Analyze connections between remote sites: Difference between revisions

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== Requirements ==
== Requirements ==


1. You need two Allegro Network Multimeters (any model).
# You need two Allegro Network Multimeters (any model).
 
# One Multimeter (the master device) will receive traffic information from the remote Multimeter via a atandard SSL connection; the master device must be able to connect to the remote device. If a firewall is in place between both devices, an additional rule might be necessary to connect the remote device on port 443.
2. One Multimeter (the master device) will receive traffic information from the remote Multimeter via a atandard SSL connection; the master device must be able to connect to the remote device. If a firewall is in place between both devices, an additional rule might be necessary to connect the remote device on port 443.


== Device installation ==
== Device installation ==


1. Install the master device in your network where it can see the traffic sent and receievd to the remote site. The Multimeter can be installed on a Mirror Port on a Switch which sees all the traffic, or inline between the local network and uplink to the remote site.
# Install the master device in your network where it can see the traffic sent and receievd to the remote site. The Multimeter can be installed on a Mirror Port on a Switch which sees all the traffic, or inline between the local network and uplink to the remote site.
 
# Install the device on the remote site at a network position where it sees all traffic from and to the local network. Again, this can be a Mirror Port on a Switch on the remote site, or inline between the remote network and the link to the local network.
2. Install the device on the remote site at a network position where it sees all traffic from and to the local network. Again, this can be a Mirror Port on a Switch on the remote site, or inline between the remote network and the link to the local network.


== Configuration ==
== Configuration ==
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1. Remote device: There are no special configuration settings necessary on the remote device. You need the following information to use the master device:
# Remote device: There are no special configuration settings necessary on the remote device. The remote device just needs to be added as a [[Multi-device settings|multi-device]].
 
# Master device:
* The IP address of the management port.
## Access the web page of the Multimeter and go to "Generic -> Path measurement".
* The TCP port on which the web site of the Multimeter is accessible (defaults to 443).
## Switch to the configuration tab.
* The username and password of the admin user (or any other user with admin role).
## Click on the toggle button to enable the feature.
 
## Enter an descriptive name for the master device to make it easier to read the statistics.
2. Master device:
## For the remote device, enter the information described above. You can select a descriptive name for this device also.
 
## Enter a maximum packet delay. This parameter defines how long the master device waits for data from the remote device until it decides whether or not a packet as been lost. Larger values requires more memory. Typical values are between 2 and 5 seconds.
'''(a)''' Access the web page of the Multimeter and go to "Generic -> Path measurement".
## Finally save the configuration settings.
 
## At the bottom of the page a note will appear in most cases that a restart of the packet processing is necessary. Follow the link to the administration page and click on "Restart processing". Be aware that this will interrupt the network connection for a few seconds (if in Bridge mode); you will lose all previously measured data.
'''(b)''' Switch to the configuration tab.
## Return to the "Generic -> Path measurement" page.
 
## The "Measurement" tab should indicate that the measurement status is either warming up or running.
'''(c)''' Click on the toggle button to enable the feature.
## The "Remote client status" should say "connected". If not, a button appears which can be clicked to reconnect to the remote device. Any error will be displayed in a information box.
 
'''(d)''' Enter an descriptive name for the master device to make it easier to read the statistics.
 
'''(e)''' For the remote device, enter the information described above. You can select a descriptive name for this device also.
 
'''(f)''' Enter a maximum packet delay. This parameter defines how long the master device waits for data from the remote device until it decides whether or not a packet as been lost. Larger values requires more memory. Typical values are between 2 and 5 seconds.
 
'''(g)''' Finally save the configuration settings.
 
'''(h)''' At the bottom of the page a note will appear in most cases that a restart of the packet processing is necessary. Follow the link to the administration page and click on "Restart processing". Be aware that this will interrupt the network connection for a few seconds (if in Bridge mode); you will lose all previously measured data.
 
'''(i)''' Return to the "Generic -> Path measurement" page.
 
'''(j)''' The "Measurement" tab should indicate that the measurement status is either warming up or running.
 
'''(k)''' The "Remote client status" should say "connected". If not, a button appears which can be clicked to reconnect to the remote device. Any error will be displayed in a information box.


== Evaluation ==
== Evaluation ==
546

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