Difference between revisions of "Behringer X-Air XR18"

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[[File:XR18-large.jpg|frame|Behringer X-Air XR18]]
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{{Infobox tsg
 +
| name          = Behringer X-Air XR18
 +
| image          = XR18-large.jpg
 +
| caption        = Behringer X-Air XR18
 +
| downloads      = {{bulleted list
 +
      | [https://gitlab.socsci.ru.nl/wilberth/beer 'Beer' (custom simplified interface)]
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      | [[Media:X-AIR-Edit_PC_V1.5.zip|X-AIR-Edit v1.5 (Win)]]
 +
  }}
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| manuals        = *[https://www.music-group.com/Categories/Behringer/Mixers/Digital-Mixers/XR18/p/P0BI8/downloads X-Air Edit documentation]
 +
}}
  
The Behringer X-Air XR18 is used in labs that have several sound sources and sinks.  
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The Behringer X-Air XR18 is a digital mixer and multi-channel audio interface. It gives the user a high level of control over all audio in- and outputs during an experiment.
 +
The TSG is planning to roll out the XR18 in select research labs in Q2 2017.
  
=== Software ===
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<!-- Table of Contents will be generated here -->
[[File:Screenshot from 2017-03-07 09-53-44.png|frame|Beer, control interface for the Behringer]]
 
You can either use the 'X-AIR-Edit' software that gives full control of the Behringer or the simplified 'Beer' software.
 
  
Beer shows the sources (microphone 1, microphone 2, PC output) where the sound comes from on the bottom and the sinks
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==Specifications==
(phones 1, PC input, phones 2, speakers, monitor) where the sound goes to on the right. The grid in between shows what is connected to what.
 
  
In the example on the right, sound goes from the first microphone to the first set of headphones. The experiment leader can use
+
==Installation==
his own set of headphones to listen in on what the participant is hearing (monitor: phones 1).
+
The XR18 audio mixers placed in the labs are fully pre-installed and ready to go. The following steps only serve as reference for new or mobile setups.
  
Press 'get ip' to query where the Behringer is. Then press 'use' to use this device. You can also type the address manually if you want, which is unlikely.
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=== Connection ===
 
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The XR18 communicates with its digital interface via ethernet, either wired or wireless. We offer several solutions for wired connections as described below, but recommend the first one.  
The software is available [https://gitlab.socsci.ru.nl/wilberth/beer on our git server.]
 
  
=== Connection ===
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==== Connection with hub, DHCP Server ====
There are a lot of ways the Behringer XR
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[[File:Behringer dhcp server.png|thumb|320px|X-Air Edit connection settings when used with the [[Kensington UH3000-e]] hub.]]
18 can be connected. We prefer the first one.
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Here described is a connection with the [[Kensington UH3000-e]] hub.  
==== connection with hub, DHCP Server ====
 
Here described is a connection with the Kensington UH3000-e hub.  
 
  
 
Make sure the connection of the Behringer is set to 'DHCP Server'.  
 
Make sure the connection of the Behringer is set to 'DHCP Server'.  
 
If it is not, use the second connection method to change the setting.
 
If it is not, use the second connection method to change the setting.
[[File:Behringer dhcp server.png|frame|Behringer XR-18 connection settings when used With the Kensington UH3000-e hub.]]
 
  
 
Now connect the Kensington hub to a USB port on the computer. Preferably use a USB3 port (these ports are marked 'ss' and/or have a blue inside like the ports on the hub itself).  
 
Now connect the Kensington hub to a USB port on the computer. Preferably use a USB3 port (these ports are marked 'ss' and/or have a blue inside like the ports on the hub itself).  
Connect the Kensington hub to the Behringer XR-18 with an ethernet (RJ45/8p8c) cable. Use the port that is marked 'remote' on the Behringer. The cable will also fit in the port marked  
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Connect the Kensington hub to the Behringer XR18 with an ethernet (RJ45/8p8c) cable. Use the port that is marked 'remote' on the XR18. The cable will also fit in the port marked  
'ultranet' but this will not do.
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'ultranet', but this will not do.
[[File:Kensington hub.jpg.jpg|frame|Kensington UH3000-e hub]]
 
  
Additionally you may want to connect the hub with the Behringer with a USB2-AB cable. This is not necessary for controlling the Behringer, but additional functionality becomes available if you do.
+
Additionally you may want to connect the hub with the XR18 with a USB2-AB cable. This is not necessary for controlling the mixer, but additional functionality becomes available if you do.
  
Make sure the switch on the Behringer is set to 'ethernet'.
+
Make sure the switch on the XR18 is set to 'ethernet'.
  
 
Your can now start the software.
 
Your can now start the software.
  
==== connection without hub, DHCP ====
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==== Connection without hub, DHCP ====
Connect both your computer and the XR-18 to a ethernet (RJ45/8p8c) wall outlet. Make sure the connection of the Behringer is set to 'DHCP'.  
+
Connect both your computer and the XR18 to a ethernet (RJ45/8p8c) wall outlet. Make sure the connection is set to 'DHCP'.  
The is the default. The XR-18 will revert to this setting if you press the reset button for 2 seconds.
+
The is the default. The XR18 will revert to this setting if you press the reset button for 2 seconds.
  
Make sure the switch on the Behringer is set to 'ethernet'.
+
Make sure the switch on the XR18 is set to 'ethernet'.
  
 
Your can now start the software.
 
Your can now start the software.
 +
 +
==Interface==
 +
You can either use the Behringer 'X-AIR-Edit' software that gives full control of the XR18, or our custom, simplified 'Beer' software.
 +
 +
===Beer===
 +
[[File:Screenshot from 2017-03-07 09-53-44.png|thumb|320px|Beer, simplified control interface for the XR18.]]
 +
Beer shows the audio sources (microphone 1, microphone 2, PC output) where the sound comes from on the bottom, and to the right are the outputs
 +
(phones 1, PC input, phones 2, speakers, monitor), i.e. where the sound goes to. The grid in between shows what is connected to what.
 +
 +
In the example on the right, sound goes from the first microphone to the first set of headphones. The experiment leader can use
 +
his own set of headphones to listen in on what the participant is hearing (monitor: phones 1).
 +
 +
Press 'get ip' to query where the XR18 is. Then press 'use' to use this device. You can also type the address manually if you want, which is unlikely.
 +
 +
The software is available for on [https://gitlab.socsci.ru.nl/wilberth/beer our git server.]
 +
 +
===X-Air Edit===
 +
If you require a more elaborate setup than the simple Beer interface can provide, please consult the TSG or the [https://www.music-group.com/Categories/Behringer/Mixers/Digital-Mixers/XR18/p/P0BI8/downloads official X-Air Edit documentation].
 +
 +
==References== <!-- Optional -->
 +
<references /> <!-- Automatically generates list of references using the <ref></ref> tags. -->
 +
 +
==External Links== <!-- Optional -->
 +
*[https://www.music-group.com/Categories/Behringer/Mixers/Digital-Mixers/XR18/p/P0BI8 Official product page]]

Revision as of 11:13, 31 March 2017

Behringer X-Air XR18
XR18-large.jpg
Behringer X-Air XR18
Downloads
Manuals

The Behringer X-Air XR18 is a digital mixer and multi-channel audio interface. It gives the user a high level of control over all audio in- and outputs during an experiment. The TSG is planning to roll out the XR18 in select research labs in Q2 2017.


Specifications

Installation

The XR18 audio mixers placed in the labs are fully pre-installed and ready to go. The following steps only serve as reference for new or mobile setups.

Connection

The XR18 communicates with its digital interface via ethernet, either wired or wireless. We offer several solutions for wired connections as described below, but recommend the first one.

Connection with hub, DHCP Server

X-Air Edit connection settings when used with the Kensington UH3000-e hub.

Here described is a connection with the Kensington UH3000-e hub.

Make sure the connection of the Behringer is set to 'DHCP Server'. If it is not, use the second connection method to change the setting.

Now connect the Kensington hub to a USB port on the computer. Preferably use a USB3 port (these ports are marked 'ss' and/or have a blue inside like the ports on the hub itself). Connect the Kensington hub to the Behringer XR18 with an ethernet (RJ45/8p8c) cable. Use the port that is marked 'remote' on the XR18. The cable will also fit in the port marked 'ultranet', but this will not do.

Additionally you may want to connect the hub with the XR18 with a USB2-AB cable. This is not necessary for controlling the mixer, but additional functionality becomes available if you do.

Make sure the switch on the XR18 is set to 'ethernet'.

Your can now start the software.

Connection without hub, DHCP

Connect both your computer and the XR18 to a ethernet (RJ45/8p8c) wall outlet. Make sure the connection is set to 'DHCP'. The is the default. The XR18 will revert to this setting if you press the reset button for 2 seconds.

Make sure the switch on the XR18 is set to 'ethernet'.

Your can now start the software.

Interface

You can either use the Behringer 'X-AIR-Edit' software that gives full control of the XR18, or our custom, simplified 'Beer' software.

Beer

Beer, simplified control interface for the XR18.

Beer shows the audio sources (microphone 1, microphone 2, PC output) where the sound comes from on the bottom, and to the right are the outputs (phones 1, PC input, phones 2, speakers, monitor), i.e. where the sound goes to. The grid in between shows what is connected to what.

In the example on the right, sound goes from the first microphone to the first set of headphones. The experiment leader can use his own set of headphones to listen in on what the participant is hearing (monitor: phones 1).

Press 'get ip' to query where the XR18 is. Then press 'use' to use this device. You can also type the address manually if you want, which is unlikely.

The software is available for on our git server.

X-Air Edit

If you require a more elaborate setup than the simple Beer interface can provide, please consult the TSG or the official X-Air Edit documentation.

References


External Links