AVB In

The AVB Input and Output are on the same physical card but are represented in the Q-SYS design by an AVB Input Component and an AVB Output Component.

The AVB Intput component provides connections for inputs up to 32 channels in 4 streams for devices supporting the AVB protocol. Other combinations of input/output are described in the Properties section below. Connection is made with CAT-5 / RJ-45 connector.

For hardware information, see CAN32 – AVB Audio Video Bridge Card.

Controls

AVB

Control	Function	Default / Range
Peak Input Level (dBFS)	Meters for each channel indicating the peak AVB input level. The measurement is taken before the Digital Gain.	Default = N / A Range = -120 to 20

Control

Function

Default / Range

Peak Input Level

(dBFS)

Meters for each channel indicating the peak AVB input level. The measurement is taken before the Digital Gain.

Default = N / A

Range = -120 to 20

Digital

Control	Function	Default / Range
Invert	Toggle button to invert the digital output of the AVB input card.	Off / On
Mute	Mutes the output signal.	Off / On
Gain (dB)	Controls the Gain of the digital input signal.	Default = 0 Range = -100 to 20

Control

Function

Default / Range

Invert

Toggle button to invert the digital output of the AVB input card.

Off / On

Mute

Mutes the output signal.

Off / On

Gain

(dB)

Controls the Gain of the digital input signal.

Default = 0

Range = -100 to 20

Status

Control	Function	Default / Range
Status	Component status is conveyed with the Status LED and Status box, which uses both color and text to indicate the current condition: OK: The device is functioning normally. Initializing: The device is in the process of a firmware or configuration update, or the design is starting. Compromised: The device is functioning, but a non-fatal problem exists. Missing: The device cannot be discovered. Fault: The device is malfunctioning or is not properly configured. Unknown: This status appears during a Core reboot (for example, during a firmware update), or when a design is being pushed to the Core and before it has started running. Not Present: If applicable to the device, this status appears when the device is not connected to the network and its Is Required component property is set to 'No'. This status also appears if the device component's Dynamically Paired property is set to 'Yes', pairing has not been assigned in Core Manager, and the device component's Is Required property is set to 'Yes'. See Dynamic Pairing.	N / A

Control

Function

Default / Range

Status

Component status is conveyed with the Status LED and Status box, which uses both color and text to indicate the current condition:

OK: The device is functioning normally.
Initializing: The device is in the process of a firmware or configuration update, or the design is starting.
Compromised: The device is functioning, but a non-fatal problem exists.
Missing: The device cannot be discovered.
Fault: The device is malfunctioning or is not properly configured.
Unknown: This status appears during a Core reboot (for example, during a firmware update), or when a design is being pushed to the Core and before it has started running.
Not Present: If applicable to the device, this status appears when the device is not connected to the network and its Is Required component property is set to 'No'. This status also appears if the device component's Dynamically Paired property is set to 'Yes', pairing has not been assigned in Core Manager, and the device component's Is Required property is set to 'Yes'. See Dynamic Pairing.

N / A

Listener Stream Connections

There are two ways you can connect an AVB Listener to an AVB Talker:

AVDECC (1722.1) (see https://avb.statusbar.com/article/1722.1-features/): This is the typical method and it involves a 3rd-party AVB management software for example: Riedel AVB Manager or Pivitec's AVDECC Controller. There are others available.
Directly via "Full Stream ID": Each stream on the network has a unique 64-bit stream ID (Full Stream ID). If you know the Full Stream ID you can just tell your Listener to listen to that stream and bypass AVDECC and any related third-party software.

Control	Function	Default / Range
Clear (Momentary button)	Removes all Listener/Talker mapping (AVDECC or Full Stream ID), disconnects the Listener from the Talker and audio stops.	N / A
AVDECC Entity and Unique ID	Read Only. IEEE-defined 64-bit Extended Unique Identifier of an AVDECC Entity. These codes are automatically derived from the Talker Stream connected to the Listener.	N / A
Full Stream ID	Read/Write. Enter the Unique 64-bit stream ID of the Talker Stream. When this information is entered, it removes the AVDECC information for that stream.	N / A

Control

Function

Default / Range

Clear

(Momentary button)

Removes all Listener/Talker mapping (AVDECC or Full Stream ID), disconnects the Listener from the Talker and audio stops.

N / A

AVDECC Entity and Unique ID

Read Only. IEEE-defined 64-bit Extended Unique Identifier of an AVDECC Entity. These codes are automatically derived from the Talker Stream connected to the Listener.

N / A

Full Stream ID

Read/Write. Enter the Unique 64-bit stream ID of the Talker Stream. When this information is entered, it removes the AVDECC information for that stream.

N / A

Properties

Property	Function	Choices
Input/Output Count	2x2 - 2 channels in, 2 channels out 4x4 - 4 channels in, 4 channels out 8x8 - 8 channels in, 8 channels out 16x16 - 16 channels in, 16 channels out 32x0 - 32 channels in, 0 channels out (no Output Component) 0x32 - 0 channels in, 32 channels out (no Input Component)	2x2 4x4 8x8 16x16 32x0 0x32
Talker Channels / Stream	You can have from 2 to 32 channels per stream. If you select 32 (in or out) channels, and 2 channels per stream, the maximum number of channels is 24. If you select 16 x 16 channels and 1 listener channel per stream, the inputs are limited to 14.	1, 2, 4, 8, 16
Listener Channels / Stream	You can have from 2 to 32 channels per stream. If you select 32 (in or out) channels, and 2 channels per stream, the maximum number of channels is 24. If you select 16 x 16 channels and 1 talker channel per stream, the outputs are limited to 14.	1, 2, 4, 8, 16

Property

Function

Choices

Input/Output Count

2x2 - 2 channels in, 2 channels out

4x4 - 4 channels in, 4 channels out

8x8 - 8 channels in, 8 channels out

16x16 - 16 channels in, 16 channels out

32x0 - 32 channels in, 0 channels out (no Output Component)

0x32 - 0 channels in, 32 channels out (no Input Component)

2x2

4x4

8x8

16x16

32x0

0x32

Talker Channels / Stream

You can have from 2 to 32 channels per stream.

If you select 32 (in or out) channels, and 2 channels per stream, the maximum number of channels is 24.

If you select 16 x 16 channels and 1 listener channel per stream, the inputs are limited to 14.

1, 2, 4, 8, 16

Listener Channels / Stream

You can have from 2 to 32 channels per stream.

If you select 32 (in or out) channels, and 2 channels per stream, the maximum number of channels is 24.

If you select 16 x 16 channels and 1 talker channel per stream, the outputs are limited to 14.

1, 2, 4, 8, 16

Control Pins

The available Control Pins depend on settings in Properties.

Per Channel Controls

Each channel on the AVB Input card has the following Control Pins.

Pin Name	Value	String	Position	Pins Available
Gain	-100 to 20	-100 dB to 20 dB	0.000 to 1.00	Input / Output
Invert	0 1	normal invert	0 1	Input / Output
Mute	0 1	unmute mute	0 1	Input / Output
Peak Input Level (dBFS)	-120 to	-120 to	0.00 to 1.00	Output

Common Control Pins

Pin Name	Value	String	Position	Pins Available
Clear Stream 1 and 2	0 1	false true	0 1	Input / Output
Input Status	0 1 2 3 4	OK (green) Compromised (orange) Fault (red) Unknown (red) Updating (blue)	0 0.250 0.500 0.750 1.00	Output

Pin Name

Value

String

Position

Pins Available

Clear Stream 1 and 2

false

true

Input / Output

Input Status

OK (green)

Compromised (orange)

Fault (red)

Unknown (red)

Updating (blue)

0.250

0.500

0.750

1.00

Output