The MCXD Desktop User Station¶

The Green-GO MCXD Desktop Station provides direct access to up to 32 high quality, low latency channels or functions over two pages of 18 fields. Controlled via 3 color TFT touchscreens indicating the name, volume level, and status of a channel or function. With 18 associated multicolor push-buttons controlling each channel's screen features; Talk, Listen, Call, or Cue depending on which function is selected. A multifunction encoder allows for easy volume adjustments and menu control.

Audio is presented through a front mounted XLR3F MIC connector (stalk microphone not included) and integrated loudspeaker or rear mounted XLR4M HEADSET connector (headset not included). The back panel includes two Ethernet LAN ports with an internal 10/100 Mbps switch and PoE power input, a 12V DC connector for an optional power supply, a set of 4-wire (1x in, 1x out) and a D-SUB 9 GPIO connection (2x in, 2x out).

The additional Green-GO MCXEXT Rack Extension or MCXDEXT Desktop Extension operates as a slave device to the MCXD. Up to 9 Green-GO Multi-Channel Rack or Desktop Extensions can be daisy-chained to one MCXD Desktop Station.

What's in the Box?¶

The Green-GO MCXD Desktop Station comes with the following package contents:

• 1 x Green-GO MCXD desktop station
• 1 x Printed quickstart guide

Device overview¶

Front panel¶

18 Multicolor Buttons

The 18 multicolor Buttons are primarily used to open a channel for voice communication or to control a function. As a secondary function, the multicolor buttons serve as a status indicator with their back-light.

3 TFT Touchscreens

Status information on channels or functions is presented to the user in a clear and compact manner on three full-color TFT touchscreens. Each display provides easy access to a bank of six freely configurable channels or functions.

1 Setup Button

The Setup button mainly provides easy access to the setup menu.

1 Shift Button

The Shift button accesses a second layer for channel or function operation.

1 Multifunction Encoder

The multifunction Encoder allows for rotation and clicks and is mainly used to navigate the setup menu or control specific functions like volume control.

1 Front Speaker

The MCXD desktop station comes with an internal 2-watt loudspeaker.

1 Neutrik XLR3-Female Microphone Connector

The XLR3 female microphone connector optionally supplies microphones with up to 10 V of power.

Back panel¶

1 12V DC Barrel Connector

The 12V DC barrel connector serves as the secondary power input and can be used with an optional power supply.

1 D-Sub 9 GPIO Connector

A GPIO D-Sub9 connector serves two in- and outputs for external control interfacing.

1 Neutrik XLR3-Female Line-Input

The balanced XLR3 male line-input connector allows injecting analog audio signals via groups into a Green-GO intercom system.

1 Neutrik XLR3-Male Line-Output

The balanced XLR3 female line-output connector allows extracting analog audio signals from a group to external receivers.

1 Neutrik XLR4-Male Headset Connector

It is possible to connect any headset to the XLR4 male connector. The built-in amplifier supports an impedance range from 32 to 600 Ω.

1 2-Port 10/100 Mbps Neutrik EtherCON Switch

A 2-port 10/100 Mbps network switch with Neutrik EtherCON connectors. The first network port LAN 1 accepts PoE (IEEE 802.3af) and is the primary power input for the device.

The user interface¶

To explain the user interface, you can divide and present it into three main areas: Channel and function control, setup and layer control, and lastly, the audio hardware consisting of the speaker and connectors for a microphone and headset.

Channel and function control¶

The first and most prominent area comprises the three blocks consisting of six Touchscreen sections and six multicolor Buttons.

Each button and corresponding touchscreen section are directly linked and show channel or function information and status.

The button and related touchscreen section's function is freely configurable to accommodate every user or situational need.

Channel display¶

When linked to a channel, the touchscreen section displays the following information:

Channel Status

The red X indicates that the Green-GO Engine can't reach any remote device for the configured channel target.

Channel ID

This shows the ID of the channel. Usually, a user has access to channels 1 through 32.

Display Name

The name or display name of the channel target (user or group).

Channel Color

The channel color is defined by the channel target (user or group).

Channel Volume

The current channel volume level.

Setup and layer control¶

Next are the Setup button, Shift button, and multi-function Encoder. All serve in one way or another the function of configuring the device or user interface.

The Setup button gives direct access to the setup menu. The Shift button's main function is to switch between two operational layers of channel and function control. The multi-function Encoder allows to adjust the volumes, navigate the menus of the device, and more.

Configuring the user interface¶

The MCX rack and MCXD desktop station user interface is highly configurable: Any function or channel can be assigned to any Button and its designated Touchscreen section.

Setup Menu
└──> Device
    └──> Button Page 1/2

The channel Flexlist¶

The Flexlist is a new UI concept introduced with Green-GO 5.

The function essentially enables the user to quickly change a channel's communication target to a set of 20 pre-defined destinations (users and groups). This allows comfortable and easy control over more channels on devices with limited or crammed user interfaces.

The Flexlist items can be added and configured either directly in a device's User Settings setup menu or with the help of the software.

The Flexlist is enabled on a per-channel basis by configuring a channel's Channel Mode to Flex. Doing so on multiple channels gives independent access to the same Flexlist.

Setup Menu
└──> User
    └──> Settings
        ├──> ...
        └──> Flexlist # (1)!
            ├──> ...
            └──> - Add - # (2)!

Setup Menu
└──> User
    └──> Channels
        └──> CH #
            ├──> ...
            └──> Channel Mode: Flex # (1)!

Changing a channel's destination¶

Changing a channel's destination with the flex by touching the channel's Touchscreen section while the Screen Function is set to Listen.

This brings up the Flexlist selection menu that can be navigated by rotating the Encoder. A new channel destination is chosen by clicking the Encoder.

Functions¶

The MCXD desktop station comes with a set of useful default functions that can be assigned to any Button and its Touchscreen section.

General functions¶

Screen function switches¶

The MCX rack and MCXD desktop station can be operated in three modes that primarily dictate a Touchscreen section's operation. These functions allow for switching between the three modes of operation: Listen, Call, and Cue.

Communication controls¶

Volume controls¶

These functions generally allow for volume control with the help of the Encoder.

The line in-/out engine¶

The MCXD desktop station comes with a secondary general purpose Green-GO Engine for the line in- and output that provides independend operation with a limited function set.

The line in- and output can be used to import external audio to a group or export a group to the line output.

Alternatively, the line in- and output can be used for the in- and output of the user's Green-GO Engine.

Line Input¶

The line-input allows for transmitting audio through a group to other users in the system. A simple use case for the analog audio line-input on the back of the device would be external analog program audio that needs to be transmitted to multiple users in the system without the need for a dedicated audio interface.

The audio settings and destination (group) of the audio signal can be configured in the device settings.

Setup Menu
└──> Device
    └──> Line In/Out
        └──> Line In
            ├──> Assign # (1)!
            ├──> Gain # (2)!
            ├──> Compressor # (3)!
            ├──> Gate Threshold # (4)!
            └──> Gate Hold # (5)!

Setup Menu
└──> Audio
    └──> Audio Profile 1/2
        └──> ...
        ├──> Source: Line In # (1)!
        └──> ...

Configure the line-input¶

Set the destination¶

To use the line-input to import an external audio source into the Green-GO system, we need to assign a Group that transmits the audio signal.

Setup Menu
└──> Device
    └──> Line In/Out
        └──> Line In
            ├──> Assign: # (1)!
            └──> ...

Level the input signal¶

Next, the input signal should be leveled to a peak value around the 0dB mark using the VU-meter on the right side of the line-in setup menu.

It is highly recommended to disable the Gate Threshold and the Compressor during this process to achieve the best results.

Setup Menu
└──> Device
    └──> Line In/Out
        └──> Line In
            ├──> ...
            ├──> Gain # (1)!
            ├──> Compressor: Off # (2)!
            ├──> Gate Threshold: Off # (3)!
            └──> ...

Compressor and gate¶

The Compressor can be enabled if the dynamic input signal range is too high and the signal clips regularly.

The Gate Threshold acts as a noise-gate and can be activated to avoid transmitting background noise. Adjust this setting carefully to avoid blocking voice communication.

Setup Menu
└──> Device
    └──> Line In/Out
        └──> Line In
            ├──> ...
            ├──> Compressor # (1)!
            └──> ...

Setup Menu
└──> Device
    └──> Line In/Out
        └──> Line In
            ├──> ...
            ├──> Gate Threshold # (1)!
            └──> Gate Hold # (2)!

Configure the line-in as user input¶

It's possible to use the line input as user audio input. This can be useful to integrate an external microphone or audio source in the user's workflow.

To achieve this, we have to adjust the Source in one of the two available audio profiles. When configured, the input will be routed to the user's input and a potentially configured group.

Setup Menu
└──> Audio
    └──> Profile (n)
        ├──> ...
        ├──> Source: Line In # (1)!
        └──> ...

Line output¶

The line output allows to output the communications of a group to an external receiver. A simple use case could be an announcement channel that needs to be transmitted via external speakers to a larger audience.

In addition, the line output can be used to connect a more powerful active speaker as the user's output.

Setup Menu
└──> Device
    └──> Line In/Out
        └──> Line Out
            ├──> Assign # (1)!
            ├──> Level # (2)!
            ├──> Limiter # (3)!
            └──> Loopback # (4)!

Setup Menu
└──> Audio
    └──> Audio Profile n
        ├──> ...
        ├──> Line Out Level # (1)!
        └──> ...

Configure the line-output¶

The configuration for the line-output can be done in the Device setup menu.

Set the source¶

We need to Assign a group to route its communications to the line-output.

Additionally, we can route the signal of the line-input to the line-output using the Loopback setting.

Setup Menu
└──> Device
    └──> Line In/Out
        └──> Line Out
            ├──> Assign # (1)!
            ├──> ...
            └──> Loopback # (2)!

Level the output signal¶

Next, the output signal needs to be leveled to a peak value around the 0dB mark using the VU-meter on the right side of the line-out setup menu..

It is highly recommended to disable the Limiter during this process to achieve the best results.

Setup Menu
└──> Device
    └──> Line In/Out
        └──> Line Out
            ├──> ...
            ├──> Level # (1)!
            ├──> Limiter: Off # (2)!
            └──> ...

Configure the line-out as user output¶

It's possible to route the user's channel mix via the line-output. This can be useful for connecting more powerful speakers or integrating the device into existing setups.

To route the user's channel mix to the line-output, we have to adjust one of the user's audio profiles. The routing can be configured by modifying the property Line Out Level.

Setup Menu
└──> Audio
    └──> Audio Profile n
        ├──> ...
        ├──> Line Out Level # (1)!
        └──> ...

The general purpose input/output¶

The rear panel GPIO connector enables external switches to initiate commands on the linked Green-GO Engine and also allows the device to set off external switch-controlled events using conditions such as active, talk, call, cue, etc.

The D-Sub 9 GPIO connector features two inputs and two outputs with the following pin-outs:

Each D-Sub 9 GPIO connector is directly linked to one Green-GO Engine and its associated user.

Pin 1 offers 5 Volts of power with a maximum output current of 200mA.

Pins 6 and 7 offer common general-purpose ground.

General purpose inputs¶

Using the general-purpose inputs, it is possible to trigger local commands on the users Green-GO Engine. Allowing for external control over the users' channels and communication.

The inputs can be set to either Normally Open or Normally Closed. If set to Normally Open, the configured function will be executed whenever the switch is closed. If set to Normally Closed, the configured function will be executed whenever the switch is open.

The inputs actuate with contact to the ground, with a max. +5V open voltage.

Setup Menu
└──> Device
    └──> GPIO
        └──> Input 1/2
            ├──> Function # (1)!
            ├──> Channel # (2)!
            ├──> Normaly # (3)!
            └──> Status # (4)!

Available input functions¶

Talk

Opens a defined channel for outgoing voice communications. This function will actuate for as long as the contacts are not in the normal state (momentary).

Call

Allows sending a call signal to a defined channel. This function will actuate for as long as the contacts are not in the normal state (momentary).

Cue Acknowledge

Allows replying to an incomming attention cue signal on any or on a defined channel with an acknowledment, setting the cue signal to ready. This function will trigger with the first pulse on the input (toggle).

Cue Abort

Allows aborting any outgoing cue signal on any or a defined channel. This function will trigger with the first pulse on the input (toggle).

Cue Attention

Allows to send an attention cue signal to a defined channel. This function will trigger with the first pulse on the input (toggle).

Cue GO

Allows to sent a direct GO cue signal to a defined channel. This function will trigger with the first pulse on the input (toggle).

Cue Clear

Allows clearing an outgoing GO cue signal on any or a defined channel. This function will trigger with the first pulse on the input (toggle).

Mic Kill

Acts as a remote switch to kill any active microphone on a defined channel (single user or all users in a group). This function will trigger with the first pulse on the input (toggle).

Warning: Configure this carefully as it will interrupt ongoing user communication.

GPIO Control

Sends a GPIO Control signal on a defined channel to trigger a remote GPIO integration.

Answer/Reply

Answers incoming communication on any or a defined channel. This function will actuate for as long as the contacts are not in the normal state (momentary).

Tip: Depending on the setting Reply Mode this function either answers the last incomming voice communication or all ongoing voice communications.

Cough Mute

Mutes the currently active user input. This function will actuate for as long as the contacts are not in the normal state (momentary).

General purpose outputs¶

Using the general-purpose outputs, it is possible to trigger and control external devices or relays with a set of functions and or states. Allowing to extend the control outside of the Green-GO network.

The general-purpose output is a floating optocoupler. When activated, it's capable of passing 8mA with a maximum of 50 Volts. It can be used to switch third-party logic inputs directly, a signal-led, or with some extra circuitry drive bigger loads like relays.

As with the inputs, the outputs can be set to either Normally Open or Normally Closed, controlling the configuration's idle state.

Setup Menu
└──> Device
    └──> GPIO
        └──> Output
            ├──> Function # (1)!
            ├──> Channel # (2)!
            ├──> Normaly # (3)!
            └──> Test # (4)!

Available output functions¶

Channel Active

Activates as soon as any or one defined channel has the state active but isn't yet transmitting. The output actuates for the duration of this state (momentary).

Tip: Be aware that this function is influenced by the user setting Active Time. A channel will stay active for the configured duration after no signal is received.

Channel Vox

Activates as soon as any or one defined channel of the user receives active voice communication. The output actuates for the duration of this state (momentary).

Tip: Be aware that this function is influenced by the user setting Active Time. A channel will stay active for the configured duration after no signal is received.

Talk Enabled

Activates as soon as any or one defined channel of the user is manually opened to transmit voice communication. The output actuates for the duration of this state (momentary).

Call

Activates as soon as any or one defined channel receives a call signal. The output actuates once as soon as the state changes (toggle).

Alert Call

Activates as soon as any or one defined channel receives an alert call signal. The output actuates once as soon as the state changes (toggle).

GPIO Control

Activates as soon as any or one defined channel receives an GPIO Control signal. The output actuates once as soon as the state changes (toggle).

Driving an LED¶

A signal LED can be driven directly with one GPIO output, utilizing pin 1 as a 5 Volt power supply.

A series of resistors must be added to the circuit to limit the current to a maximum of 5mA. The resistor needed depends on the LED used.

Your circuit for this application could look like the schematics to the left.

Driving a relay¶

A simple circuit with a transistor is needed to drive an external relay with a current higher than 5mA through a GPIO output.

The schematics to the right can be used as an example.

The setup menu¶

The setup menu allows local access to almost all user and device configuration properties. All changes in the setup menu are done and stored locally on the device but can be easily synced back into the configuration file using the Green-GO Control software. These settings are also persistent on the device unless overwritten.

The setup menu is accessed with the dedicated Setup button. The multi-function Encoder is used to navigate the menu lists:

• The Encoder rotation moves a selection or changes a selected value.
• A click of the Encoder enters submenus and allows to change values.
• A submenu can be exited either with the menu entry Exit or Cancel, and alternatively with the Setup button.

Access to the setup menu can be restricted by configuring the security options of a configuration file or user with the help of the Green-GO Control software. In restrictive security configurations, the user may be asked to enter the Tech Pincode before access is given.

Setup Menu
├──> User
│    ├──> Select User
│    │    └──> Users
│    ├──> Channels
│    │    └──> Channel ID
│    │         ├──> Assign
│    │         ├──> Listen Override
│    │         ├──> Listen
│    │         ├──> Level
│    │         ├──> Talk Mode
│    │         ├──> Priority 
│    │         ├──> Output 
│    │         ├──> Listen Mode 
│    │         ├──> Call Mode 
│    │         ├──> Cue Mode 
│    │         └──> Channel Mode 
│    ├──> Special Channels
│    │    ├──> Direct
│    │    │    ├──> Level
│    │    │    ├──> Output
│    │    │    ├──> Priority
│    │    │    └──> Cue Mode
│    │    ├──> Program Audio
│    │    │    ├──> Assign
│    │    │    ├──> Level
│    │    │    ├──> Dim
│    │    │    └──> Output
│    │    ├──> Announce
│    │    │    ├──> Assign
│    │    │    ├──> Level
│    │    │    └──> Output
│    │    └──> Emergency
│    │         ├──> Assign
│    │         ├──> Level
│    │         └──> Output
│    ├──> Flexlist
│    │    ├──> ...
│    │    └──> Add
│    ├──> Settings
│    │    ├──> Active Time
│    │    ├──> Reply Mode
│    │    ├──> Isolate
│    │    ├──> Tone Level
│    │    ├──> Alert Tone
│    │    ├──> Room
│    │    ├──> Room Dim
│    │    ├──> Room Output
│    │    ├──> Priority Dim
│    │    ├──> Popup
│    │    └──> Cue Timeout
│    └──> Script
│         ├──> Load Script
│         └──> Status
├──> Audio
│    ├──> Audio Profile 1
│    │    ├──> Sidetone
│    │    ├──> Gain
│    │    ├──> Compressor
│    │    ├──> Gate Threshold
│    │    ├──> Gate Hold
│    │    ├──> Source
│    │    ├──> Headset Bias
│    │    ├──> Mic Power
│    │    ├──> Output Limiter
│    │    ├──> Headset Level
│    │    ├──> Speaker Level
│    │    ├──> Speaker Dim
│    │    ├──> Line Out Level
│    │    └──> Main Level
│    └──> Audio Profile 2
├──> Device
│    ├──> Device Settings
│    │    ├──> Button
│    │    ├──> Screen Function
│    │    ├──> Startup
│    │    ├──> Second Page
│    │    ├──> Page
│    │    ├──> Buzzer
│    │    ├──> Screen Brightness
│    │    ├──> Screen Timeout
│    │    ├──> LED Intensity
│    │    └──> LED Timeout
│    ├──> Line In/Out
│    │    ├──> Line In
│    │    │    ├──> Assign
│    │    │    ├──> Gain
│    │    │    ├──> Compressor
│    │    │    ├──> Gate Threshold
│    │    │    └──> Gate Hold
│    │    └──> Line Out
│    │         ├──> Assign
│    │         ├──> Level
│    │         ├──> Limiter
│    │         └──> Loopback
│    ├──> GPIO
│    │    ├──> Input 1
│    │    │    ├──> Function
│    │    │    ├──> Channel
│    │    │    ├──> Normally
│    │    │    └──> Status
│    │    ├──> Input 2
│    │    ├──> Output 1
│    │    │    ├──> Function
│    │    │    ├──> Channel
│    │    │    ├──> Normally
│    │    │    └──> Test
│    │    └──> Output 2
│    └──> Buttons
│         ├──> Page 1
│         └──> Page 2
├──> Connection
│    └──> Mode: Local
├──> Config
│    ├──> Join Config
│    ├──> Default Config
│    └──> Factory Default
├──> Network
│    └──> Dynamic: On
└──> Info
     ├──> Name
     ├──> Config
     ├──> IP
     ├──> Firmware
     ├──> Serial
     ├──> Cloud
     ├──> Encryption
     ├──> Uptime
     └──> Reset Defaults

User¶

The User submenu holds settings for user-relevant configuration like:

• The user that is linked to the device.
• The channel configuration.
• Configuration for the four special channels.
• The user's Flexlist.
• General user settings (color, communication settings, etc.).
• Script management.

Select User¶

Available Users¶

This menu lists all available users of the active configuration file.

Channels¶

Channel 1 ‒ 32¶

The following is available for each of the 32 channels.

Assign¶

This menu allows selecting a communication target for the channel. Entering this menu will bring up a pre-filter that provides easy access to the active configuration file's available groups and users.

Listen Override¶

This option allows defining a separate listen source for the channel. The user talks to the primary target assigned but listens to the group defined here.

Listen¶

A channel can be enabled or muted independently from the set channel Level. The Listen state of the channel can be easily toggled on or off without losing the set channel level.

This option may be influenced by the Listen Mode.

Level¶

This option defines the output level for the channel.

Talk Mode¶

The Talk Mode defines how a channel can be activated for vox communications with the talk button.

Priority¶

A channel can be configured with one of three priorities. For example, when a higher priority channel transmits, communication with lower priority can be attenuated (Priority Dim).

Output¶

The Output property allows routing the channel's output to a specific hardware output of the device. This is helpful when using devices with stereo outputs or multiple mono outputs.

Listen Mode¶

The Listen state defines a muted or unmuted channel. The Listen Mode options define if and how the channel's listen state is toggled.

Call Mode¶

This option defines if call signals can be sent and/or received on the channel.

Cue Mode¶

The Cue Mode defines how an incomming cue signal is handled.

Channel Mode¶

The Channel Mode allows for simple automation that enables complex channel configurations. Things like automatic replies and GPIO control can be configured here.

Special Channels¶

Each user has, in addition to the 32 normal channels, four additional special channels.

• The temporary duplex channel for private communications.
• The passive program audio channel.
• The passive annoucements channel.
• The passive emergency channel.

Direct¶

The direct channel is temporary and functions bi-directional.

The channel gets created as soon as any remote user who isn't configured on any of the 32 channels contacts the user linked to this device (voice communication, call signal, cue signal).

Level¶

This option defines the output level for the channel.

Output¶

The Output property allows routing the audio of the channel to a specific hardware output. This is helpful when using devices with stereo outputs or multiple mono outputs.

Priority¶

A channel can be configured with one of three priorities. For example, when a higher priority channel transmits, communication with lower priority can be attenuated (Priority Dim).

Cue Mode¶

The Cue Mode defines how an incomming cue signal is handled.

Program¶

The channel for program audio is passive (listen-only), meaning the user can only receive audio on this channel. The channel receives audio through a group, has independent volume control, and supports dimming when the user receives an audio signal on any of his 32 regular channels.

Assign¶

This menu allows selecting a communication target for the channel. Entering this menu will bring up a pre-filter that provides easy access to the active configuration file's available groups and users.

Level¶

This option defines the output level for the channel.

Dim¶

The program audio channel can automatically attenuate as soon as any of the other channels is active.

Output¶

The Output property allows routing the audio of the channel to a specific hardware output. This is helpful when using devices with stereo outputs or multiple mono outputs.

Announce¶

The announcement channel is a passive channel (listen-only) that transmits with a higher priority as regular channels. Incoming audio transmissions on this channel can attenuate communication on any of the regular channels, depending on the Priority Dim setting.

The announcement channel receives its audio through a group. To send audio to this channel, the configured group needs to be assigned to one of the 32 regular channels of a user.

Assign¶

This menu allows selecting a communication target for the channel. Entering this menu will bring up a pre-filter that provides easy access to the active configuration file's available groups and users.

Level¶

This option defines the output level for the channel.

Output¶

The Output property allows routing the audio of the channel to a specific hardware output. This is helpful when using devices with stereo outputs or multiple mono outputs.

Emergency¶

The emergency channel is a passive channel (listen-only) that transmits with the highest priority. Incoming audio transmissions on this channel will mute any communication on any of the 32 regular channels.

The emergency channel receives its audio through a group. To send audio to this channel, the configured group needs to be assigned to one of the 32 regular channels of a user.

Assign¶

This menu allows selecting a communication target for the channel. Entering this menu will bring up a pre-filter that provides easy access to the active configuration file's available groups and users.

Level¶

This option defines the output level for the channel.

Output¶

The Output property allows routing the audio of the channel to a specific hardware output. This is helpful when using devices with stereo outputs or multiple mono outputs.

Flexlist¶

This menu allows customizing the user's Flexlist.

Add¶

The entry - Add - at the bottom of the menu allows you to add up to 20 users or groups. Selecting an existing assignment enables one to change or remove it.

Settings¶

The user settings configure global communication functions. These settings affect communication on all channels and are not adjustable on a per-channel basis.

Active Time¶

The Active Time defines a delay that keeps the channel active after the last voice transmission has been received. The main use for this is to give users a chance to identify the transmitting channel before it goes inactive again.

Reply Mode¶

The Reply Mode defines the behavior of the Answer/Reply function.

Isolate¶

This function mutes all channels that do not have an active talk enabled. Channels will be unmuted as soon as no channel has the talk function enabled.

This function is helpful to control incoming audio in hectic systems. It limits the received audio to active user communications.

Tone Level¶

The Tone Level defines the loudness for all alarm signals like cue signals and the Alert Call.

Alert Tone¶

This settings defines the alarm signal type for things like Alert Call or cue signals.

Room¶

This setting assigns a user to a room, available in the configuration file.

Room Dim¶

The Room Dim option configures if and how the audio signals from the configured room should be attenuated. The output affected by this setting is defined by the option Room Output.

Room Output¶

The option Room Output defines the hardware output on which audio signals from the configured room will be attenuated. The attenuation itself is configured by the setting Room Dim.

Priority Dim¶

The property Priority Dim defines the amount channels with lower priority get attenuated as soon as audio is being transmitted on higher priority channels. Each of the 32 generic channels can have one of three priorities.

Activating this setting and defining channel priorities will help to manage user stations with high communication traffic.

Popup¶

This setting defines if and what popups are shown to the user.

Cue Timeout¶

This setting defines the hold-time for an outgoing GO cue signal.

Script¶

Loaded Script¶

This menu shows the currently loaded script and allows to load any script stored in the configuration.

Available Scripts¶

This submenu is available by clicking on the currently loaded script and lists all scripts stored in the configuration file.

Status¶

This property shows the current status of the currently loaded script.

Audio¶

The Audio submenu holds all settings relevant for the user's audio input and outputs.

Two audio profiles are available on devices like the MCX rack or MCXD desktop station to quickly switch between inputs. Each audio profile stores all settings relevant to the user's audio input and output(s)

Audio Profile 1|2¶

Sidetone¶

The property Sidetone configures the amount of the user's input fed back into its headset output(s). When activated, the sidetone is never routed to a device's front speaker to prevent signal feedback.

Gain¶

The input Gain configures the amplification of the input signal. The range of this setting depends on the input source chosen.

Compressor¶

This is a simple Compressor that can be enabled with this setting. It reduces the dynamic range of the input signal by attenuating the louder parts of the signal, making it less likely to transmit distorted audio. When this setting is enabled, the timings of the compressor can be adjusted.

Gate Threshold¶

The option Gate Threshold defines the threshold for the noise-gate to open the microphone. Audio signals below the configured threshold will be cut out and not transmitted.

Gate Hold¶

The property Gate Hold defines the hold time after which the noise-gate closes again after being activated once.

Source¶

The menu Source allows selecting one of the device's audio inputs or a test tone as the user's input source.

Headset Bias¶

The option Headset Bias allows to supply up to 2.5 V of power to an electret or condenser microphone on a headset connected to the XLR4 connector.

Mic Power¶

The option Mic Power allows to supply up to 10 V of power to an electret or condenser microphone connected to the XLR3 front microphone connector.

Output Limiter¶

The option Output Limiter allows configuring a simple limiter for the user's audio output(s). The limiter attenuates the loudest part of the user's channel mix to prevent potential signal clipping.

Headset Level¶

The Headset Level defines the loudness of the headset volume.

Speaker Level¶

The Speaker Level defines the loudness of the built-in speaker volume.

Speaker Dim¶

The property Speaker Dim configures an automatic attenuation of the built-in front speakers in case of an open microphone. The configured attenuation will take effect as soon as the user activates a talk on any channel.

Line Out Level¶

The option Line Out Level allows routing the user's channel mix to the device's line output connector.

Main Level¶

The Main Level acts as a master for all device outputs. It allows to quickly lower or raise all the output levels simultaneously.

Device¶

The Device submenu holds setting for the device-relevant configuration like:

• Device configurations (buttons, displays, backlight, etc.)
• Configuration for the Line In/Out connectors.
• Configuration for the GPIO connector.
• Function assignments for touchscreen and buttons.

Device Settings¶

Button¶

The option Button configures the linked action of the physical Buttons next to each touchscreen.

Screen Function¶

The option Screen Function primarily sets the action linked to the Touchscreen sections of channels and/or functions.

Changing this option will change the action of the Touchscreen sections as follows:

Startup¶

The option Startup defines the default Screen Function that is being loaded after the device's power-up.

Second Page¶

The property Second Page defines the function of the Shift button. Disabling this setting will make the second page of an MCX rack or MCXD desktop station unavailable.

Page¶

The option Page sets the current active (visible) page of a MCX rack or MCXD desktop station.

Buzzer¶

The option Buzzer defines if alarm tones like the alarm call or cue signals are transmitted via the built-in speaker.

Screen Brightness¶

The option Screen Brightness controls the brightness of all device screens.

Screen Timeout¶

The option Screen Timeout configures a timer that turns off all displays when the device is idle. Any user action or communication received will restart the timer and reactivate the displays.

LED Intensity¶

The option LED Intensity controls the brightness of the status and button backlights.

LED Timeout¶

The option LED Timeout defines if the status and button backlights of the device will be controlled by the Screen Timeout.

Line In/Out¶

This submenu provides configuration for the XLR3 line in- and output connectors.

Line In¶

Assign¶

The property Assign defines the destination (group) of the input signal.

Gain¶

The input Gain configures the amplification of the line input signal.

Compressor¶

A simple Compressor that can be enabled and configured by this setting. The compressor reduces the dynamic range of the input signal by attenuating the louder parts of the signal, making it less likely to transmit distorted audio into the Green-GO system. When this setting is enabled, the timings of the compressor can be adjusted.

Gate Threshold¶

The option Gate Threshold defines the threshold for the noise-gate to open the line input. Audio signals below the configured threshold will be cut out and not transmitted.

Gate Hold¶

The option Gate Hold defines the hold time after which the noise-gate closes again after being activated once.

Line Out¶

Assign¶

The property Assign defines the source (group) of the output signal.

Level¶

The option Level configures the loudness of the output signal.

Limiter¶

The option Limiter allows configuring a simple limiter for the line output. The limiter attenuates the loudest part of the audio signal to prevent potential signal clipping.

Loopback¶

The property Loopback defines the amount of signal from the line input fed back into the line output.

GPIO¶

The GPIO connector enables external switches to initiate commands on the linked Green-GO Engine and also allows the device to set off external switch-controlled events using conditions such as active, talk, call, cue, etc.

Input 1|2¶

Function¶

The GPIO input Function defines the action that is executed on the device should the configured conditions be met.

Channel¶

The option Channel defines the target for the configured input Function.

Normally¶

The option Normally defines the idle state of the general purpose input.

If set to Open, the configured input Function will be executed whenever the input is closed.

Status¶

The menu entry Status displays the current status of the general purpose input.

The status is determined by comparing the setting Normally to the current state of the input.

Output 1|2¶

Function¶

The GPIO output Function defines the local conditions that trigger the output.

Channel¶

The option Channel defines the target for the configured output Function.

Normally¶

The option Normally defines the idle state of the general purpose output.

If set to Open, the configured output Function will close the output.

Test¶

The property Test allows to test the output and connected electronics without the need of meeting the configured conditions.

Buttons Page 1|2¶

This submenu gives access to the function assignments for the user interface (buttons, touchscreens). Alternatively, the assignments can be changed directly on the user interface itself.

Button 1 - 18¶

The option Button 1 - 18 defines the function of a physical Button and the respective Touchscreen section.

Connection¶

The connection menu allows changing the connection mode used by the Green-GO Engine. This allows connecting an engine to either a local or a remote network.

• Local connection mode
• Direct IP connection mode
• Cloud ID connection mode

Mode¶

Local¶

This is the default connection mode, allowing for communication with the local network.

This mode doesn't need any configuration. Instead, devices will start to communicate as soon as they are in the same local network and members of the same configuration file.

Direct IP¶

The direct IP connection mode allows connecting the Green-GO Engine to a remote Green-GO BridgeX. This mode will require correct routing and potential port forwarding in case a NAT is used on the receiving end.

This mode is mainly thought out to be used for locally routed connections like a connection via WiFi access points.

IP address¶

The IP address defines the external or public IPv4 address of the remote Green-GO BridgeX.

UDP port¶

The UDP port defines the target bridge port for the remote connection.

Password¶

This defines the authentication password needed for a connection to a bridge port.

Send buffer¶

The send buffer is used to buffer potential jitter on the outgoing connection.

Receive Buffer¶

The receive buffer is used to buffer potential jitter on the incoming connection.

Diagnostics¶

The diagnostics menu contains a number of useful statistics for the incoming and outgoing connections.

Cloud ID¶

The cloud ID connection mode provides an easy way to connect your devices over the internet utilizing the hole punching technique to establish a direct connection through firewalls or routers using NAT.

The cloud ID is provided and generated by a hosted service and can be used to connect and dynamically assign multiple clients. A cloud ID can be requested and used for free by filling out our request form over here.

ID¶

The eight-character cloud ID defines the session for the connection and is needed to authenticate with the cloud service.

Password¶

The eight-character password is needed to authenticate with the cloud service.

Send buffer¶

The send buffer is used to buffer potential jitter on the outgoing connection.

Receive Buffer¶

The receive buffer is used to buffer potential jitter on the incoming connection.

Diagnostics¶

The diagnostics menu contains a number of useful statistics for the incoming and outgoing connections.

Config¶

The Config submenu allows loading configurations onto the device without the use of the Green-GO Control software.

Join Config¶

This submenu lists all active configurations in a local network. However, the configuration currently used by the device will not be shown.

Available Configurations¶

Clicking on any entry will bring up a confirmation screen. Pressing the option Join will load the configuration onto the device.

Default Configuration¶

This submenu allows loading a custom default configuration.

Load¶

The custom default configuration file will be loaded by clicking the' Load' property.

Factory Default¶

This submenu allows loading the factory default configuration file.

Load¶

The factory default configuration file will be loaded by clicking the' Load' property.

Network¶

The Network submenu allows to configure the network interface of the device. The configuration supports two modes (IPv4):

Dynamic: Yes¶

Dynamic: Yes autoconfigures the network interface, either listening to a local DHCP server or autoconfiguring a 169.254.0.0/16 IPv4 address.

Dynamic: No¶

Dynamic: No allows for manual network configuration.

Address¶

The option Address defines the private IPv4 address of the device.

Netmask¶

The option Netmask defines the local subnet of the device.

Gateway¶

The option Gateway defines the local network gateway.

Info¶

The Info submenu makes the essential configuration settings available to view in one place. Some of the options available provide tools for debugging the device or system.

Name¶

This option shows the device name.

Config¶

This submenu shows the information regarding the current configuration file used by the device.

The provided information can be useful when debugging problems regarding devices that are out of sync.

Name¶

This option shows the name of the currently active configuration file.

Stamp¶

This option shows the timestamp of the currently active configuration file.

Sample Rate¶

This option shows the sample rate used by the currently active configuration file.

Multicast IP¶

This option shows the currently set multicast IP of the configuration file.

ID¶

This option shows the unique ID of the currently active configuration file.

IP¶

This submenu shows the current IP address of the device and allows to ping a remote IPv4 target to verify the current network connection.

Ping¶

This option allows defining an IPv4 target to be pinged.

Packets¶

This option allows initiating the ping script, sending out 10 consecutive pings to the defined target. Also, this option acts as a total packets counter, showing how many packets have been sent.

Packet Statistics¶

Lost

Counter showing the numbers of packets lost during the last run of the ping script.

Avg

The average response time recorded for the last run of the ping script.

Min

The minimum response time recorded for the last run of the ping script.

Max

The maximum response time recorded for the last run of the ping script.

Firmware¶

This submenu displays the device's firmware version. It's also possible to update connected MCX rack or MCXD desktop extensions via the Scan option.

Scan¶

This option allows to scan for connected MCX rack or MCXD desktop extensions and update their firmware to the version of the device.

Serial¶

This option displays the device's serial number.

Reset To Defaults¶

This submenu allows resetting the complete device or parts of the configuration back to the factory defaults.

Reset Network¶

This option allows resetting the network configuration back to the factory defaults.

Reset Device¶

This option allows resetting the device configuration back to the factory defaults.

Reset Audio¶

This option allows resetting the audio configuration back to the factory defaults.

Reload User¶

This option allows reloading the current user and all its settings.

Factory Reset¶

This option allows resetting the complete device back to factory defaults.

Technical specifications¶

General¶

Connectors (Neutrik):1 x XLR4M, 2 x XLR3F, 1 x XLR3M, 2 x RJ45 etherCON (10/100 Mbps), 1 x D-Sub 9 GPIO, 1 x 12 V DC barrel

User controls:3 x Touchscreen, 20 x Buttons (backlit), 1 x Encoder

Displays:3 x 2,2" TFT-touchscreen (color)

Displays resolution:240 x 320 pixel, 33 x 44 mm (H/W)

Power inputs:Power over Ethernet: IEEE 802.3af 48-56 Vdc

Barrel connector (optional): 2.1 mm 12 Vdc

Power usage:5 Watt typical, 13 Watt max.

Dimensions (H/W/D):52 x 220 x 155 mm

Weight:1,11 kg

Environmental:Ambient temperature: 0° ‒ +55° C

Audio inputs¶

Headset connector¶

Connector (Neutrik):XLR4M (pin 1 & 2)

Type:Unbalanced

Bias power:Max. 2.5 V

Amplification range:+30 dB ‒ +60 dB

Noise:-70 dBu ‒ -55 dBu

Wired Latency:Headset to headset: ~10 ms

Wireless Latency:Headset to headset: ~22 ms (one wireless hop)

FrontMic connector¶

Connector (Neutrik):XLR3F

Type:Balanced

Phantom power:Max. 10 V

Amplification Range:+10 dB ‒ +50 dB

Noise:-70 dBu ‒ -55 dBu

Latency:Front mic to headset: ~10 ms (wired)

Line input¶

Connector (Neutrik):XLR3F

Type:Balanced

Amplification Range:-6 dB ‒ +24 dB

Noise:-70 dBu ‒ -55 dBu

Latency:Line-in to headset: ~10 ms (wired)

Audio outputs¶

Headset connector¶

Connector (Neutrik):XLR4M (pin 3 & 4)

Nominal level:0 dBu

Max output:+20 dBU

Impedance: 120 Ω

Internal speaker¶

Nominal level:0 dBu

Max output:2 Watt

Impedance: 80 Ω

Line output¶

Connector (Neutrik):XLR3M

Nominal level:0 dBu

Max output:+12 dBu

Impedance:240 Ω

GPIO¶

General purpose inputs¶

Connector:D-Sub 9 (pins: 2/6, 3/7)

Type:Dry contact

Channels (per connector):2

Detection voltage (max):5 V (pins: 2/6, 3/7)

General purpose outputs¶

Connector:D-Sub 9 (pins: 4/8, 5/9)

Type:Floating optocoupler

Channels (per connector):2

Output voltage:5 V (pin 1)

Output current (max):5 mA (pin 1)

Switching voltage:50 V (pins: 4/8, 5/9)

Switching current (max):8 mA (pins: 4/8, 5/9)

Downloads¶

Firmware¶

• Latest firmware (ZIP archive)
• Firmware archive

Other¶

• Technical drawings (ZIP archive)
• CE-Certificate (PDF)