type.

  • Page 92: Destinations Panel

    “equipment” (groups) It is possible to load a NEXUS equipment file into AVATUS. All equipments will be listed individually and will populate the matrix with the I/O’s related to the defined equipment “card type” (groups) AVATUS automatically groups inputs by output/card-type.

  • Page 93: Working With "Patches

    10.6 // WORKING WITH "PATCHES" AVATUS always saves crosspoints that are part of the project. Nevertheless, it might be required to change these crosspoints on cue recalls. Or you might want to load crosspoints that are not part of the mixing console but still relate to the production. “Patches” provide these possibilities.

  • Page 94: Save/Overwrite A Patch

    ATTENTION: If the target slot in the PROJECT PATCH list already contains a patch, it will be overwritten. ATTENTION: I/O patches relate to crosspoint numbers. These might vary/differ between different AVATUS projects and consoles. It is highly recommended to use patches only for inputs and outputs that do not relate to the AVATUS project.

  • Page 95: Delete Patch

    Now create a new patch through the SAVE / LOAD panel. Note: If the selected destination already as a source routed to it, selecting the destination with the option [MAN SELECT] on will also select the corresponding source. 95 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 96: Cue Automation Screen

    Cue automation screen 11 // CUE AUTOMATION SCREEN The CUE AUTOMATION screen provides access to AVATUS' static cue automation. To open the screen, press [SYS] → [CUE] on the right side navigation bar. Fig. 60 cue automation screen The header-section of the CUE AUTOMATION screen always shows the currently active cue (number, name). The main area of the screen shows the cue-list, the right side bar provides further functionality and the bottom of the screen provides controls for the cue-list itself.
  • Page 97  (see page 98) [STOP] Stops all cue-related time-based actions. [GO] Loads the next or the selected cue [PREVIOUS] Selects the previous cue [NEXT] Selects the next cue in the cue list 97 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 98: Edit Cue

    List of available triggers and events. Tap on an item to list/edit its properties in the PROPERTIES panel or to add the trigger or event to the event list of the cue. PROPERTIES Panel Edit the properties of DEVICES, TRIGGERS or EVENTS in this section 98 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 99: Edit Devices

    . In order to use network MIDI, the control port (network) of the RMCQ card must reside within the same network as the  (see page 100) computers that are supposed to control AVATUS or be controlleb by AVATUS. RMCQ network MIDI will be discovered in network MIDI tools like RTP MIDI (windows) or the nework MIDI setup (MAC).

  • Page 100: Edit Trigger And Events

    EVENT from the content list, and therefore remove it entirely (all cues). If the [xREFS] button is inactive, the [DELETE] will change to [REMOVE], which then removes the TRIGGER or EVENT from the selected cue only. 100 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 101: Context Based Elements Of The Properties Panels

    Touch the name-area, enter the name with the virtual keyboard, confirm with “Enter”. COMMAND Enter OSC command VALUE Enter the property value TYPE Define the osc command type via the dropdown-menu Examples of AVATUS OSC-command. Full command list: OSC command list  (see page 189) 101 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...
  • Page 102 Cue automation screen Address Type /ava/{input,group,sum,aux,track,mtx}/[0-9]+/input/v/[0-1]/gain float -60.0 60.0 /ava/{input,group,sum,aux,track,mtx}/[0-9]+/fader/gain float -145.0 15.0 /ava/{input,group,sum,aux,track,mtx}/[0-9]+/stereo bool 102 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 103: Layer Options And Layer Events

    11.1.3.3 Layer Options and Layer Events AVATUS provides the option to recall layer assignments with cues. This option is available on the “B-Layers” B1-B8 and provides fast access to the most important channels for individual cues. A-Layer-assignments cannot be modified by cues.

  • Page 104: Scopes

    You can define which parameters of a cue should be loaded on cue-recall. To open/modify the recall scope, press the button [SCOPE] in the left sidebar of the CUE AUTOMATION screen. Fig. 65 cue recall scope 104 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 105: Fades

    Fade-values will be applied to: • Input-Gains A & B • EQ gains • Threshold, In- and Output-Gain of dynamics • Direct out level • Aux send levels • Matrix send levels • • Fader 105 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 106: Fig. 66 Cue Automation Fade Screen

    To change the fade curve for multiple channels, select the channels by touching on the channel names, then select the fade curve within the matrix panel. Linear curve PAN 3dB Logarithmic curve (typical pan curve). PAN 6dB PAN 9dB EXP 3dB Exponential curve EXP 6dB EXP 9dB 106 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 107: Cue Preview Mode

    Preview Mode”. NOTE: “Cue Preview Mode” provides access to all audio- and cue parameters and functions (e.g. Fades, Global Update…) and will reflect them on the surface without affecting the current audio. 107 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 108: System Preferences

    12 // SYSTEM PREFERENCES Use the SYSTEM PREFERENCES screen to adjust/modify the basic settings of your AVATUS system. On the right selection bar, press [SYS] → [SYSTEM PREFS]. On the left side of the screen you will find the columns CATEGORY and FUNCTION, which will guide you through the sub- menus.

  • Page 109: Spill

    [SPILL]-button again. 12.1.2.2 SPILL settings Use the SYSTEM PREFERENCES screen to adjust/modify the SPILL-settings of your AVATUS system. On the right selection bar, press [SYS] → [SYSTEM PREFS]. To modify the SPILL-settings, press [SURFACE] (category) → [SPILL] (function). Fig. 69...

  • Page 110: Multi-Channel

    If this option is active (green), all other channels will be unassigned from the spill area once [SPILL] is active. A touch on [SOURCE BLOCK] will activate/ deactivate this option for all types of link groups. MUTE GROUP PRJ LINK 110 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 111: Custom Strips

    12.1.3 Custom strips A unique feature of AVATUS is the possibility to design the layout of channel strips according to your workflow and save them as your personal or project related preset. AVATUS provides 8 fully customizable channel strips “CUSTOM STRIPS” which are located in the right selection bar when in regular operation mode.

  • Page 112: Gui Settings

    FUNCTION RESET POPUP is active for the user area DISABLED FUNCTION RESET POPUP is deactivated for the user area SCROLL ROTARY MODULES IN ENABLED/DISABLED Choose between scrolling per module or scrolling in blocks of 4. BLOCKS OF 4 112 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 113: Buttons

    To adjust these settings, navigate/touch [GUI] (category) → [BUTTONS] (function) Options: Elements and functions of the GUI BUTTONS panel ENABLED The button can be operated with a short-press HOLD 2s The button requires along-press DISABLED The button is disabled 113 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 114: Remote Settings

    Up to 8 OSC (Open Sound Control) devices can be pre-configured to be available throughout the system (e.g. in the cue automation). It is possible to remote control AVATUS via OSC. Other devices can be controlled by AVATUS via OSC.

  • Page 115: Web-Viewer

    Up to 6 “quick links” can be defined for the remote viewer. For each connection, enter a name, the address, port, and if a login is required username and password. Fig. 73 The REMOTE → REMOTE-VIEWER screen 115 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 116: User 1/2

    User 1/2 section assignment panel The panel presents 8 blocks which correspond to the 96 faders of the AVATUS system (12 faders each). Use the slider to define the “split point” between USER area 1 and USER area 2. This split point does not have to match any physical surface connected, in fact, you can split within a surface.

  • Page 117: System Info

    Panel SURFACE INFO Shows the software version of the surface. [SAVE INFO] saves information about the system to a network drive on the RMCQ card [SHOW LICENCES] Panel LICENSES Lists currently used licenses 117 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 118: Custom Error Messages

    System info 13.1 // CUSTOM ERROR MESSAGES You can use the NEXUS logic to send custom messages to AVATUS. This is a helpful tool to monitor audio connections whose abscense is technically not a system error (e.g. disconnected MADI connections).

  • Page 119: Metering Screen

    The metering screen is optional (PDISP-D) and can be attached to the surface. AVATUS E AVATUS E doesn’t provide the option to attach a metering screen to the surface. The metering screen can be assigned to the regular control screen on demand.

  • Page 120: Metering Settings

    This assignment is temporary (on demand) and can be used to quickly access the control room and talk levels from any Metering Screen without the need of assigning them to a layer of opening the [CR]-screen. 120 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 121: Cues Within The Metering Screen

    Fig. 79 Metering Screen: Small cue screen The functionality is identical to the “Cue Screen”. For detailed information refer to the corresponding chapter in this manual: Cue automation screen  (see page 96) 121 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 122: Routing Within The Metering Screen

    It is possible to assign a channel to VCA- Link- and Mute-Groups using the metering screen. Step Vizualisation Description To assign a VCA-, LINK- or Mute-Group, touch into the VCA-, LINK- or Mute-Group-area of the corresponding channel in the metering-screen. 122 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...
  • Page 123 Once a channel is assigned to a Group, the membership will be displayed. If a high count of groups is configured, both, the list in the metering screen as well as the list provided by the pop-up can be scrolled vertically. 123 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 124: Detail Views

    Adds the channel to the temp link group [PIN STRIP] If [PIN STRIP] is active, all selected channels will be assigned to this strips' position and its control elements on the surface. 124 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 125: Channel Copy Screen

    Fig. 81 The CHANNEL COPY screen The CHANNEL COPY screen is divided into three panes: • left: parameter selection • center: target channel selection (vertically scrollable) • right: target options (linked channels) 125 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...
  • Page 126 [PANPOT] Selects the current panorama settings [INPUT] Selects the current input selection (A, B, A+B) and the polarity state (180°) [GAIN] Selects the current input gain (AVATUS) [LIMITER] Selects the current limiter settings [COMPRESSOR] Selects the current compressor settings [EXPANDER]...

  • Page 127: Channel Config Screen

    These module reside on a fixed position and cannot be INPUT B Channel Input B moved GAIN A Gainstage A GAIN B Gainstage B SUM & METER INPUT Summingstage A+B Input level meter 127 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...
  • Page 128 These modules can be moved to any position between DIR OUT AF Direct Out After Fader the channel fader and the bus output. TRACK AF Track Out After Fader METER AF After Fader Metering 128 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 129: Channel View Screen

    Sets the level of the input stage to 0db (long-press) [A+B] Activates the summing of Input A and Input B [180°] Polarity reverse of the AVATUS input [L/L] On stereo channels, the left input will be routed to left and right...
  • Page 130 [SC-INP IN] Activates the sidechain input as compressor trigger signal (long-press) [IN] Activates the module [NY COMP] Activates parallel-compression (New York mode) [MEM] Switches to the memory-bank of the compressor module 130 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 131: Channel Labels Screen

    This label will be applied to the channel. The next channel is selected automatically. The CHANNEL LABEL screen is divided into two panels: 131 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...
  • Page 132 Activate [ADD TO LIB] to add entries to the channel library. To add entries, select a library class and press on the channel label you want to add. [A=B] If [A=B] is active, any label applied to an A-Input will also be applied to the B-Input. 132 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 133: Channel Library Screen

    To add another/more contents to an existing preset-folder, select the source channel from the left and the desired destination preset-folder and press [NEW CONTENT]. The button [OVERWRITE] updates selected contents. Labels for presets and contents can be changed through a long press at any time. 133 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 134: Fig. 86 Channel Library - Content

    When selecting multiple presets, the content list is filtered down to contents that have the same name in each preset. [NEW CONTENT], [OVER-WRITE] and [LOAD] always effect all contents and channels that are selected at that time. Through a longpress on the Button [DELETE], selected presets or contents are deleted. 134 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 135: Remote Library Recall

    Importing presets or contents from a template-file into the project-library work the same way as exporting presets and/or contents. 15.1.5.1 Remote Library Recall Note: this feature is available starting with AVATUS Version 1.21. It is possible to recall up to 32 entires of the channel library to selected channels via Ember+. To configure the “Remote Library”, open the “Detail View”...
  • Page 136 Now, for both channels, select the preset “Hosts”. This will allow you to recall any of the hosts to one of the two channels. Your remote library settings should look like this: 136 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...
  • Page 137 The screenshot below shows the content “Sarah” applied to channel 1 and the content “Frank” applied to channel 2: Note: The Remote Library Recall will always recall channel settings according to the recall scope set in the content. 137 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 138: Input Detail View

    Detail views 15.2 // INPUT DETAIL VIEW You can control AVATUS- and NEXUS input parameters from within the INPUT detail view. Fig. 89 detail view: INPUT screen The screen is divided into three panes: • left: Arc indicator pane (corresponds to encoders) •...
  • Page 139 Detail views Parameters of the AVATUS input stage pane [A+B] Activates the summing of Input A and Input B [GEN INT] Activates the internal generator on the selected channel (long-press) [180°] Polarity reverse of the AVATUS input [LIN] Sets the level of the input stage to 0db (long-press)

  • Page 140: Equalizer Detail View

    Detail views 15.3 // EQUALIZER DETAIL VIEW AVATUS offers a comprehensive 10 band equalizer. The features are: • 4 full-parametric EQ bands. • Adjustable shelving filters for low- and high frequency • two adjustable high- and low-cut filters •...

  • Page 141: Panorama Detail View

    To select a panning position, simply use the touch-screen to place the signal (orange dot) within the surround field. Adjust VERTICAL LAYER, Low Frequency Effect and Divergence by using the sliders. You can also adjust the position by using the arc-controls or the encoders. 141 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 142: Bus Routing Detail View

    To route a channel to a bus, select the type in the “BUS TYPE” panel. The BUS DEVICES list will populate with the busses of the selected type. Now press the bus you want the signal to be routed to. 142 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 143: Bus Devices

    15.5.1 Reverse Routing Note: this feature is available starting with AVATUS Version 1.21. A fast way to modify the bus routing (GRP, SUM, MTX, TRK) or to show a contribution to a bus (AUX, AMX) is to use the [REVERSE] function in the “BUS ROUTING”...

  • Page 144: Auxiliaries Detail View

    Detail views 15.6 // AUXILIARIES DETAIL VIEW The AUXILIARIES detail view provides access to control the auxilliary-sends of AVATUS. Fig. 94 detail view: AUXILIARIES screen The screen is divided into three panes: • left: Arc indicator pane (corresponds to encoders) •...
  • Page 145 Mutes the selected aux send [PRE] Changes the pick-off point of the selected aux to pre fader [0 dB] sets the send-value of the selected aux send to 0db [VCA BYP] currently not implemented 145 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 146: Matrix Detail View

    Detail views 15.7 // MATRIX DETAIL VIEW The AUXILIARIES detail view provides access to control the auxilliary-sends of AVATUS. Fig. 95 detail view: MATRIX screen The screen is divided into three panes: • left: Arc indicator pane (corresponds to encoders) •...

  • Page 147: Off-Air Conference Matrix

    X-axis the matrix busses. Each input corresponds to a matrix bus, assuming this matrix bus is the feed to the talent. You can define various sizes of the off-air matrix. Elements and functions of the OFF AIR CONFERENCE MATRIX SIZE Define the size of the conference matrix: 2x2, 4x4, 8x8 or 16x16. 147 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 148: Bus Masterfader Panel

    Isolates the mute of the matrix bus from the cue automation, values will still be stored on [NEW CUE] or [UPDATE CUE] [ISO LABEL] Isolates the label of the matrix bus from the cue automation, values will still be stored on [NEW CUE] or [UPDATE CUE] 148 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 149: Set Individual Levels

    To return to the normal view, press the inputs' name field again (2 seconds). Fig. 97 conference matrix: individual crosspoint levels Note: In order to access the master level of a matrix bus (right fader) the “individual fader panel” must be inactive. 149 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 150: Compressor Detail View

    (highlight blue if selected. Adjust the ration by swiping clockwise [+] or counter clockwise [-]. The output level can be adjusted by moving the blue line upwards or downwards. Gain-Reduction Shows the applied gain reduction in real-time 150 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 151: Expander Detail View

    Parameters of the arc indicator pane Adjust the parameter (ATTACK, PRE DELAY, RELEASE, HOLD, RATIO, DEPTH, THRESHOLD, OUTPUT) ATTACK Attack time of the expander PRE DELAY Look-ahead time RELEASE Release-time of the expander HOLD Hold-time 151 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...
  • Page 152 Switches to the memory-bank of the expander module [SAVE] Saves the current settings into the memory bank [ISO] Isolates the expander from the cue automation, values will still be stored on [NEW CUE] or [UPDATE CUE] 152 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 153: Limiter Detail View

    [GPI] Activates th assigned GPI as limiter sidechain (longpress). The limiter uses the incoming GPI signal (0dBfs) for input detection. This option can only be activated for one of the dynamic modules 153 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 154: Esser Detail View

    Frequency of operation THRESHOLD Threshold of the de-esser Parameters and functions of the graphical display pane THRESHOLD (Fader) Threshold of the de-esser Gain-Reduction Shows the applied gain reduction in real-time [IN] Activates the de-esser 154 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...
  • Page 155 Switches to the memory-bank of the de-esser module [SAVE] Saves the current settings into the memory bank [ISO] Isolates the de-esser from the cue automation, values will still be stored on [NEW CUE] or [UPDATE CUE] 155 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 156: Side-Chain Filter Detail View

    “yellow”) and swipe clockwise/counterclockwise to change Q. [SC-FILT IN] Activates the SIDECHAIN FILTER module [SC-INP IN] Activates the sidechain-input of the assigned dynamic module [SC LISTEN] Press [SC LISTEN] to listen to the sidechain signal 156 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 157: Delay/Insert/Direct Out Detail View

    [DELAY ON] Activates the channel delay [S-DLY] Switches the delay-unit/mode: • milliseconds/meters/frames • samples [ISO] Isolates the delay from the cue automation, values will still be stored on [NEW CUE] or [UPDATE CUE] 157 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 158: Control Groups Detail View

    The following parameters can be linked for LINK-, STEREO- and FIXED LINK groups: Parameter Description [FADER] Links the channel fader [MUTE] Links the channel mute [MUTE GROUP] Links the mute group assignments 158 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 159: Link Groups

    (odd/even channels) in this menu. Parameters and functions of STEREO GROUPS [STEREO] Links the channel to it’s neighbor-channel (odd/even) to a stereo-group (stereo channel) [2 CH] not implemented yet 159 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 160: Mute Groups

    Activate or deactivate a MUTE GROUP. Activated groups are highlighted with a red background. [ISO] Isolates the MUTE GROUP from the cue automation, values will still be stored on [NEW CUE] or [UPDATE CUE] 160 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 161: Fixed Link Groups

    The position of this metering point can be modified. More information: Channel config screen  (see page 127) [MEM] [MEM] holds the channel meter on the max. peak level. (from system startup or since last reset). 161 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...
  • Page 162 If [HOLD] or [MEM] is active, [AUTO RES] will automatically reset the peak indicator in the meter every 3 seconds. Loudness Metering / EBU R128 (available on all Groups and Sums) „Momentary Loudness“ measurement „Short Term Loudness“ measurement „Integrated“ measurement [ARROW] Start and stop integrated measurement. 162 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 163: Map Channel Parameters To Encoders

    Encoder 2 LOW CUT of the XMIC input (if present/routed on channel) Encoder 3 GAIN of the XMIC input (if present/routed on channel) Encoder 4 (lower) INPUT gain of the channel 163 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...
  • Page 164 HI-SHV - Gain (top), HI-SHV - Freq / HF - Q (bottom) Encoder 2 unassigned Encoder 3 unassigned Encoder 4 (lower) LO-SHV - Gain (top), LO-SHV - Freq / HF - Q (bottom) 164 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...
  • Page 165 Encoder column 5 is mapped to channel pan. Pan can be activated [PAN ON] in the metering screen Miniature (metering Panning screen) Encoder 1 (upper) Divergence (top) Encoder 2 LFE send (top) Encoder 3 FRONT-BACK (top), VERTICAL (bottom) Encoder 4 (lower) LEFT-RIGHT (top) 165 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...
  • Page 166 Encoder column 7 is mapped to channel expander. The expander can be activated [EXP IN] in the metering screen Miniature (metering Expander screen) Encoder 1 (upper) ATTACK (top), PRE-DELAY (bottom) Encoder 2 RELEASE (top), HOLD (bottom) Encoder 3 RATIO (top), DEPTH (bottom) Encoder 4 (lower) THRESHOLD (top), OUTPUT (bottom) 166 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...
  • Page 167 Encoder column 9 is mapped to channel de-esser. The de-esser can be activated [DE-ES IN] in the metering screen Miniature (metering none screen) Encoder 1 (upper) unassigned Encoder 2 QUALITY (top) Encoder 3 FREQUENCY (top) Encoder 4 (lower) THRESHOLD (top) 167 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...
  • Page 168 Encoder column 11 is mapped to channel delay, inser and direct out. The direct out can be muted [DIR MUTE] and the delay can be activated [DLY IN] in the metering screen Miniature (metering none screen) Encoder 1 (upper) unassigned Encoder 2 unassigned Encoder 3 DIR OUT GAIN (top) Encoder 4 (lower) DELAY ms (top) 168 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...
  • Page 169 To return to the regular channel mapping, press (se-select) [ALL AUX] again. Mono sends Top Encoder Aux X gain Bottom Encoder Aux Y gain Stereo sends Top Encoder Aux X gain Bottom Encoder Aux X pan 169 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...
  • Page 170 To change the pre/post behavior of a matrix send, touch on the matrix send in the metering screen and press [PRE]. To change the mute state of a matrix send, touch on the matrix send in the metering screen and press [MUTE] 170 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 171: System Integration

    “RSTP per VLAN” / “MSTP” is required. By default, the RMCQ-card holds a DHCP-server and takec care of address management for a single AVATUS system with multiple surfaces attached. These default settings do not apply for configurations with multiple AVATUS-systems located in the same network.

  • Page 172: Network Setups And Configurations

    Networks containing a single AVATUS console with one surface In setups with a single AVATUS console and a single surface, the surface can be connected directly to the surface network interfaces of the RMCQ-card using either Cat5e (or better) or fiber optical cables.

  • Page 173: Multi-Console Setup

    AVATUS surface network A (dedicated) • AVATUS surface network B (dedicated) For the AVATUS surface VLANs, RSTP per VLAN must be active! If inactive, spanning tree will shut down one interface of the redundant surface connections (identical MAC addresses). Fig. 110 AVATUS network - one console, multiple surfaces VLANs 17.1.3.2 Multi-Console setup...

  • Page 174: Layer-3 Routed Setups

    System Integration 17.1.3.4 Layer-3 routed setups AVATUS is designed to able to exist within Layer-3-routed network environments. Like any other network component, AVATUS has some requirements and system integration must be carefully planned and executed. Please consult STAGETEC for further information.

  • Page 175: File Exchange Via Smb Share

    17.2 // FILE EXCHANGE VIA SMB SHARE AVATUS provides file access via the SMB networking protocol. It allows you to exchange files with the AVATUS RMCQ card which holds PROJECTS, CONFIGs, USER data and LOGFILES. Each file-type is located in a seperate folder/network drive. You can use the SMB file transfer to backup/archive your files to backup servers, share user templates or projects between consoles or to update your configurations and NEXUS descriptions.

  • Page 176: Connect Via Smb Using A Mac

    If you connected to the root-folder, select the folder you want to connect to. To make it easier to connect to AVATUS in the future, select “Remember this password in my keychain” to add your user name and password for AVATUS to your keychain.

  • Page 177: Remote Control

     (see page 54) 17.3.3 RAS The RAS-protocol is a proven protocol which provides access to a limited set of AVATUS features (such as fader, mute). It can be used for basic automation purposes. AVATUS communicates via port 18512. For further information and assistance on implementation, please contact the STAGETEC service department.

  • Page 178: Tools For System Integrators

    While it was always possible to statically exclude inputs and outputs from the AVATUS I/O routing page, it is now possible to change the I/O’s available to the operator dynamically, managed by the user, by the system administrator or a broadcast control system.

  • Page 179: Web-Browser Operation

    Follow the instructions here: Layer assign screen  (see page 69) The layers of the RUI can be assigned from the AVATUS surfaces' GUI under the block [RUI LAYERS] under [SYS] → [LAYER]. 179 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 180: Mixing Page

    RUI. In default mode, this function is deactivated [Layer 1-8] Switches between layers. [User Layer] The [User Layer] provides an additional layer whose channels can be assigned through the RUI. [Inputs] Shows all input channels [VCA] Shows all VCA’s 180 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 181: Detail View Page

    Elements and functions of the module screen All elements and functions The elements and functions of the module screen are identical to the ones on the surfaces' GUI. Refer to Detail views for further explanation  (see page 124) 181 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 182: Configuring The System

    18.2 // CONFIGURING THE SYSTEM The AVATUS web interface also provides extensive system configuration functionalities. You can add surfaces to consoles, change their block-position within the 96-fader range, modify network settings. The AVATUS web-based AVATUS CONSOLE MANAGER (ACM) is a modern tool that allows extensive configurations right from a web-browser.
  • Page 183 Activate or deactivate the internal DNS- and DHCP-server for interface 1 (surface network). NOTE: by default, AVATUS will provide it’s own DHCP and DNS server fpr the surface network. If multiple RMCQ cards reside within the same subnet/network, this setting MUST be changed.

  • Page 184: Updating The System

    Open the AVATUS web-interface, [LOGIN] as “sysadmin”, go to [SYSTEM] → [UPDATE] Click on [UPLOAD UPDATE FILE] and select the file *.run from within the update package. The File will be uploaded the AVATUS will verify it’s integrity. During the file upload, you can cancel the update by clicking in [Uploading … Click to abort] If the upload is completed, a confirmation dialog will appear.

  • Page 185: Mac Software

    19 // MAC SOFTWARE AVATUS can be controlled by software, running on MAC OS. This software can act either as additional GUI in online operation, or it can be used to create and edit your projects offline. The software is distributed with the regular update-packages.

  • Page 186: Windows Software

    20 // WINDOWS SOFTWARE AVATUS can be controlled by a windows software. This software can act either as additional GUI in online operation, or it can be used to create and edit your projects offline. The software is distributed with the regular update-packages.

  • Page 187: Web Viewer

    Web Viewer 21 // WEB VIEWER AVATUS provides a built-in WEB VIEWER to access browser based control interfaces (such as the web-interface of NEXUS compact). The WEB VIEWER can be assigned [EXT] button in the right side control pane. To assign (and open) the WEB VIEWER, longpress the [EXT] button and select [WEB VIEWER].

  • Page 188: Remote Viewer

    22 // REMOTE VIEWER AVATUS provides a built-in “REMOTE VIEWER” to provide access to desktops of computers using the Remote Desktop Protocol (RDP). Clients for RDP exist for most operating systems. By default, RDP utilizes TCP and UDP port 3389. The remote computer must be reachable from the RMCQ’s control network interface.

  • Page 189: Appendix

    Appendix 23 // APPENDIX 23.1 // OSC COMMAND LIST OSC commands available in AVATUS (find explanations below): address type /ava/solo/[1-2]/reset bool /ava/pfl/[1-2]/reset bool /ava/cr/[1-2]/fader/dim bool /ava/cr/[1-2]/mute bool /ava/cr/[a-d]/mute bool /ava/cr/[a-d]/talk /ava/talk/[1-2]/out/in_[a-c] bool /ava/{input,group,sum,aux,track,mtx}/[0-9]+/stereo bool /ava/{input,group,sum,aux,track,mtx}/[0-9]+/v/[1-2]/label string, („/v/[1-2]“ defines Inp. A or B)
  • Page 190 L/R on a stereo channel L to both on a stereo channel R to both on a stereo channel Toggle Input A/B (0=A / 1=B) gain phantom power (XMIC only) fader value 190 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...
  • Page 191 (select channel, select send) set mute group state receive mute group state sends cuelist commands, possible values are "go”, ”stop”, “next”, “prev" aux-/mtx-to-fader shall be activated for the corresponding send (1-128) disable aux-/mtx-to fader mode 191 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 192: Nexus Equipment And Avatus

    Appendix 23.2 // NEXUS EQUIPMENT AND AVATUS An “EQUIPMENT” is a group of NEXUS inputs, outputs or in- and outputs, which can be freely configured to be handled as one. This feature provides a better overview of the I/O’s and helps with switching large numbers of crosspoints. To follow these instructions, basic knowledge of the Matrix software is required.

  • Page 193: Exporting Equipment Configurations

    To export a configuration: click on [ACTIVATE CONFIGURATION], your equipment will not appear within the “Equipment Matrix” To make this configuration available to AVATUS, export the equipment with the [SAVE] button. Follow the instructions under “Equipment in AVATUS” 23.2.1.2 Equipment Matrix To open the Equipment Matrix, open the Matrix program and go to “Extras”...

  • Page 194: Equipment In Avatus

    Appendix 23.2.2 Equipment in AVATUS 23.2.2.1 Importing Equipment To import equipment into AVATUS, connect to the RMCQ’s network drive via SMB as described here: File exchange via SMB share  (see page 175) Next, copy the file “equipment.eqf” into the “config”-folder and restart the RMCQ (via Web-GUI or power-cycling).

  • Page 195: Network Setup Examples

    Appendix 23.3 // NETWORK SETUP EXAMPLES AVATUS doesn’t require a particular manufacturer or type of switch, this chapter describes the setup of certain common switches in standard environments. NOTE: Setting up a network can be complex. The configurations described in here refer to the exact setup described in the example. Adding devices or expanding the infrastructure might require other/further settings and configurations.

  • Page 196: Luminex Gigacore 30I

    Interconnect the switches (using the default “ISL” trunk) Create Groups Create Trunk Assign Groups and Trunks to Ports Reconnect to the new trunk ports Disable RLinkX on ports that belong to surface network 196 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 197: Fig. 121 Araneo: Setting Up Groups

    To configure the groups, go to [Configure] → [Group/Trunk settings] and select [Groups]. To add a group, click on [+] in the “Custom Groups” section. Select a color, name the group, leave all other settings unchanged. Confirm with [Add]. Repeat these steps until all groups are created. For AVATUS, the mandatory groups are: • Control •...

  • Page 198: Fig. 122 Araneo: Configuring Trunks

    The second switch could be located at a control room and provides access to the the AoIP-Network (Ports 1,3 / 5/7), the surface network (2,4 / 6,8) and to the control network (19-24). Ports 29 and 30 are used for the Trunk connecting the main switch. An AVATUS surface located in the control room would be connected (e.g.) to port 2 and 6.

  • Page 199: Fig. 125 Araneo: Deactivating Rlinkx On Surface Ports

    Araneo: deactivating RLinkX on surface ports The RMDQ-Card has to be shown with two green connections: Fig. 126 Araneo: correctly configured RMCQ-card The AVATUS surface has to be shown with two green connections: Fig. 127 Araneo: correctly configured surface ports 199 // OPERATORS MANUAL...

  • Page 200: Fig. 128 Araneo: View Of A Properly Configured Network

    Appendix A properly configured network should appear as follows: Fig. 128 Araneo: view of a properly configured network 200 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 201: Cisco Sg350 / Cbs350

    Setting up the network In this example the web-GUI will be used and only the settings required for AVATUS will be described. For ST-2110 / AES67 related settings, please consult a network expert. To configure a Cisco SG350 or CBS350, proceed as follows:...

  • Page 202: Sg350: Basic Switch Settings

    23.3.2.2 SG350: Spanning Tree If both redundant ports of the AVATUS surface network are connected to the same switch and two VLANs are used, adjustments of the spanning tree settings are required. Since both interfaces use the same mac-address, spanning tree will deactivate one interface by default.

  • Page 203: Sg350: Vlans

    Appendix 23.3.2.3 SG350: VLANs AVATUS requires three VLANs: the control network, and two VLANs for the redundant surface network. If redundancy it archived by separated switches, only one surface VLAN is required. A typical configuration can look as follows:...

  • Page 204: Fig. 135 Sg350: Assigning Ports To Lag

    SG350: Multicast The discovery mechanisms of AVATUS requires the multicast group 232.23.5.17 to be added manually. Switch the “Display Mode” of the Web-GUI to [Advanced]. Go to “Multicast” → “IP Multicast Group Address”. At the bottom of the list, click on “Add…].

  • Page 205: Redundancy Options

    23.4.1 NEXUS redundancy The NEXUS is designed for reliable operation. AVATUS (as part of the NEXUS network) unitizes all redundancy features provided by nexus. For example, the individual ports on fiber-optic interface boards are largely independent from each other: when one port on an interface board fails, chances are that the other port will continue operation.

  • Page 206: Rmdq Redundancy

     (see page 73) IMPORTANT NOTE: It is strongly advised not to save an AVATUS project while DSP redundancy is active. Replace the defective DSP cards and use the [MOVE BACK] button to restore your data before saving your project. 23.4.3 RMCQ spare card It is possible to house a spare RMCQ-card within an unused/unconfigured slot in a star router.

  • Page 207: Automatic And Manual Switching

    With the XMUX board this is easy! Several fiber lines are routed from the stationary NEXUS base device to the locations in question and the mobile base device (or AVATUS surface) is connects to a port at the multiplexer card which is automatically recognizing the line used.

  • Page 208: Mirroring Console Operations

    23.4.7.1 Editors note on failsave- and redundancy tests It’s never been reported that a NEXUS card (any type) fell out of the frame on it’s own. STAGETEC also guarantees it will never happen. A lot of STAGETEC’s NEXUS cards have built in failsave-mechanisms, designed to avoid the total failure of an entire card. Pulling an entire (mixing console) card out of a NEXUS frame during runtime is not a valid test case.

  • Page 209: Failure Of Nexus Interconnections

    (STP, RSTP), this can result in a short loss of audio and control, anywhere from a few milliseconds to several seconds. Note: it is strongly recommended not to operate AVATUS surfaces in that mode. For more information on setting up the network, refer to: Network setup & requirements  (see page 171)

  • Page 210: Failure Of System Components

    In case a PSU of NEXUS will fail, NEXUS and AVATUS will continue to work properly. Both will provide an error message to the user. Failure of a power supply (AVATUS) In case a PSU of an AVATUS surface will fail, the surface will continue to work properly. AVATUS will provide an error message to the user. 23.4.7.5 Failure of system components Failure of (any) NEXUS I/O-card In case an I/O-card of NEXUS fails, only the I/O’s of this particular card will stop operating.

  • Page 211: External Connections (Pinouts)

    Appendix 23.5 // EXTERNAL CONNECTIONS (PINOUTS) 23.5.1 AVATUS surface 23.5.1.1 GPIO Fig. 138 AVATUS surface GPIO pinout 23.5.1.2 AES3 level meter outputs Fig. 139 AVATUS surface level meter pinout 211 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 212: Rmcq

    23.5.2 RMCQ 23.6 // SURFACE CONNECTION PANELS 23.6.1 AVATUS S, AVATUS E (any size) Standard rear panels Surfaces AVATUS S and AVATUS E are by default equipped with the following connection panels: 212 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...
  • Page 213 Appendix 213 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...
  • Page 214 Appendix Optional “Rugged I/O”-panels The optional “Rugged I/O panels require an additional order code: 121468–PIORUG-A 214 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...

  • Page 215: Avatus C (12, >24)

    Appendix 23.6.2 AVATUS C (12, >24) Due to it’s compact format, AVATUS C-12 uses different connection panels. AVATUS C is by default equipped with “Rugged I/O”. Other panel options are not available for AVATUS C. AVATUS C >24 215 // OPERATORS MANUAL...

  • Page 216: Avatus D (12)

    Appendix 23.6.3 AVATUS D (12) AVATUS D-12 is available with the standard panels or the optional “Rugged I/O” panels. 216 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...
  • Page 217 Appendix 23.6.4 AVATUS D (>24) AVATUS D surfaces (>24) are available with the standard panels or the optional “Rugged I/O” panels 217 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...
  • Page 218 Appendix 23.7 // DIMENSIONS AVATUS S AVATUS E 218 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...
  • Page 219 Appendix AVATUS C 219 // OPERATORS MANUAL MIXING CONSOLE | AVATUS...
  • Page 220 Fig. 37 Various meters of groups and sums with different loundness metering setting ............53 Fig. 38 Configuring a relay input as source for an AVATUS GPI.................... 56 Fig. 39 AVATUS GPO used as source in a NEXUS logic cell ....................56 Fig. 40 Control Room Screen (active selection of CONTROL ROOM SOURCE)................ 61 Fig.
  • Page 221 Fig. 73 The REMOTE → REMOTE-VIEWER screen ......................115 Fig. 74 User 1/2 section assignment panel .........................116 Fig. 75 SYSTEM INFO screen .............................117 Fig. 76 NEXUS logic: send an error message to AVATUS ....................118 Fig. 77 Channel meter ...............................119 Fig. 78 Metering Screen: Large cue screen........................121 Fig.
  • Page 222 Fig. 108 AVATUS network - one console, one surface ......................172 Fig. 109 AVATUS network - one console, multiple surfaces ....................172 Fig. 110 AVATUS network - one console, multiple surfaces VLANs ..................173 Fig. 111 AVATUS network - multiple switches........................173 Fig.
  • Page 223 STAGETEC GmbH Tabbertstraße 10-11 | 12459 Berlin | Germany T. +49 (0) 30 / 63 99 02 0 sales@stagetec.com www.stagetec.com...

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