I could not find my USB-to-DB9-to-RJ45 abomination if my life depended on it. This USB 2.0 100Mbit/s dongle had to suffice!

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I could not find my USB-to-DB9-to-RJ45 abomination if my life depended on it. This USB 2.0 100Mbit/s dongle had to suffice!

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New Post has been published on Cyber Parse
New Post has been published on http://cyberparse.co.uk/2014/02/28/ubiquiti-edgemax-manage-configuration-file-2/
Ubiquiti EdgeMAX - Manage the configuration file
Learn how to make and save changes to the active configuration file.
Typically, you use the save command to save the active configuration to disk (âconfig/config.bootâ); however, you can also save the active configuration to a different file or remote server.
Enter save and press the ? key.
ubnt@RTR# save Possible completions: <Enter> Save to system config file <file> Save to file on local machine scp://<user>:<passwd>@<host>/<file> Save to file on remote machine ftp://<user>:<passwd>@<host>/<file> Save to file on remote machine tftp://<host>/<file> Save to file on remote machine [edit] ubnt@RTR# save tftp://10.1.0.15/rtr-config.boot Saving configuration to âtftp://10.1.0.15rtr-config.bootâ... ############################################### 100.0% Done [edit]
Scenario: In the midst of the administrator changing an IPsec tunnel into an OpenVPN tunnel, the administrator had to revert the EdgeRouter to its previous configuration with the IPsec tunnel.
Before making changes, the administrator saved a backup configuration file with a working IPsec tunnel configuration:
ubnt@RTR# save config.boot-ipsec Saving configuration to â/config/config.boot-ipsecâ... Done [edit]
Note: This is a backup; if the EdgeRouter were rebooted, it would still boot from the default file: â/config/config.bootâ
After the administrator deleted the IPsec configuration and was configuring of the OpenVPN tunnel, circumstances changed so that the IPsec tunnel was required again. Consequently, the administrator reverted the EdgeRouter to its previous configuration with the IPsec tunnel.
ubnt@RTR# load config.boot-ipsec Loading configuration from â/config/config.boot-ipsecâ... Load complete. Use âcommitâ to make changes active. [edit] ubnt@RTR# commit [edit] ubnt@RTR# save; exit Saving configuration to â/config/config.bootâ... Done exit ubnt@RTR:~$
To automatically make a remote backup after every commit, use the commit-archive configuration option, enter location, and press the ? key.
ubnt@RTR# set system config-management commit-archive location Possible completions: <url> Uniform Resource Identifier Detailed information: âscp://<user>:<passwd>@<host>/<dir>â âftp://<user>:<passwd>@<host>/<dir>â âtftp://<host>/<dir>â ubnt@RTR# set system config-management commit-archive location tftp://10.1.0.15/RTR [edit] ubnt@RTR# commit Archiving config... tftp://10.1.0.15/RTR OK [edit]
On the remote tftp server, a copy with the hostname and date is saved for each commit.
admin2@server://tftpboot/RTR$ ls -l total 8 -rw------- 1 nobody nogroup 908 Aug 17 17:19 config.boot-RTR.20120817_171932 -rw------- 1 nobody nogroup 874 Aug 17 17:20 config.boot-RTR.20120818_002046
You can also keep a specified number of revisions of the configuration file on the local disk. Use the commitârevisions configuration option.
ubnt@RTR# set system config-management commit-revisions 50 [edit] ubnt@RTR# commit [edit]
Here is an example that uses the commit-revisions command:
ubnt@RTR# set system login user joe authentication plaintext-password secret [edit] ubnt@RTR# commit [edit] ubnt@RTR# save; exit Saving configuration to â/config/config.bootâ... Done exit ubnt@RTR:~$ show system commit 0 2012-08-17 18:32:13 by ubnt via cli commit 1 2012-08-17 18:31:52 by ubnt via cli commit 2 2012-08-17 18:31:51 by root via init commit
Note: The following commands require that the configuration option, commit-revisions, be set first.
show system commit diff commit-confirm show system commit file confirm show system commit rollback commit comment
To display the changes in revision 0, use the show system commit diff command.
ubnt@RTR:~$ show system commit diff 0 [edit system login] +user joe + authentication + encrypted-password $1$CWVzYggs$NyJXxC3S572rfm6pY8ZMO. + plaintext-password ââ + + level admin +
To display the entire configuration file for revision 0, use the show system commit file command.
ubnt@RTR:~$ show system commit file 0
To add a comment to the commit, use the comment command.
ubnt@RTR# set system login user joe level operator [edit] ubnt@RTR# commit comment âchange joe from admin to opâ [edit] ubnt@RTR# save; exit Saving configuration to â/config/config.bootâ... Done exit
Now you will see the comment when you use the show system commit command.
ubnt@RTR:~$ show system commit 0 2012-08-17 18:44:41 by ubnt via cli change joe from admin to op 1 2012-08-17 18:34:01 by ubnt via cli commit 2 2012-08-17 18:32:13 by ubnt via cli commit 3 2012-08-17 18:31:52 by ubnt via cli commit 4 2012-08-17 18:31:51 by root via init commit
When you work on a remote router, certain changes (e.g., firewall or NAT rule) could cause a user to lose remote access to router and only be recovered by physically visiting the router to reboot. To avoid this problem when making risky changes, use the commit-confirm command first.
Then use the confirm command to save your changes.
ubnt@RTR:~$ configure [edit] ubnt@RTR# set firewall name WAN_IN rule 50 action drop [edit] ubnt@RTR# set firewall name WAN_IN rule 50 destination address 172.16.0.0/16 [edit] ubnt@RTR# commit-confirm commit confirm will be automatically reboot in 10 minutes unless confirmed Proceed? [confirm][y] [edit]
After you verify that the changes should be saved, use the confirm command.
ubnt@RTR# confirm [edit]
You can also specify the number of minutes to wait, but you must remember to also use the confirm command.
Otherwise, if you forget, then you can be surprised by the EdgeRouterâs reboot to its previous configuration.
ubnt@RTR# commit-confirm 1 commit confirm will be automatically reboot in 1 minutes unless confirmed Proceed? [confirm][y] [edit] ubnt@RTR# Broadcast message from root@RTR (Mon Aug 20 14:00:06 2012): The system is going down for reboot NOW! INIT: Switching to runlevel: 6 INIT: Stopping routing services...zebra...done. Removing all Quagga Routes. [SNIP]
To roll back to an earlier commit, use the show system commit and rollback commands.
ubnt@RTR:~$ show system commit 0 2012-08-21 14:46:41 by admin_5 via cli fix bgp policy maps 1 2012-08-21 14:45:59 by admin_5 via cli commit 2 2012-08-21 14:45:33 by admin_5 via cli fix port forwarding 3 2012-08-21 14:45:15 by admin_5 via cli fix firewall 4 2012-08-21 14:44:29 by ubnt via cli commit 5 2012-08-21 14:21:15 by ubnt via cli add port forward for port 2222 to build-server 6 2012-08-21 14:20:24 by ubnt via cli add dmz interface to eth2 7 2012-08-21 14:19:53 by ubnt via cli add ipsec tunnel to office_exchange 8 2012-08-21 14:07:18 by ubnt via cli add firewall for WAN_IN 9 2012-08-21 14:06:37 by ubnt via cli add user first_last 10 2012-08-21 14:04:47 by ubnt via cli commit 11 2012-08-21 14:04:46 by root via init commit
After viewing the history of system commits, you decide to discard the last four commits by admin_5. Roll back the system configuration file to commit 4:
ubnt@RTR# rollback 4 Proceed with reboot? [confirm] [y] Broadcast message from root@RTR (ttyS0) (Mon Aug 21 15:09:12 2012): The system is going down for reboot NOW!
New Post has been published on Cyber Parse
New Post has been published on http://cyberparse.co.uk/2014/02/28/ubiquiti-edgemax-manage-configuration-file-2/
Ubiquiti EdgeMAX - Manage the configuration file
Learn how to make and save changes to the active configuration file.
Typically, you use the save command to save the active configuration to disk (âconfig/config.bootâ); however, you can also save the active configuration to a different file or remote server.
Enter save and press the ? key.
ubnt@RTR# save Possible completions: <Enter> Save to system config file <file> Save to file on local machine scp://<user>:<passwd>@<host>/<file> Save to file on remote machine ftp://<user>:<passwd>@<host>/<file> Save to file on remote machine tftp://<host>/<file> Save to file on remote machine [edit] ubnt@RTR# save tftp://10.1.0.15/rtr-config.boot Saving configuration to âtftp://10.1.0.15rtr-config.bootâ... ############################################### 100.0% Done [edit]
Scenario: In the midst of the administrator changing an IPsec tunnel into an OpenVPN tunnel, the administrator had to revert the EdgeRouter to its previous configuration with the IPsec tunnel.
Before making changes, the administrator saved a backup configuration file with a working IPsec tunnel configuration:
ubnt@RTR# save config.boot-ipsec Saving configuration to â/config/config.boot-ipsecâ... Done [edit]
Note: This is a backup; if the EdgeRouter were rebooted, it would still boot from the default file: â/config/config.bootâ
After the administrator deleted the IPsec configuration and was configuring of the OpenVPN tunnel, circumstances changed so that the IPsec tunnel was required again. Consequently, the administrator reverted the EdgeRouter to its previous configuration with the IPsec tunnel.
ubnt@RTR# load config.boot-ipsec Loading configuration from â/config/config.boot-ipsecâ... Load complete. Use âcommitâ to make changes active. [edit] ubnt@RTR# commit [edit] ubnt@RTR# save; exit Saving configuration to â/config/config.bootâ... Done exit ubnt@RTR:~$
To automatically make a remote backup after every commit, use the commit-archive configuration option, enter location, and press the ? key.
ubnt@RTR# set system config-management commit-archive location Possible completions: <url> Uniform Resource Identifier Detailed information: âscp://<user>:<passwd>@<host>/<dir>â âftp://<user>:<passwd>@<host>/<dir>â âtftp://<host>/<dir>â ubnt@RTR# set system config-management commit-archive location tftp://10.1.0.15/RTR [edit] ubnt@RTR# commit Archiving config... tftp://10.1.0.15/RTR OK [edit]
On the remote tftp server, a copy with the hostname and date is saved for each commit.
admin2@server://tftpboot/RTR$ ls -l total 8 -rw------- 1 nobody nogroup 908 Aug 17 17:19 config.boot-RTR.20120817_171932 -rw------- 1 nobody nogroup 874 Aug 17 17:20 config.boot-RTR.20120818_002046
You can also keep a specified number of revisions of the configuration file on the local disk. Use the commitârevisions configuration option.
ubnt@RTR# set system config-management commit-revisions 50 [edit] ubnt@RTR# commit [edit]
Here is an example that uses the commit-revisions command:
ubnt@RTR# set system login user joe authentication plaintext-password secret [edit] ubnt@RTR# commit [edit] ubnt@RTR# save; exit Saving configuration to â/config/config.bootâ... Done exit ubnt@RTR:~$ show system commit 0 2012-08-17 18:32:13 by ubnt via cli commit 1 2012-08-17 18:31:52 by ubnt via cli commit 2 2012-08-17 18:31:51 by root via init commit
Note: The following commands require that the configuration option, commit-revisions, be set first.
show system commit diff commit-confirm show system commit file confirm show system commit rollback commit comment
To display the changes in revision 0, use the show system commit diff command.
ubnt@RTR:~$ show system commit diff 0 [edit system login] +user joe + authentication + encrypted-password $1$CWVzYggs$NyJXxC3S572rfm6pY8ZMO. + plaintext-password ââ + + level admin +
To display the entire configuration file for revision 0, use the show system commit file command.
ubnt@RTR:~$ show system commit file 0
To add a comment to the commit, use the comment command.
ubnt@RTR# set system login user joe level operator [edit] ubnt@RTR# commit comment âchange joe from admin to opâ [edit] ubnt@RTR# save; exit Saving configuration to â/config/config.bootâ... Done exit
Now you will see the comment when you use the show system commit command.
ubnt@RTR:~$ show system commit 0 2012-08-17 18:44:41 by ubnt via cli change joe from admin to op 1 2012-08-17 18:34:01 by ubnt via cli commit 2 2012-08-17 18:32:13 by ubnt via cli commit 3 2012-08-17 18:31:52 by ubnt via cli commit 4 2012-08-17 18:31:51 by root via init commit
When you work on a remote router, certain changes (e.g., firewall or NAT rule) could cause a user to lose remote access to router and only be recovered by physically visiting the router to reboot. To avoid this problem when making risky changes, use the commit-confirm command first.
Then use the confirm command to save your changes.
ubnt@RTR:~$ configure [edit] ubnt@RTR# set firewall name WAN_IN rule 50 action drop [edit] ubnt@RTR# set firewall name WAN_IN rule 50 destination address 172.16.0.0/16 [edit] ubnt@RTR# commit-confirm commit confirm will be automatically reboot in 10 minutes unless confirmed Proceed? [confirm][y] [edit]
After you verify that the changes should be saved, use the confirm command.
ubnt@RTR# confirm [edit]
You can also specify the number of minutes to wait, but you must remember to also use the confirm command.
Otherwise, if you forget, then you can be surprised by the EdgeRouterâs reboot to its previous configuration.
ubnt@RTR# commit-confirm 1 commit confirm will be automatically reboot in 1 minutes unless confirmed Proceed? [confirm][y] [edit] ubnt@RTR# Broadcast message from root@RTR (Mon Aug 20 14:00:06 2012): The system is going down for reboot NOW! INIT: Switching to runlevel: 6 INIT: Stopping routing services...zebra...done. Removing all Quagga Routes. [SNIP]
To roll back to an earlier commit, use the show system commit and rollback commands.
ubnt@RTR:~$ show system commit 0 2012-08-21 14:46:41 by admin_5 via cli fix bgp policy maps 1 2012-08-21 14:45:59 by admin_5 via cli commit 2 2012-08-21 14:45:33 by admin_5 via cli fix port forwarding 3 2012-08-21 14:45:15 by admin_5 via cli fix firewall 4 2012-08-21 14:44:29 by ubnt via cli commit 5 2012-08-21 14:21:15 by ubnt via cli add port forward for port 2222 to build-server 6 2012-08-21 14:20:24 by ubnt via cli add dmz interface to eth2 7 2012-08-21 14:19:53 by ubnt via cli add ipsec tunnel to office_exchange 8 2012-08-21 14:07:18 by ubnt via cli add firewall for WAN_IN 9 2012-08-21 14:06:37 by ubnt via cli add user first_last 10 2012-08-21 14:04:47 by ubnt via cli commit 11 2012-08-21 14:04:46 by root via init commit
After viewing the history of system commits, you decide to discard the last four commits by admin_5. Roll back the system configuration file to commit 4:
ubnt@RTR# rollback 4 Proceed with reboot? [confirm] [y] Broadcast message from root@RTR (ttyS0) (Mon Aug 21 15:09:12 2012): The system is going down for reboot NOW!
New Post has been published on Cyber Parse
New Post has been published on http://cyberparse.co.uk/2014/02/28/ubiquiti-edgemax-how-to-set-qos-parameters-for-voip-applications-2/
Ubiquiti EdgeMAX - How to set QoS parameters for VoIP applications
These instructions assume:
â˘eth0 is your connection to the internet.
â˘eth1 is your local area network.
â˘Downstream bandwidth is 5000kbit.
â˘Upstream bandwidth is 1000kbit.
â˘You want to guaranty 25% of your downstream bandwidth to SIP RTP.
â˘You want to guaranty 50% of your upstream bandwidth to SIP RTP.
â˘You want to allow SIP RTP to use up to 100% of your upstream bandwidth.
â˘You want to guaranty 5% of your downstream bandwidth to SIP Signalling.
â˘You want to guaranty 10% of your downstream bandwidth to SIP Signalling.
â˘You want to allow SIP Signalling to use up to 100% of your downstream bandwidth.
â˘Your PBX or phone tags RTP Audio with DSCP 46 (EF).
â˘Your PBX or phone tags SIP Signalling with DSCP 24 (CS3). If your PBX or phone tags SIP signalling with DSCP 26 (AF31), then change dscp 24 to dscp 26 in the instructions below.
â˘You can adjust each of these figures as needed by changing them where they appear below. For example, if you have bridged eth1 and eth2 to br0, then change eth1 below to br0.
Access the command line using PuTTY (for Windows) or your favorite SSH client and execute the following commands. You can omit any command beginning with #, as those are comments intended only to explain what the commands below the comment does:
configure
top
# Set-up the details of the DownStream Policy
set traffic-policy shaper DownStream description âDownStream QoS policyâ
set traffic-policy shaper DownStream bandwidth 5000kbit
set traffic-policy shaper DownStream class 10 description âRTPâ
set traffic-policy shaper DownStream class 10 bandwidth 25%
set traffic-policy shaper DownStream class 10 ceiling 100%
set traffic-policy shaper DownStream class 10 match VOIP-RTP ip dscp 46
set traffic-policy shaper DownStream class 20 description âSIPâ
set traffic-policy shaper DownStream class 20 bandwidth 5%
set traffic-policy shaper DownStream class 20 ceiling 100%
set traffic-policy shaper DownStream class 20 match VOIP-SIP ip dscp 24
set traffic-policy shaper DownStream default bandwidth 70%s
set traffic-policy shaper DownStream default ceiling 100%
 # Set-up the details of the UpStream Policy
set traffic-policy shaper UpStream description âUpStream QoS policyâ
set traffic-policy shaper UpStream bandwidth 1000kbit
set traffic-policy shaper UpStream class 10 description âRTPâ
set traffic-policy shaper UpStream class 10 bandwidth 50%
set traffic-policy shaper UpStream class 10 ceiling 100%
set traffic-policy shaper UpStream class 10 match VOIP-RTP ip dscp 46
set traffic-policy shaper UpStream class 20 description âSIPâ
set traffic-policy shaper UpStream class 20 bandwidth 10%
set traffic-policy shaper UpStream class 20 ceiling 100%
set traffic-policy shaper UpStream class 20 match VOIP-SIP ip dscp 24
set traffic-policy shaper UpStream default bandwidth 40%
set traffic-policy shaper UpStream default ceiling 100%
# Apply the policies to the interfaces
set interfaces ethernet eth1 traffic-policy out DownStream
set interfaces ethernet eth0 traffic-policy out UpStream
# Commit, Save, and Exit
commit
save
New Post has been published on Cyber Parse
New Post has been published on http://cyberparse.co.uk/2014/02/28/ubiquiti-edgemax-how-to-set-qos-parameters-for-voip-applications-2/
Ubiquiti EdgeMAX - How to set QoS parameters for VoIP applications
These instructions assume:
â˘eth0 is your connection to the internet.
â˘eth1 is your local area network.
â˘Downstream bandwidth is 5000kbit.
â˘Upstream bandwidth is 1000kbit.
â˘You want to guaranty 25% of your downstream bandwidth to SIP RTP.
â˘You want to guaranty 50% of your upstream bandwidth to SIP RTP.
â˘You want to allow SIP RTP to use up to 100% of your upstream bandwidth.
â˘You want to guaranty 5% of your downstream bandwidth to SIP Signalling.
â˘You want to guaranty 10% of your downstream bandwidth to SIP Signalling.
â˘You want to allow SIP Signalling to use up to 100% of your downstream bandwidth.
â˘Your PBX or phone tags RTP Audio with DSCP 46 (EF).
â˘Your PBX or phone tags SIP Signalling with DSCP 24 (CS3). If your PBX or phone tags SIP signalling with DSCP 26 (AF31), then change dscp 24 to dscp 26 in the instructions below.
â˘You can adjust each of these figures as needed by changing them where they appear below. For example, if you have bridged eth1 and eth2 to br0, then change eth1 below to br0.
Access the command line using PuTTY (for Windows) or your favorite SSH client and execute the following commands. You can omit any command beginning with #, as those are comments intended only to explain what the commands below the comment does:
configure
top
# Set-up the details of the DownStream Policy
set traffic-policy shaper DownStream description âDownStream QoS policyâ
set traffic-policy shaper DownStream bandwidth 5000kbit
set traffic-policy shaper DownStream class 10 description âRTPâ
set traffic-policy shaper DownStream class 10 bandwidth 25%
set traffic-policy shaper DownStream class 10 ceiling 100%
set traffic-policy shaper DownStream class 10 match VOIP-RTP ip dscp 46
set traffic-policy shaper DownStream class 20 description âSIPâ
set traffic-policy shaper DownStream class 20 bandwidth 5%
set traffic-policy shaper DownStream class 20 ceiling 100%
set traffic-policy shaper DownStream class 20 match VOIP-SIP ip dscp 24
set traffic-policy shaper DownStream default bandwidth 70%s
set traffic-policy shaper DownStream default ceiling 100%
 # Set-up the details of the UpStream Policy
set traffic-policy shaper UpStream description âUpStream QoS policyâ
set traffic-policy shaper UpStream bandwidth 1000kbit
set traffic-policy shaper UpStream class 10 description âRTPâ
set traffic-policy shaper UpStream class 10 bandwidth 50%
set traffic-policy shaper UpStream class 10 ceiling 100%
set traffic-policy shaper UpStream class 10 match VOIP-RTP ip dscp 46
set traffic-policy shaper UpStream class 20 description âSIPâ
set traffic-policy shaper UpStream class 20 bandwidth 10%
set traffic-policy shaper UpStream class 20 ceiling 100%
set traffic-policy shaper UpStream class 20 match VOIP-SIP ip dscp 24
set traffic-policy shaper UpStream default bandwidth 40%
set traffic-policy shaper UpStream default ceiling 100%
# Apply the policies to the interfaces
set interfaces ethernet eth1 traffic-policy out DownStream
set interfaces ethernet eth0 traffic-policy out UpStream
# Commit, Save, and Exit
commit
save

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New Post has been published on Cyber Parse
New Post has been published on http://cyberparse.co.uk/2014/02/28/ubiquiti-edgemax-how-to-set-qos-parameters-for-voip-applications-2/
Ubiquiti EdgeMAX - How to set QoS parameters for VoIP applications
These instructions assume:
â˘eth0 is your connection to the internet.
â˘eth1 is your local area network.
â˘Downstream bandwidth is 5000kbit.
â˘Upstream bandwidth is 1000kbit.
â˘You want to guaranty 25% of your downstream bandwidth to SIP RTP.
â˘You want to guaranty 50% of your upstream bandwidth to SIP RTP.
â˘You want to allow SIP RTP to use up to 100% of your upstream bandwidth.
â˘You want to guaranty 5% of your downstream bandwidth to SIP Signalling.
â˘You want to guaranty 10% of your downstream bandwidth to SIP Signalling.
â˘You want to allow SIP Signalling to use up to 100% of your downstream bandwidth.
â˘Your PBX or phone tags RTP Audio with DSCP 46 (EF).
â˘Your PBX or phone tags SIP Signalling with DSCP 24 (CS3). If your PBX or phone tags SIP signalling with DSCP 26 (AF31), then change dscp 24 to dscp 26 in the instructions below.
â˘You can adjust each of these figures as needed by changing them where they appear below. For example, if you have bridged eth1 and eth2 to br0, then change eth1 below to br0.
Access the command line using PuTTY (for Windows) or your favorite SSH client and execute the following commands. You can omit any command beginning with #, as those are comments intended only to explain what the commands below the comment does:
configure
top
# Set-up the details of the DownStream Policy
set traffic-policy shaper DownStream description âDownStream QoS policyâ
set traffic-policy shaper DownStream bandwidth 5000kbit
set traffic-policy shaper DownStream class 10 description âRTPâ
set traffic-policy shaper DownStream class 10 bandwidth 25%
set traffic-policy shaper DownStream class 10 ceiling 100%
set traffic-policy shaper DownStream class 10 match VOIP-RTP ip dscp 46
set traffic-policy shaper DownStream class 20 description âSIPâ
set traffic-policy shaper DownStream class 20 bandwidth 5%
set traffic-policy shaper DownStream class 20 ceiling 100%
set traffic-policy shaper DownStream class 20 match VOIP-SIP ip dscp 24
set traffic-policy shaper DownStream default bandwidth 70%s
set traffic-policy shaper DownStream default ceiling 100%
 # Set-up the details of the UpStream Policy
set traffic-policy shaper UpStream description âUpStream QoS policyâ
set traffic-policy shaper UpStream bandwidth 1000kbit
set traffic-policy shaper UpStream class 10 description âRTPâ
set traffic-policy shaper UpStream class 10 bandwidth 50%
set traffic-policy shaper UpStream class 10 ceiling 100%
set traffic-policy shaper UpStream class 10 match VOIP-RTP ip dscp 46
set traffic-policy shaper UpStream class 20 description âSIPâ
set traffic-policy shaper UpStream class 20 bandwidth 10%
set traffic-policy shaper UpStream class 20 ceiling 100%
set traffic-policy shaper UpStream class 20 match VOIP-SIP ip dscp 24
set traffic-policy shaper UpStream default bandwidth 40%
set traffic-policy shaper UpStream default ceiling 100%
# Apply the policies to the interfaces
set interfaces ethernet eth1 traffic-policy out DownStream
set interfaces ethernet eth0 traffic-policy out UpStream
# Commit, Save, and Exit
commit
save
New Post has been published on Cyber Parse
New Post has been published on http://cyberparse.co.uk/2014/02/28/ubiquiti-edgemax-how-to-set-qos-parameters-for-voip-applications-2/
Ubiquiti EdgeMAX - How to set QoS parameters for VoIP applications
These instructions assume:
â˘eth0 is your connection to the internet.
â˘eth1 is your local area network.
â˘Downstream bandwidth is 5000kbit.
â˘Upstream bandwidth is 1000kbit.
â˘You want to guaranty 25% of your downstream bandwidth to SIP RTP.
â˘You want to guaranty 50% of your upstream bandwidth to SIP RTP.
â˘You want to allow SIP RTP to use up to 100% of your upstream bandwidth.
â˘You want to guaranty 5% of your downstream bandwidth to SIP Signalling.
â˘You want to guaranty 10% of your downstream bandwidth to SIP Signalling.
â˘You want to allow SIP Signalling to use up to 100% of your downstream bandwidth.
â˘Your PBX or phone tags RTP Audio with DSCP 46 (EF).
â˘Your PBX or phone tags SIP Signalling with DSCP 24 (CS3). If your PBX or phone tags SIP signalling with DSCP 26 (AF31), then change dscp 24 to dscp 26 in the instructions below.
â˘You can adjust each of these figures as needed by changing them where they appear below. For example, if you have bridged eth1 and eth2 to br0, then change eth1 below to br0.
Access the command line using PuTTY (for Windows) or your favorite SSH client and execute the following commands. You can omit any command beginning with #, as those are comments intended only to explain what the commands below the comment does:
configure
top
# Set-up the details of the DownStream Policy
set traffic-policy shaper DownStream description âDownStream QoS policyâ
set traffic-policy shaper DownStream bandwidth 5000kbit
set traffic-policy shaper DownStream class 10 description âRTPâ
set traffic-policy shaper DownStream class 10 bandwidth 25%
set traffic-policy shaper DownStream class 10 ceiling 100%
set traffic-policy shaper DownStream class 10 match VOIP-RTP ip dscp 46
set traffic-policy shaper DownStream class 20 description âSIPâ
set traffic-policy shaper DownStream class 20 bandwidth 5%
set traffic-policy shaper DownStream class 20 ceiling 100%
set traffic-policy shaper DownStream class 20 match VOIP-SIP ip dscp 24
set traffic-policy shaper DownStream default bandwidth 70%s
set traffic-policy shaper DownStream default ceiling 100%
 # Set-up the details of the UpStream Policy
set traffic-policy shaper UpStream description âUpStream QoS policyâ
set traffic-policy shaper UpStream bandwidth 1000kbit
set traffic-policy shaper UpStream class 10 description âRTPâ
set traffic-policy shaper UpStream class 10 bandwidth 50%
set traffic-policy shaper UpStream class 10 ceiling 100%
set traffic-policy shaper UpStream class 10 match VOIP-RTP ip dscp 46
set traffic-policy shaper UpStream class 20 description âSIPâ
set traffic-policy shaper UpStream class 20 bandwidth 10%
set traffic-policy shaper UpStream class 20 ceiling 100%
set traffic-policy shaper UpStream class 20 match VOIP-SIP ip dscp 24
set traffic-policy shaper UpStream default bandwidth 40%
set traffic-policy shaper UpStream default ceiling 100%
# Apply the policies to the interfaces
set interfaces ethernet eth1 traffic-policy out DownStream
set interfaces ethernet eth0 traffic-policy out UpStream
# Commit, Save, and Exit
commit
save
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Ubiquiti EdgeMAX - How to set QoS parameters for VoIP applications
These instructions assume:
â˘eth0 is your connection to the internet.
â˘eth1 is your local area network.
â˘Downstream bandwidth is 5000kbit.
â˘Upstream bandwidth is 1000kbit.
â˘You want to guaranty 25% of your downstream bandwidth to SIP RTP.
â˘You want to guaranty 50% of your upstream bandwidth to SIP RTP.
â˘You want to allow SIP RTP to use up to 100% of your upstream bandwidth.
â˘You want to guaranty 5% of your downstream bandwidth to SIP Signalling.
â˘You want to guaranty 10% of your downstream bandwidth to SIP Signalling.
â˘You want to allow SIP Signalling to use up to 100% of your downstream bandwidth.
â˘Your PBX or phone tags RTP Audio with DSCP 46 (EF).
â˘Your PBX or phone tags SIP Signalling with DSCP 24 (CS3). If your PBX or phone tags SIP signalling with DSCP 26 (AF31), then change dscp 24 to dscp 26 in the instructions below.
â˘You can adjust each of these figures as needed by changing them where they appear below. For example, if you have bridged eth1 and eth2 to br0, then change eth1 below to br0.
Access the command line using PuTTY (for Windows) or your favorite SSH client and execute the following commands. You can omit any command beginning with #, as those are comments intended only to explain what the commands below the comment does:
configure
top
# Set-up the details of the DownStream Policy
set traffic-policy shaper DownStream description âDownStream QoS policyâ
set traffic-policy shaper DownStream bandwidth 5000kbit
set traffic-policy shaper DownStream class 10 description âRTPâ
set traffic-policy shaper DownStream class 10 bandwidth 25%
set traffic-policy shaper DownStream class 10 ceiling 100%
set traffic-policy shaper DownStream class 10 match VOIP-RTP ip dscp 46
set traffic-policy shaper DownStream class 20 description âSIPâ
set traffic-policy shaper DownStream class 20 bandwidth 5%
set traffic-policy shaper DownStream class 20 ceiling 100%
set traffic-policy shaper DownStream class 20 match VOIP-SIP ip dscp 24
set traffic-policy shaper DownStream default bandwidth 70%s
set traffic-policy shaper DownStream default ceiling 100%
 # Set-up the details of the UpStream Policy
set traffic-policy shaper UpStream description âUpStream QoS policyâ
set traffic-policy shaper UpStream bandwidth 1000kbit
set traffic-policy shaper UpStream class 10 description âRTPâ
set traffic-policy shaper UpStream class 10 bandwidth 50%
set traffic-policy shaper UpStream class 10 ceiling 100%
set traffic-policy shaper UpStream class 10 match VOIP-RTP ip dscp 46
set traffic-policy shaper UpStream class 20 description âSIPâ
set traffic-policy shaper UpStream class 20 bandwidth 10%
set traffic-policy shaper UpStream class 20 ceiling 100%
set traffic-policy shaper UpStream class 20 match VOIP-SIP ip dscp 24
set traffic-policy shaper UpStream default bandwidth 40%
set traffic-policy shaper UpStream default ceiling 100%
# Apply the policies to the interfaces
set interfaces ethernet eth1 traffic-policy out DownStream
set interfaces ethernet eth0 traffic-policy out UpStream
# Commit, Save, and Exit
commit
save