TBwiki - User contributions [en]

Product Installation

2018-09-17T13:07:25Z

Sylvain Fontaine:

The following is a list of product installation manuals:
__NOTOC__

==FreeSBC==
===FreeSBC===
<section begin=TSBC-SW-INSTALLATION/>
*[[FreeSBC:Baremetal:Installation_A|Baremetal Installation Instructions]]
*[[FreeSBC:Cloud:OpenStack_Installation_A|OpenStack Installation Instructions]]
*[[FreeSBC:Cloud:VmWare_Installation_A|VmWare Installation Instructions]]
*[[Media:tsbc-hw-srv_Installation_Guide_Issue1.0.pdf|TSBC-HW-SRV-HIGH/MID System Installation Guide]]
*[[FreeSBC:Cloud:AWS_Installation_A|AWS installation instructions]]
<section end=TSBC-SW-INSTALLATION/>

==''T''media==
===TMG800===
*[[Media:800_Series_Installation_Guide_Issue5.0.pdf|TMG800 Standalone & TMG800 1+1 System Installation Guide]]

===TMG3200===
*[[Media:3200_Series_Installation_Guide_Issue6.0.pdf|TMG3200 Standalone & TMG3200 1+1 System Installation Guide]]

=== TMG7800 ===

*<section begin=TMG7800-INSTALLATION-GUIDE/>[[Media:TMG7800_Installation_Guide_Issue3.0.pdf|TMG7800 Installation Guide]]<section end=TMG7800-INSTALLATION-GUIDE/>
*[[TMG7800-Ctrl:Baremetal:Installation_A|TMG7800-Ctrl Baremetal Installation Instructions]]

==''T''sig==
===TSG800===
*[[Media:800_Series_Installation_Guide_Issue5.0.pdf|TSG800 Standalone & TSG800 1+1 System Installation Guide]]

===TSG3200===
*[[Media:3200_Series_Installation_Guide_Issue6.0.pdf|TSG3200 Standalone & TSG3200 1+1 System Installation Guide]]

==''T''trans==
===TMGIP800===
*[[Media:800_Series_Installation_Guide_Issue5.0.pdf|TMGIP800 Standalone & TMGIP800 1+1 System Installation Guide]]

===TMGIP3200===
*[[Media:3200_Series_Installation_Guide_Issue6.0.pdf|TMGIP3200 Standalone & TMGIP3200 1+1 System Installation Guide]]

===TMGIP7800===
*[[Media:TMG7800_Installation_Guide_Issue3.0.pdf|TMGIP7800 Installation Guide]]

==''T''dev==
===TMP800===
*[[Media:TMP800_Installation_Guide_Issue2.0.pdf|TMP800 Installation guide]]

===TMP6400===
*[[Media:TMP6400_Installation_Guide_Issue3.pdf|TMP6400 System Installation guide]]

==''T''monitor==
===TM1000===
*[[Media:TM1000 Installation guide.pdf|TM1000 Installation Guide]]
*[[Media:TM1000_Installation_guide_-_Toolpack_Monitoring.pdf|TM1000 Installation Guide for Toolpack Monitoring]]

===TM3000===
*[[Media:TM3000_Installation_Guide_v1.pdf|TM3000 Installation Guide]]

==Archives==
Older versions can be found here:
*[[Product_Installation_Archives|Archives]]

[[Category:Gateway_OAM&P|Product Installation]]
[[Category:Revise on Major]]

User talk:Émile Dallaire

2018-04-17T18:37:35Z

Sylvain Fontaine: Welcome!

'''Welcome to ''TBwiki''!'''
We hope you will contribute much and well.
You will probably want to read the [[Help:Contents|help pages]].
Again, welcome and have fun! [[User:Sylvain Fontaine|Sylvain Fontaine]] 14:37, 17 April 2018 (EDT)

User:Émile Dallaire

2018-04-17T18:37:35Z

Sylvain Fontaine: Creating user page with biography of new user.

Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry's standard dummy text ever since the 1500s, when an unknown printer took a galley of type and scrambled it to make a type specimen book. It has survived not only five centuries, but also the leap into electronic typesetting, remaining essentially unchanged. It was popularised in the 1960s with the release of Letraset sheets containing Lorem Ipsum passages, and more recently with desktop publishing software like Aldus PageMaker including versions of Lorem Ipsum.

User talk:Samuel Geoffroy

2018-04-17T18:37:15Z

Sylvain Fontaine: Welcome!

User:Samuel Geoffroy

2018-04-17T18:37:15Z

Sylvain Fontaine: Creating user page with biography of new user.

Product Installation

2018-04-06T13:55:05Z

Sylvain Fontaine: /* FreeSBC */

The following is a list of product installation manuals:
__NOTOC__

==FreeSBC==
===FreeSBC===
<section begin=TSBC-SW-INSTALLATION/>
*[[FreeSBC:Baremetal:Installation_A|Baremetal Installation Instructions]]
*[[FreeSBC:Cloud:OpenStack_Installation_A|OpenStack Installation Instructions]]
*[[FreeSBC:Cloud:VmWare_Installation_A|VmWare Installation Instructions]]
*[[Media:tsbc-hw-srv_Installation_Guide_Issue1.0.pdf|TSBC-SW-SRV-HIGH/MID System Installation Guide]]
*[[FreeSBC:Cloud:AWS_Installation_A|AWS installation instructions (coming soon)]]
<section end=TSBC-SW-INSTALLATION/>

==''T''media==
===TMG800===
*[[Media:800_Series_Installation_Guide_Issue5.0.pdf|TMG800 Standalone & TMG800 1+1 System Installation Guide]]

===TMG3200===
*[[Media:3200_Series_Installation_Guide_Issue6.0.pdf|TMG3200 Standalone & TMG3200 1+1 System Installation Guide]]

=== TMG7800 ===

*<section begin=TMG7800-INSTALLATION-GUIDE/>[[Media:TMG7800_Installation_Guide_Issue3.0.pdf|TMG7800 Installation Guide]]<section end=TMG7800-INSTALLATION-GUIDE/>
*[[TMG7800-Ctrl:Baremetal:Installation_A|TMG7800-Ctrl Baremetal Installation Instructions]]

==''T''sig==
===TSG800===
*[[Media:800_Series_Installation_Guide_Issue5.0.pdf|TSG800 Standalone & TSG800 1+1 System Installation Guide]]

===TSG3200===
*[[Media:3200_Series_Installation_Guide_Issue6.0.pdf|TSG3200 Standalone & TSG3200 1+1 System Installation Guide]]

==''T''trans==
===TMGIP800===
*[[Media:800_Series_Installation_Guide_Issue5.0.pdf|TMGIP800 Standalone & TMGIP800 1+1 System Installation Guide]]

===TMGIP3200===
*[[Media:3200_Series_Installation_Guide_Issue6.0.pdf|TMGIP3200 Standalone & TMGIP3200 1+1 System Installation Guide]]

===TMGIP7800===
*[[Media:TMG7800_Installation_Guide_Issue3.0.pdf|TMGIP7800 Installation Guide]]

==''T''dev==
===TMP800===
*[[Media:TMP800_Installation_Guide_Issue2.0.pdf|TMP800 Installation guide]]

===TMP6400===
*[[Media:TMP6400_Installation_Guide_Issue3.pdf|TMP6400 System Installation guide]]

==''T''monitor==
===TM1000===
*[[Media:TM1000 Installation guide.pdf|TM1000 Installation Guide]]
*[[Media:TM1000_Installation_guide_-_Toolpack_Monitoring.pdf|TM1000 Installation Guide for Toolpack Monitoring]]

===TM3000===
*[[Media:TM3000_Installation_Guide_v1.pdf|TM3000 Installation Guide]]

==Archives==
Older versions can be found here:
*[[Product_Installation_Archives|Archives]]

[[Category:Gateway_OAM&P|Product Installation]]
[[Category:Revise on Major]]

Tctrl Version 3.0

2018-02-07T16:39:49Z

Sylvain Fontaine: /* Features */

== Features ==

The [[Tctrl]] provides the following [[:category:Sbc_Features|FreeSBC features]].

 

{| cellpadding="0" border="0" style="width: 820px; height: 383px; text-align: center;" class="wikitable"
|-
! width="500" | Features
! width="150" | Enhancement'''1'''
! width="150" | Release
|-
! colspan="3" | FreeSBC Product
|-
| style="text-align:left;" | [[FreeSBC|New Session Border Controller (SBC) product called FreeSBC]]
|
| 3.0
|-
! colspan="3" | TMG Product
|-
| style="text-align:left;" | TMG800/TMG3200 SIP performance option
|
| 3.0
|-
| style="text-align:left;" | TMG7800 Single IP for SIP signaling
|
| 3.0
|-
| style="text-align:left;" | TMG7800 DOS/DDOS protection
|
| 3.0
|-
| style="text-align:left;" | TMG7800 Increased SIP to SIP capacity
|
| 3.0
|-
| style="text-align:left;" | TMG7800 Increased SIP CPS performance
|
| 3.0
|-
! colspan="3" | SIP (all products)
|-
| style="text-align:left;" | [[Sip_registration_forwarding|SIP registration forwarding]]
|
| 3.0
|-
| style="text-align:left;" | Partial support for IP subnet overlapping over different virtual IP interfaces
| 21956
| 3.0.26
|-
| style="text-align:left;" | [[Toolpack:Retrieving_Call_Trace_C#Dropping_an_active_call|Fraud Call Removal]]
|
| 3.0.30
|-
| style="text-align:left;" | [[Parameter:_Use_RTP_no-anchoring|RTP No Anchoring]]
| 20036, 12150
| 3.0.30
|-
|}

Tctrl Version 3.0

2018-02-07T16:39:36Z

Sylvain Fontaine: /* Features */

== Features ==

The [[Tctrl]] provides the following [[:category:Sbc_Features|FreeSBC features]].

 

{| cellpadding="0" border="0" style="width: 820px; height: 383px; text-align: center;" class="wikitable"
|-
! width="500" | Features
! width="150" | Enhancement'''1'''
! width="150" | Release
|-
! colspan="3" | FreeSBC Product
|-
| style="text-align:left;" | [[FreeSBC|New Session Border Controller (SBC) product called FreeSBC]]
|
| 3.0
|-
! colspan="3" | TMG Product
|-
| style="text-align:left;" | TMG800/TMG3200 SIP performance option
|
| 3.0
|-
| style="text-align:left;" | TMG7800 Single IP for SIP signaling
|
| 3.0
|-
| style="text-align:left;" | TMG7800 DOS/DDOS protection
|
| 3.0
|-
| style="text-align:left;" | TMG7800 Increased SIP to SIP capacity
|
| 3.0
|-
| style="text-align:left;" | TMG7800 Increased SIP CPS performance
|
| 3.0
|-
! colspan="3" | SIP (all products)
|-
| style="text-align:left;" | [[Sip_registration_forwarding|SIP registration forwarding]]
|
| 3.0
|-
| style="text-align:left;" | partial support for IP subnet overlapping over different virtual IP interfaces
| 21956
| 3.0.26
|-
| style="text-align:left;" | [[Toolpack:Retrieving_Call_Trace_C#Dropping_an_active_call|Fraud Call Removal]]
|
| 3.0.30
|-
| style="text-align:left;" | [[Parameter:_Use_RTP_no-anchoring|RTP No Anchoring]]
| 20036, 12150
| 3.0.30
|-
|}

Tctrl Version 3.0

2018-02-07T16:36:00Z

Sylvain Fontaine:

== Features ==

The [[Tctrl]] provides the following [[:category:Sbc_Features|FreeSBC features]].

 

{| cellpadding="0" border="0" style="width: 820px; height: 383px; text-align: center;" class="wikitable"
|-
! width="500" | Features
! width="150" | Enhancement'''1'''
! width="150" | Release
|-
! colspan="3" | FreeSBC Product
|-
| style="text-align:left;" | [[FreeSBC|New Session Border Controller (SBC) product called FreeSBC]]
|
| 3.0
|-
! colspan="3" | TMG Product
|-
| style="text-align:left;" | TMG800/TMG3200 SIP performance option
|
| 3.0
|-
| style="text-align:left;" | TMG7800 Single IP for SIP signaling
|
| 3.0
|-
| style="text-align:left;" | TMG7800 DOS/DDOS protection
|
| 3.0
|-
| style="text-align:left;" | TMG7800 Increased SIP to SIP capacity
|
| 3.0
|-
| style="text-align:left;" | TMG7800 Increased SIP CPS performance
|
| 3.0
|-
! colspan="3" | SIP (all products)
|-
| style="text-align:left;" | [[Sip_registration_forwarding|SIP registration forwarding]]
|
| 3.0
|-
| style="text-align:left;" | [[Toolpack:Retrieving_Call_Trace_C#Dropping_an_active_call|Fraud Call Removal]]
|
| 3.0.30
|-
| style="text-align:left;" | [[Parameter:_Use_RTP_no-anchoring|RTP No Anchoring]]
| 20036, 12150
| 3.0.30
|-
|}

Tctrl Version 3.0

2018-02-07T16:13:00Z

Sylvain Fontaine: /* Features */

== Features ==

The [[Tctrl]] provides the following [[:category:Sbc_Features|FreeSBC features]].

 

{| cellpadding="0" border="0" style="width: 820px; height: 383px; text-align: center;" class="wikitable"
|-
! width="500" | Features
! width="150" | Enhancement'''1'''
! width="150" | Release
|-
! colspan="3" | FreeSBC Product
|-
| style="text-align:left;" | [[FreeSBC|New Session Border Controller (SBC) product called FreeSBC]]
|
| 3.0
|-
! colspan="3" | TMG Product
|-
| style="text-align:left;" | TMG800/TMG3200 SIP performance option
|
| 3.0
|-
| style="text-align:left;" | TMG7800 Single IP for SIP signaling
|
| 3.0
|-
| style="text-align:left;" | TMG7800 DOS/DDOS protection
|
| 3.0
|-
| style="text-align:left;" | TMG7800 Increased SIP to SIP capacity
|
| 3.0
|-
| style="text-align:left;" | TMG7800 Increased SIP CPS performance
|
| 3.0
|-
! colspan="3" | SIP (all products)
|-
| style="text-align:left;" | [[Sip_registration_forwarding|SIP registration forwarding]]
|
| 3.0
|-
| style="text-align:left;" | [[Toolpack:Retrieving_Call_Trace_C#Dropping_an_active_call|Fraud Call Removal]]
|
| 3.0
|-
| style="text-align:left;" | [[Parameter:_Use_RTP_no-anchoring|RTP No Anchoring]]
|
| 3.0
|-
|}

Tctrl Version 3.0

2018-02-07T15:54:43Z

Sylvain Fontaine: /* Features */

Tctrl Version 3.0

2018-02-07T15:52:20Z

Sylvain Fontaine: /* Features */

FreeSBC:RequirementsMatrix

2018-02-07T12:02:05Z

Sylvain Fontaine:

{| cellpadding="5" border="1" class="wikitable" style="vertical-align:middle;text-align:center;"
! Sessions || Networking || Tested Server || Platform || RSS || 1G i350, i210(tmg) || 10G X520, X540 || 10G X710
|-
| 1000 || emulation || R610 || OpenStack || || {{Check mark}} || {{Check mark}} || {{Check mark}}
|-
| 1600 || para-virtualized || R610 || OpenStack || || {{Check mark}} || {{Check mark}} || {{Check mark}}
|-
| 5000 || emulation || R610 || VmWare || || {{Check mark}} || {{Check mark}} || {{Check mark}}
|-
| 8000 || para-virtualized || R610 || VmWare || || || {{Check mark}} || {{Check mark}}
|-
| 5000 || Physical || Atom || Baremetal || || {{Check mark}} || {{Check mark}} || {{Check mark}}
|-
| 13000 || Passthrough/SR-IOV || R610 || OpenStack/VmWare || || || {{Check mark}} || {{Check mark}}
|-
| 25000 || Physical || R610 || Baremetal || || || {{Check mark}} || {{Check mark}}
|-
| 26000 || Passthrough/SR-IOV || R610 || OpenStack/VmWare || {{Check mark}} || || || {{Check mark}}
|-
| 42000 || Physical || R610 || Baremetal || {{Check mark}} || || {{Check mark}} || {{Check mark}}
|-
| 50000 || Physical || R330 (MID) || Baremetal || {{Check mark}} || || {{Check mark}} || {{Check mark}}
|-
| 60000 || Physical || R330 (MID) || Baremetal || {{Check mark}} || || {{Check mark}} (2 ports) || {{Check mark}} (2 ports)
|}

FreeSBC:Cloud:VmWare Installation A

2018-02-06T14:22:10Z

Sylvain Fontaine: /* Requirements */

{{DISPLAYTITLE:FreeSBC:Cloud:VmWare Installation}}
== Requirements ==
Minimal Cloud requirements:
* Vmware ESX 5 or 6
* 64-bit infrastructure only
* E1000 NIC emulation or VMXNET3 interfaces
* One Ethernet adapter for management (mgmt0)
* One or more Ethernet adapter(s) for SIP and RTP traffic according to the table below (LAN/WAN)
* If you are deploying FreeSBC with transcoding devices or in a 1+1 configuration, you will two additional Ethernet adapters to be used as control ports (ctrl0/ctrl1).

{| cellpadding="5" border="1" class="wikitable"
|-
! width="150" style="background: none repeat scroll 0% 0% rgb(239, 239, 239); -moz-background-inline-policy: continuous;" | Sessions
! width="100" style="background: none repeat scroll 0% 0% rgb(239, 239, 239); -moz-background-inline-policy: continuous;" | CPU
! width="100" style="background: none repeat scroll 0% 0% rgb(239, 239, 239); -moz-background-inline-policy: continuous;" | RAM
! width="100" style="background: none repeat scroll 0% 0% rgb(239, 239, 239); -moz-background-inline-policy: continuous;" | Disk Space
! width="200" style="background: none repeat scroll 0% 0% rgb(239, 239, 239); -moz-background-inline-policy: continuous;" | Data Ethernet ports
|-
| valign="top" |
Up to 5,000
| valign="top" |
2
| valign="top" |
4 Gb
| valign="top" |
40 Gb
| valign="top" |
1 Gbps
|-
| valign="top" |
5,000-20,000
| valign="top" |
4
| valign="top" |
8 Gb
| valign="top" |
60 Gb
| valign="top" |
4 X 1 Gbps or
1 X 10 Gbps
|-
| valign="top" |
20,000-50,000
| valign="top" |
4**
| valign="top" |
16 Gb
| valign="top" |
80 Gb
| valign="top" |
1 X 10 Gbps
|-
| valign="top" |
Above 50,000
| valign="top" |
6**
| valign="top" |
24+ Gb
| valign="top" |
100 Gb
| valign="top" |
Multiple 10 Gbps
|}
<nowiki>**</nowiki> The CPU number is based on Intel R630 with Xeon E5-2643. Double the CPUs number if yours are from a earlier generations.

More details on HW/CPU/NIC requirements can be found here: [[FreeSBC:RequirementsMatrix|RequirementsMatrix]]

For better performance (see [[TSBC-SW:Cloud:VmWare_Optimizations|optimization]] section)
* CPU resource: allocation shares set to 'high'
* CPU resource: reservation set to maximum and no limit (i.e. 'unlimited')
* Memory resource: reserve all guest memory (all locked)
* Disk: shares 'high'
* Advanced CPU: Hyperthread core sharing to 'None'
* Latency Sensitivity: 'High'

== Getting the Image ==
Please contact our sales team at sales@telcobridges.com to get a copy of the latest TBSC Image.

== Installation on VmWare cloud ==

=== TBSC VmWare Image ===
A virtual machine image is a single file that contains a virtual disk that has a bootable operating system installed on it. Images are used to create virtual machine instances within the cloud.

You will need to upload the latest TSBC image into your VmWare before you can launch a virtual machine instance running the TSBC software.

==== Launching an instance ====

[[TSBC-SW:Cloud:VmWare_Launching_Instance_Web_A|Using the ESXi Web client]]

[[TSBC-SW:Cloud:VmWare_Launching_Instance_vSphere_A|Using the vSphere client application]]

=== Accessing the TSBC-SW ===

==== Accessing the TSBC-SW web portal ====
* Open a web browser to the management IP of the TSBC, on port 12358. Example if your server address is 192.168.178.30, the URL would be: http://192.168.178.30:12358
 
:You should get to the TSBC Configuration Wizard 
:[[File:TSBC_WebPortal_Configuration_wizard.jpg|700px]]
 
* If you do not know the IP address, you can find it from the VMware interface: 
:[[File:FreeSBC Initial IP address.png|700px]]
 
* From here, you can go to [[TSBC-SW:WebPortal:Initial Configuration|Web Portal Initial Configuration Guide]] to continue the installation, and/or [[TSBC-SW:Baremetal:VmWare_Optimizations|optimize ]] your server to get the maximum out of your server.

== Web Portal Initial Configuration ==
Click on the following link to pursue installation from the web portal:
[[TSBC-SW:WebPortal:Initial Configuration]]

== Optimizations ==
Click on the following link for VmWare optimizations:
[[TSBC-SW:Cloud:VmWare_Optimizations]]

FreeSBC:Cloud:OpenStack Installation A

2018-02-06T14:22:00Z

Sylvain Fontaine: /* Requirements */

{{DISPLAYTITLE:FreeSBC:Cloud:OpenStack Installation}}
== Requirements ==
Minimal Cloud requirements:
* 64 bits infrastructures only
* Virtio NIC interface
* qemu-kvm CPU exposed as 'host' or minimally 'core2duo'
* One Ethernet adapter for management
* One or more Ethernet adapter(s) for data
{| cellpadding="5" border="1" class="wikitable"
|-
! width="150" style="background: none repeat scroll 0% 0% rgb(239, 239, 239); -moz-background-inline-policy: continuous;" | Sessions
! width="100" style="background: none repeat scroll 0% 0% rgb(239, 239, 239); -moz-background-inline-policy: continuous;" | CPU
! width="100" style="background: none repeat scroll 0% 0% rgb(239, 239, 239); -moz-background-inline-policy: continuous;" | RAM
! width="100" style="background: none repeat scroll 0% 0% rgb(239, 239, 239); -moz-background-inline-policy: continuous;" | Disk Space
! width="200" style="background: none repeat scroll 0% 0% rgb(239, 239, 239); -moz-background-inline-policy: continuous;" | Ethernet ports
|-
| valign="top" |
Up to 5,000
| valign="top" |
2
| valign="top" |
4 Gb
| valign="top" |
40 Gb
| valign="top" |
1 Gbps
|-
| valign="top" |
5,000-20,000
| valign="top" |
4
| valign="top" |
8 Gb
| valign="top" |
60 Gb
| valign="top" |
4 X 1 Gbps or
1 X 10 Gbps
|-
| valign="top" |
20,000-50,000
| valign="top" |
4**
| valign="top" |
16 Gb
| valign="top" |
80 Gb
| valign="top" |
1 X 10 Gbps
|-
| valign="top" |
Above 50,000
| valign="top" |
6**
| valign="top" |
24+ Gb
| valign="top" |
100 Gb
| valign="top" |
Multiple 10 Gbps
|}
<nowiki>**</nowiki> The CPU number is based on Intel R630 with Xeon E5-2643. Double the CPUs number if yours are from a earlier generations.

More details on HW/CPU/NIC requirements can be found here: [[FreeSBC:RequirementsMatrix|RequirementsMatrix]]

For better performance (see [[TSBC-SW:Cloud:OpenStack_Optimizations|optimization]] section)
* SR-IOV or MacVTap compatible NICs
* Overcommit set to 1:1
* No CPU (including hyperthreading) shared between infrastructure and compute section
* Dedicated memory allocation to VM

== Getting the Image ==
Please contact our sales team at sales@telcobridges.com to get a copy of the latest TBSC Image.

== Installation on OpenStack cloud ==

=== TSBC OpenStack Minimal Flavor ===
In OpenStack, a flavor defines the compute, memory, and storage capacity of a virtual server, also known as an instance. If you do not already have a flavor that meets the listed minimal requirements, you will have to create a new one.

==== Creating a Flavor ====
#Log in to the Dashboard and select the '''admin''' project from the drop-down list.
#In the '''Admin''' tab, open the '''Compute''' tab and click the '''Flavors''' category.
#Click '''Create Flavor'''.
#In the '''Create Flavor''' window, enter or select the parameters for the flavor in the '''Flavor Information''' tab.
#* '''Name''' : ''TelcoBridges TSBC Flavor''
#* '''VCPUs''' : ''4''
#* '''RAM (MB)''' : ''8192''
#* '''Root Disk (GB)''' : ''40''
#* Other fields are left to their default value [[File:OpenStackMinimalFlavorCreate.png|500px]]
#In the '''Flavor Access''' tab, you can control access to the flavor by moving projects from the '''All Projects''' column to the '''Selected Projects''' column. Only projects in the '''Selected Projects''' column can use the flavor. If there are no projects in the right column, all projects can use the flavor.
#Click '''Create Flavor'''.

==== References ====
*https://docs.openstack.org/admin-guide/dashboard-manage-flavors.html
*https://docs.openstack.org/admin-guide/compute-flavors.html

=== TBSC OpenStack Image ===
A virtual machine image is a single file that contains a virtual disk that has a bootable operating system installed on it. Images are used to create virtual machine instances within the cloud.

You will need to upload the latest TSBC image into your OpenStack before you can launch a virtual machine instance running the TSBC software.

==== Upload an Image ====
Follow this procedure to upload an image to a project:
#Log in to the dashboard.
#Select the appropriate project from the drop down menu at the top left.
#On the Project tab, open the Compute tab and click Images category.
#Click Create Image.
#The Create An Image dialog box appears.
#Enter the following values:
#*'''Image Name''' : ''TelcoBridges TSBC xx.yy.zz'' (Where xxx.yy.zz is changed to the version number of the TSBC image)
#*'''Image Description''': ''TelcoBridges TSBC version xx.yy.zz''
#*'''Image Source''' : ''.qcow2 file. Must not be compressed (tar.gz)''.
#*'''Image File''' : Browse for the image file on your file system and add it.
#*'''Format''': ''QCOW2''
#*'''Architecture''': ''x86_64''
#*'''Minimum Disk (GB)''' : ''20''
#*'''Minimum RAM (MB)''': ''8192''
#*'''Visibility''' : The access permission for the image. ''Public'' or ''Private'', depending on your needs.
#*'''Protected''': Select this check box to ensure that only users with permissions can delete the image. ''Yes'' or ''No''. [[File:OpenStackImageUpload.png|500px]]
#Image Metadata : Leave empty.
#Click Create Image. The image is queued to be uploaded. It might take some time before the status changes from Queued to Active.

==== References ====
*https://docs.openstack.org/admin-guide/dashboard-manage-images.html

=== TSBC OpenStack Instance ===
Instances are virtual machines that run inside OpenStack's cloud. You will need to launch a new instance from the TSBC Image created in the [[#Upload an Image]] section

==== Launching an instance ====

#Log in to the dashboard.
#Select the appropriate project from the drop down menu at the top left.
#On the Project tab, open the Compute tab and click Instances category.
#The dashboard shows the instances with its name, its private and floating IP addresses, size, status, task, power state, and so on.
#Click Launch Instance.
#In the Launch Instance dialog box, specify the following values:
##<big>Details tab</big>
##*'''Instance Name''' : Assign a name to the virtual machine. For example: ''TelcoBridges TSBC''.
##*'''Availability Zone''' : By default, this value is set to the availability zone given by the cloud provider (for example, us-west or apac-south). For some cases, it could be nova.
##*'''Count''' : ''1'' [[File:OpenStackLaunchInstanceDetailsTab.png|500px]]
##<big>Source tab</big>
##*'''Instance Boot Source''' : ''Boot from image''.
##*'''Create new Volume''' : ''No''
##*'''Select Image Name''' : Select ''TelcoBridges TSBC xx.yy.zz'' as created in [[#Upload an Image]] section. [[File:OpenStackLaunchInstanceSourceTab.png|500px]]
##<big>Flavor tab</big>
##*'''Flavor''' : Select ''TelcoBridges TSBC Flavor'' as created in [[#Creating a Flavor]] section. [[File:OpenStackLaunchInstanceFlavorTab.png|500px]]
##<big>Networks tab</big>
##*'''Selected Networks''': If you are installing a '''standalone''' SBC, the TSBC will need access to ''WAN'' and ''MGMT'' networks. For transcoding on TSBC-TRANS, or HA pair installation, the TSBC will also need access to ''CTRL0'', ''CTRL1'' and ''TRANS0'' networks. Please refer to [[TSBC-SW:Networking]] for details on network requirements. '''Important''': For optimal performance, it is recommended to use SR-IOV or MacVTap ports to access ''LAN'' and ''WAN'' networks, see [[TSBC-SW:Cloud:OpenStack_Optimizations]] for details. [[File:OpenStackLaunchInstanceNetworkTab.png|500px]]
##<big>Network Ports tab</big>
##*'''Ports''' : For optimal performances, SR-IOV and MacVTap ports should be used to access ''LAN'' and ''WAN'' networks. If you do choose to use Network Ports to attach to ''LAN'' and ''WAN'' networks, do not attach to them in ''Networks Tabs''. See [[TSBC-SW:Cloud:OpenStack_Optimizations]] for details. [[File:OpenStackLaunchInstanceNetworkPortsTab.png|500px]]
##<big>Security Groups tab</big>
##*'''Security Groups''': Activate the security groups that you want to assign to the instance. Security groups are a kind of cloud firewall that define which incoming network traffic is forwarded to instances. If you have not created any security groups, you can assign only the default security group to the instance. '''Warning''': ''Make sure the selected security group allows ingress traffic''. [[File:OpenStackLaunchInstanceSecurityGroupTab.png|500px]]
##<big>Key Pair tab</big>
##*'''Key Pair''' : SSH access to the TSBC with a password is disabled by default on the TSBC. You will need to provide your SSH public key here in order to get SSH access into the TSBC. [[File:OpenStackLaunchInstanceKeyPairTab.png|500px]]
#Click Launch Instance. The TSBC instance will starts on a compute node in your cloud. When the instance state is changed to Active, you will be able to the TSBC using SSH or a web browser as described in the next section..

==== References ====
*https://docs.openstack.org/user-guide/dashboard-launch-instances.html

=== Accessing the TSBC-SW ===
==== TSBC SSH Access ====
There is no root password by default, you will need to SSH onto the TSBC using SSH private key matching the public provided in the '''Key Pair tab''' when [[#Launching an instance|Launching]] the TSBC instance. Login using ''tbcloud'' as username.

For example, if you TSBC management IP is 192.168.178.30:
> ssh tbcloud@192.168.178.30
ECDSA key fingerprint is 5d:94:a1:93:0f:a4:7a:5d:41:cc:29:49:79:5a:58:f3.
Are you sure you want to continue connecting (yes/no)? yes
Warning: Permanently added '192.168.178.30' (ECDSA) to the list of known hosts.

CentOS-7-x86_64-Minimal-1511/112/190195:197392, Fri 7 Apr 17:41:46 EDT 2017
[tbcloud@tsbc ~]$

==== Accessing the TSBC-SW web portal ====
# Open a web browser to the management IP of the TSBC, on port 12358. Example if your server address is 192.168.178.30, the URL would be: http://192.168.178.30:12358
# You should get to the TSBC Configuration Wizard [[File:TSBC_WebPortal_Configuration_wizard.jpg|350px]]

From here, you can go to [[TSBC-SW:WebPortal:Initial Configuration|Web Portal Initial Configuration Guide]] to continue the installation, and/or [[TSBC-SW:Baremetal:OpenStack_Optimizations|optimize ]] your server to get the maximum out of your server.

== Web Portal Initial Configuration ==
Click on the following link to pursue installation from the web portal:
[[TSBC-SW:WebPortal:Initial Configuration]]

== Optimizations ==
Click on the following link for OpenStack optimizations:
[[TSBC-SW:Cloud:OpenStack_Optimizations]]

FreeSBC:Baremetal:Installation A

2018-02-06T14:21:13Z

Sylvain Fontaine: /* Requirements */

{{DISPLAYTITLE:FreeSBC:Baremetal:Installation}}

== Requirements ==
Minimal server requirements:
* 64 bits server
* Optical disk drive
* One management Ethernet
* Console access through serial port or keyboard/monitor ports
* BIOS setup for maximum performance (i.e. no dynamic CPU throttling)

{| cellpadding="5" border="1" class="wikitable"
|-
! width="150" style="background: none repeat scroll 0% 0% rgb(239, 239, 239); -moz-background-inline-policy: continuous;" | Sessions
! width="100" style="background: none repeat scroll 0% 0% rgb(239, 239, 239); -moz-background-inline-policy: continuous;" | CPU
! width="100" style="background: none repeat scroll 0% 0% rgb(239, 239, 239); -moz-background-inline-policy: continuous;" | RAM
! width="100" style="background: none repeat scroll 0% 0% rgb(239, 239, 239); -moz-background-inline-policy: continuous;" | Disk Space
! width="200" style="background: none repeat scroll 0% 0% rgb(239, 239, 239); -moz-background-inline-policy: continuous;" | Data Ethernet ports***
|-
| valign="top" |
Up to 5,000
| valign="top" |
2
| valign="top" |
4 Gb
| valign="top" |
40 Gb
| valign="top" |
1 Gbps
|-
| valign="top" |
5,000-20,000
| valign="top" |
4
| valign="top" |
8 Gb
| valign="top" |
60 Gb
| valign="top" |
4 X 1 Gbps or
1 X 10 Gbps
|-
| valign="top" |
20,000-50,000
| valign="top" |
4**
| valign="top" |
16 Gb
| valign="top" |
80 Gb
| valign="top" |
1 X 10 Gbps
|-
| valign="top" |
Above 50,000
| valign="top" |
6**
| valign="top" |
24+ Gb
| valign="top" |
100 Gb
| valign="top" |
Multiple 10 Gbps
|}
<nowiki>**</nowiki> The CPU number is based on Intel R630 with Xeon E5-2643. Double the CPUs number if yours are from a earlier generations.

<nowiki>***</nowiki> See list of supported Network Interface Cards (NICs) here: [[Supported_NICs|List of supported NICs]]

More details on HW/CPU/NIC requirements can be found here: [[FreeSBC:RequirementsMatrix|RequirementsMatrix]]

For better performance (see [[TSBC-SW:Baremetal:Optimizations|optimization]] section)
* NUMA tuning
* PCIe tuning

== Getting the ISO ==
Please contact our [mailto:sales@telcobridges.com sales team] to get a copy of the latest TBSC-SW ISO.

== Installing the ISO ==
The installation process will reformat the server's disks and install all the necessary software.

=== Installing using the ISO burned onto a bootable USB flash drive ===
Use a software application to burn the ISO onto a USB flash drive. On Windows, [[https://rufus.akeo.ie/ |Rufus ]] is known to work with the TSBC-SW ISO.
But generally any similar application should work. Make sure to set the volume label to "'''CENTOS 7 X8'''" and to format the drive in the FAT32 file system format.

=== Physical installation steps ===
# Identify which Ethernet networks you need and connect them to your server. Refer to [[TSBC-SW:Networking]] for more information
# Burn the ISO onto a DVD or a USB flash drive
# Get an access to the console of the server. Usually, this is achieved by connecting a keyboard and screen to the server.
# Insert the DVD in the optical drive of your server and boot from the DVD drive.
#* Alternatively, plug in your USB flash drive and boot from that drive.
# You should get the to the "Virtual Appliance Installer" menu on your display: [[File:ISO_install_prompt.jpg|350px]]
# Hit 'R' key, then 'ENTER' key to start the installation [[File:ISO_installing.jpg|350px]]
# Wait for the installation process to complete. When installation is complete, the server will reboot itself.
#* Important: Make sure to remove the DVD from the drive while the server is rebooting. If you get back to "Virtual Appliance Installer", just eject the CD or remove the USB flash drive and reboot again.
# It may take a couple of minutes for the system to be brought up after the first reboot. Until the WebPortal is accessible, you must '''not''' reboot the newly created machine to allow the installation to complete properly.

=== Changing the root password ===
# Use the console to login into the server
## user: root
## password: root
# Change the password to something stronger than root:
# passwd
New password: ........
Retype new password: ........
passwd: all authentication tokens updated successfully.

=== Assigning IP address ===
By default, all detect network interfaces will have DHCP enabled. Thus, the server might already have an IP address assigned if the network has a DHCP server running. In such case, you can display and use it to access the web portal configuration panel.

# Retrieve an IP address assigned by DHCP
# ifconfig

If there is no IP assigned, you will need to configure one manually.

# Assign a IP address to the Ethernet interface having network connectivity. Example if the NIC's name would be eth0:
# ip link set eth0 up
# ip addresss add 192.168.178.30/24 dev eth0

=== Accessing the TSBC-SW web portal ===
# Open a web browser to the IP of your server, on port 12358. Example if your server address is 192.168.178.30, the URL would be: http://192.168.178.30:12358
# You should get to the TSBC Configuration Wizard [[File:TSBC_WebPortal_Configuration_wizard.jpg|350px]]

From here, you can go to [[TSBC-SW:WebPortal:Initial Configuration|Web Portal Initial Configuration Guide]] to continue the installation, and/or [[TSBC-SW:Baremetal:Optimizations|optimize ]] your server to get the maximum out of your server.

== Web Portal Initial Configuration ==
Click on the following link to pursue installation from the web portal:
[[TSBC-SW:WebPortal:Initial Configuration]]

== Optimizations ==
Click on the following link for baremetal server optimizations:
[[TSBC-SW:Baremetal:Optimizations]]

FreeSBC:RequirementsMatrix

2018-02-06T14:17:43Z

Sylvain Fontaine:

FreeSBC:RequirementsMatrix

2018-02-06T14:13:56Z

Sylvain Fontaine:

{| cellpadding="5" border="1" class="wikitable"
! Sessions || Networking || Tested Server || Platform || RSS || 1G i350, i210(tmg) || 10G X520, X540 || 10G X710
|- style="vertical-align:middle;height:100px; width:100px; text-align:left;"
| 1000 || emulation || R610 || OpenStack || || {{Check mark}} || {{Check mark}} || {{Check mark}}
|- style="vertical-align:middle;height:100px; width:100px; text-align:left;"
| 1600 || para-virtualized || R610 || OpenStack || || {{Check mark}} || {{Check mark}} || {{Check mark}}
|- style="vertical-align:middle;height:100px; width:100px; text-align:left;"
| 5000 || emulation || R610 || VmWare || || {{Check mark}} || {{Check mark}} || {{Check mark}}
|- style="vertical-align:middle;height:100px; width:100px; text-align:left;"
| 8000 || para-virtualized || R610 || VmWare || || || {{Check mark}} || {{Check mark}}
|- style="vertical-align:middle;height:100px; width:100px; text-align:left;"
| 5000 || Physical || Atom || Baremetal || || {{Check mark}} || {{Check mark}} || {{Check mark}}
|- style="vertical-align:middle;height:100px; width:100px; text-align:left;"
| 13000 || Passthrough/SR-IOV || R610 || OpenStack/VmWare || || || {{Check mark}} || {{Check mark}}
|- style="vertical-align:middle;height:100px; width:100px; text-align:left;"
| 25000 || Physical || R610 || Baremetal || || || {{Check mark}} || {{Check mark}}
|- style="vertical-align:middle;height:100px; width:100px; text-align:left;"
| 26000 || Passthrough/SR-IOV || R610 || OpenStack/VmWare || {{Check mark}} || || || {{Check mark}}
|- style="vertical-align:middle;height:100px; width:100px; text-align:left;"
| 42000 || Physical || R610 || Baremetal || {{Check mark}} || || {{Check mark}} || {{Check mark}}
|- style="vertical-align:middle;height:100px; width:100px; text-align:left;"
| 50000 || Physical || R330 (MID) || Baremetal || {{Check mark}} || || {{Check mark}} || {{Check mark}}
|- style="vertical-align:middle;height:100px; width:100px; text-align:left;"
| 60000 || Physical || R330 (MID) || Baremetal || {{Check mark}} || || {{Check mark}} (2 ports) || {{Check mark}} (2 ports)
|- style="vertical-align:middle;height:100px; width:100px; text-align:left;"
| 160000 || Physical || R630 (HIGH) || Baremetal || X || || X (4 ports) || X (4 ports)
|}

FreeSBC:RequirementsMatrix

2018-02-06T14:13:13Z

Sylvain Fontaine:

{| cellpadding="5" border="1" class="wikitable" style="vertical-align:middle;height:100px; width:100px; text-align:left;"
! Sessions || Networking || Tested Server || Platform || RSS || 1G i350, i210(tmg) || 10G X520, X540 || 10G X710
|-
| 1000 || emulation || R610 || OpenStack || || {{Check mark}} || {{Check mark}} || {{Check mark}}
|-
| 1600 || para-virtualized || R610 || OpenStack || || {{Check mark}} || {{Check mark}} || {{Check mark}}
|-
| 5000 || emulation || R610 || VmWare || || {{Check mark}} || {{Check mark}} || {{Check mark}}
|-
| 8000 || para-virtualized || R610 || VmWare || || || {{Check mark}} || {{Check mark}}
|-
| 5000 || Physical || Atom || Baremetal || || {{Check mark}} || {{Check mark}} || {{Check mark}}
|-
| 13000 || Passthrough/SR-IOV || R610 || OpenStack/VmWare || || || {{Check mark}} || {{Check mark}}
|-
| 25000 || Physical || R610 || Baremetal || || || {{Check mark}} || {{Check mark}}
|-
| 26000 || Passthrough/SR-IOV || R610 || OpenStack/VmWare || {{Check mark}} || || || {{Check mark}}
|-
| 42000 || Physical || R610 || Baremetal || {{Check mark}} || || {{Check mark}} || {{Check mark}}
|-
| 50000 || Physical || R330 (MID) || Baremetal || {{Check mark}} || || {{Check mark}} || {{Check mark}}
|-
| 60000 || Physical || R330 (MID) || Baremetal || {{Check mark}} || || {{Check mark}} (2 ports) || {{Check mark}} (2 ports)
|-
| 160000 || Physical || R630 (HIGH) || Baremetal || X || || X (4 ports) || X (4 ports)
|}

Template:Check mark

2018-02-06T14:11:59Z

Sylvain Fontaine: Created page with "{{{{{|safesubst:}}}#ifexist:media:{{{{{|safesubst:}}}lc:{{{color|{{{colour}}}}}}}} check.svg |[[File:{{{{{|safesubst:}}}lc:{{{color|{{{colour}}}}}}}} check.svg|{{{{{|safesubst..."

{{{{{|safesubst:}}}#ifexist:media:{{{{{|safesubst:}}}lc:{{{color|{{{colour}}}}}}}} check.svg
|[[File:{{{{{|safesubst:}}}lc:{{{color|{{{colour}}}}}}}} check.svg|{{{{{|safesubst:}}}#if:{{{1|}}}|{{{1}}}|23}}px|Check mark|alt={{{color|{{{colour}}}}}} tick|link=]]
|[[File:Yes check.svg|{{{{{|safesubst:}}}#if:{{{1|}}}|{{{1}}}|23}}px|Check mark|alt=Green tick|link=]]}}Y<noinclude>
{{documentation}}
</noinclude>

FreeSBC:RequirementsMatrix

2018-02-06T14:09:20Z

Sylvain Fontaine:

{| cellpadding="5" border="1" class="wikitable" style="vertical-align:middle;height:100px; width:100px; text-align:left;"
! Sessions || Networking || Tested Server || Platform || RSS || 1G i350, i210(tmg) || 10G X520, X540 || 10G X710
|-
| 1000 || emulation || R610 || OpenStack || || X || X || X
|-
| 1600 || para-virtualized || R610 || OpenStack || || X || X || X
|-
| 5000 || emulation || R610 || VmWare || || X || X || X
|-
| 8000 || para-virtualized || R610 || VmWare || || || X || X
|-
| 5000 || Physical || Atom || Baremetal || || X || X || X
|-
| 13000 || Passthrough/SR-IOV || R610 || OpenStack/VmWare || || || X || X
|-
| 25000 || Physical || R610 || Baremetal || || || X || X
|-
| 26000 || Passthrough/SR-IOV || R610 || OpenStack/VmWare || X || || || X
|-
| 42000 || Physical || R610 || Baremetal || X || || X || X
|-
| 50000 || Physical || R330 (MID) || Baremetal || X || || X || X
|-
| 60000 || Physical || R330 (MID) || Baremetal || X || || X (2 ports) || X (2 ports)
|-
| 160000 || Physical || R630 (HIGH) || Baremetal || X || || X (4 ports) || X (4 ports)
|}

FreeSBC:RequirementsMatrix

2018-02-06T14:01:06Z

Sylvain Fontaine:

{| cellpadding="5" border="1" class="wikitable"
! Sessions || Networking || Tested Server || Platform || RSS || 1G i350, i210(tmg) || 10G X520, X540 || 10G X710
|-
| 1000 || emulation || R610 || OpenStack || || X || X || X
|-
| 1600 || para-virtualized || R610 || OpenStack || || X || X || X
|-
| 5000 || emulation || R610 || VmWare || || X || X || X
|-
| 8000 || para-virtualized || R610 || VmWare || || || X || X
|-
| 5000 || Physical || Atom || Baremetal || || X || X || X
|-
| 13000 || Passthrough/SR-IOV || R610 || OpenStack/VmWare || || || X || X
|-
| 25000 || Physical || R610 || Baremetal || || || X || X
|-
| 26000 || Passthrough/SR-IOV || R610 || OpenStack/VmWare || X || || || X
|-
| 42000 || Physical || R610 || Baremetal || X || || X || X
|-
| 50000 || Physical || R330 (MID) || Baremetal || X || || X || X
|-
| 60000 || Physical || R330 (MID) || Baremetal || X || || X (2 ports) || X (2 ports)
|-
| 160000 || Physical || R630 (HIGH) || Baremetal || X || || X (4 ports) || X (4 ports)
|}

FreeSBC:RequirementsMatrix

2018-02-06T13:59:44Z

Sylvain Fontaine: Created page with "{| ! Sessions || Networking || Tested Server || Platform || RSS || 1G i350, i210(tmg) || 10G X520, X540 || 10G X710 |- | 1000 || emulation || R610 || OpenStack || || X || X |..."

{|
! Sessions || Networking || Tested Server || Platform || RSS || 1G i350, i210(tmg) || 10G X520, X540 || 10G X710
|-
| 1000 || emulation || R610 || OpenStack || || X || X || X
|-
| 1600 || para-virtualized || R610 || OpenStack || || X || X || X
|-
| 5000 || emulation || R610 || VmWare || || X || X || X
|-
| 8000 || para-virtualized || R610 || VmWare || || || X || X
|-
| 5000 || Physical || Atom || Baremetal || || X || X || X
|-
| 13000 || Passthrough/SR-IOV || R610 || OpenStack/VmWare || || || X || X
|-
| 25000 || Physical || R610 || Baremetal || || || X || X
|-
| 26000 || Passthrough/SR-IOV || R610 || OpenStack/VmWare || X || || || X
|-
| 42000 || Physical || R610 || Baremetal || X || || X || X
|-
| 50000 || Physical || R330 (MID) || Baremetal || X || || X || X
|-
| 60000 || Physical || R330 (MID) || Baremetal || X || || X (2 ports) || X (2 ports)
|-
| 160000 || Physical || R630 (HIGH) || Baremetal || X || || X (4 ports) || X (4 ports)
|}

FreeSBC:Cloud:OpenStack Installation A

2017-12-20T13:36:20Z

Sylvain Fontaine: /* Creating a Flavor */

{{DISPLAYTITLE:FreeSBC:Cloud:OpenStack Installation}}
== Requirements ==
Minimal Cloud requirements:
* 64 bits infrastructures only
* Virtio NIC interface
* qemu-kvm CPU exposed as 'host' or minimally 'core2duo'
* One Ethernet adapter for management
* One or more Ethernet adapter(s) for data
{| cellpadding="5" border="1" class="wikitable"
|-
! width="150" style="background: none repeat scroll 0% 0% rgb(239, 239, 239); -moz-background-inline-policy: continuous;" | Sessions
! width="100" style="background: none repeat scroll 0% 0% rgb(239, 239, 239); -moz-background-inline-policy: continuous;" | CPU
! width="100" style="background: none repeat scroll 0% 0% rgb(239, 239, 239); -moz-background-inline-policy: continuous;" | RAM
! width="100" style="background: none repeat scroll 0% 0% rgb(239, 239, 239); -moz-background-inline-policy: continuous;" | Disk Space
! width="200" style="background: none repeat scroll 0% 0% rgb(239, 239, 239); -moz-background-inline-policy: continuous;" | Ethernet ports
|-
| valign="top" |
Up to 5,000
| valign="top" |
2
| valign="top" |
4 Gb
| valign="top" |
40 Gb
| valign="top" |
1 Gbps
|-
| valign="top" |
5,000-20,000
| valign="top" |
4
| valign="top" |
8 Gb
| valign="top" |
60 Gb
| valign="top" |
4 X 1 Gbps or
1 X 10 Gbps
|-
| valign="top" |
20,000-50,000
| valign="top" |
4**
| valign="top" |
16 Gb
| valign="top" |
80 Gb
| valign="top" |
1 X 10 Gbps
|-
| valign="top" |
Above 50,000
| valign="top" |
6**
| valign="top" |
24+ Gb
| valign="top" |
100 Gb
| valign="top" |
Multiple 10 Gbps
|}
<nowiki>**</nowiki> The CPU number is based on Intel R630. Double the CPUs number if yours are from a earlier generations.

For better performance (see [[TSBC-SW:Cloud:OpenStack_Optimizations|optimization]] section)
* SR-IOV or MacVTap compatible NICs
* Overcommit set to 1:1
* No CPU (including hyperthreading) shared between infrastructure and compute section
* Dedicated memory allocation to VM

== Getting the Image ==
Please contact our sales team at sales@telcobridges.com to get a copy of the latest TBSC Image.

== Installation on OpenStack cloud ==

=== TSBC OpenStack Minimal Flavor ===
In OpenStack, a flavor defines the compute, memory, and storage capacity of a virtual server, also known as an instance. If you do not already have a flavor that meets the listed minimal requirements, you will have to create a new one.

==== Creating a Flavor ====
#Log in to the Dashboard and select the '''admin''' project from the drop-down list.
#In the '''Admin''' tab, open the '''System''' tab and click the '''Flavors''' category.
#Click '''Create Flavor'''.
#In the '''Create Flavor''' window, enter or select the parameters for the flavor in the '''Flavor Information''' tab.
#* '''Name''' : ''TelcoBridges TSBC Flavor''
#* '''VCPUs''' : ''4''
#* '''RAM (MB)''' : ''8192''
#* '''Root Disk (GB)''' : ''40''
#* Other fields are left to their default value [[File:OpenStackMinimalFlavorCreate.png|500px]]
#In the '''Flavor Access''' tab, you can control access to the flavor by moving projects from the '''All Projects''' column to the '''Selected Projects''' column. Only projects in the '''Selected Projects''' column can use the flavor. If there are no projects in the right column, all projects can use the flavor.
#Click '''Create Flavor'''.

==== References ====
*https://docs.openstack.org/admin-guide/dashboard-manage-flavors.html
*https://docs.openstack.org/admin-guide/compute-flavors.html

=== TBSC OpenStack Image ===
A virtual machine image is a single file that contains a virtual disk that has a bootable operating system installed on it. Images are used to create virtual machine instances within the cloud.

You will need to upload the latest TSBC image into your OpenStack before you can launch a virtual machine instance running the TSBC software.

==== Upload an Image ====
Follow this procedure to upload an image to a project:
#Log in to the dashboard.
#Select the appropriate project from the drop down menu at the top left.
#On the Project tab, open the Compute tab and click Images category.
#Click Create Image.
#The Create An Image dialog box appears.
#Enter the following values:
#*'''Image Name''' : ''TelcoBridges TSBC xx.yy.zz'' (Where xxx.yy.zz is changed to the version number of the TSBC image)
#*'''Image Description''': ''TelcoBridges TSBC version xx.yy.zz''
#*'''Image Source''' : ''.qcow2 file. Must not be compressed (tar.gz)''.
#*'''Image File''' : Browse for the image file on your file system and add it.
#*'''Format''': ''QCOW2''
#*'''Architecture''': ''x86_64''
#*'''Minimum Disk (GB)''' : ''20''
#*'''Minimum RAM (MB)''': ''8192''
#*'''Visibility''' : The access permission for the image. ''Public'' or ''Private'', depending on your needs.
#*'''Protected''': Select this check box to ensure that only users with permissions can delete the image. ''Yes'' or ''No''. [[File:OpenStackImageUpload.png|500px]]
#Image Metadata : Leave empty.
#Click Create Image. The image is queued to be uploaded. It might take some time before the status changes from Queued to Active.

==== References ====
*https://docs.openstack.org/admin-guide/dashboard-manage-images.html

=== TSBC OpenStack Instance ===
Instances are virtual machines that run inside OpenStack's cloud. You will need to launch a new instance from the TSBC Image created in the [[#Upload an Image]] section

==== Launching an instance ====

#Log in to the dashboard.
#Select the appropriate project from the drop down menu at the top left.
#On the Project tab, open the Compute tab and click Instances category.
#The dashboard shows the instances with its name, its private and floating IP addresses, size, status, task, power state, and so on.
#Click Launch Instance.
#In the Launch Instance dialog box, specify the following values:
##<big>Details tab</big>
##*'''Instance Name''' : Assign a name to the virtual machine. For example: ''TelcoBridges TSBC''.
##*'''Availability Zone''' : By default, this value is set to the availability zone given by the cloud provider (for example, us-west or apac-south). For some cases, it could be nova.
##*'''Count''' : ''1'' [[File:OpenStackLaunchInstanceDetailsTab.png|500px]]
##<big>Source tab</big>
##*'''Instance Boot Source''' : ''Boot from image''.
##*'''Create new Volume''' : ''No''
##*'''Select Image Name''' : Select ''TelcoBridges TSBC xx.yy.zz'' as created in [[#Upload an Image]] section. [[File:OpenStackLaunchInstanceSourceTab.png|500px]]
##<big>Flavor tab</big>
##*'''Flavor''' : Select ''TelcoBridges TSBC Flavor'' as created in [[#Creating a Flavor]] section. [[File:OpenStackLaunchInstanceFlavorTab.png|500px]]
##<big>Networks tab</big>
##*'''Selected Networks''': If you are installing a '''standalone''' SBC, the TSBC will need access to ''WAN'' and ''MGMT'' networks. For transcoding on TSBC-TRANS, or HA pair installation, the TSBC will also need access to ''CTRL0'', ''CTRL1'' and ''TRANS0'' networks. Please refer to [[TSBC-SW:Networking]] for details on network requirements. '''Important''': For optimal performance, it is recommended to use SR-IOV or MacVTap ports to access ''LAN'' and ''WAN'' networks, see [[TSBC-SW:Cloud:OpenStack_Optimizations]] for details. [[File:OpenStackLaunchInstanceNetworkTab.png|500px]]
##<big>Network Ports tab</big>
##*'''Ports''' : For optimal performances, SR-IOV and MacVTap ports should be used to access ''LAN'' and ''WAN'' networks. If you do choose to use Network Ports to attach to ''LAN'' and ''WAN'' networks, do not attach to them in ''Networks Tabs''. See [[TSBC-SW:Cloud:OpenStack_Optimizations]] for details. [[File:OpenStackLaunchInstanceNetworkPortsTab.png|500px]]
##<big>Security Groups tab</big>
##*'''Security Groups''': Activate the security groups that you want to assign to the instance. Security groups are a kind of cloud firewall that define which incoming network traffic is forwarded to instances. If you have not created any security groups, you can assign only the default security group to the instance. '''Warning''': ''Make sure the selected security group allows ingress traffic''. [[File:OpenStackLaunchInstanceSecurityGroupTab.png|500px]]
##<big>Key Pair tab</big>
##*'''Key Pair''' : SSH access to the TSBC with a password is disabled by default on the TSBC. You will need to provide your SSH public key here in order to get SSH access into the TSBC. [[File:OpenStackLaunchInstanceKeyPairTab.png|500px]]
#Click Launch Instance. The TSBC instance will starts on a compute node in your cloud. When the instance state is changed to Active, you will be able to the TSBC using SSH or a web browser as described in the next section..

==== References ====
*https://docs.openstack.org/user-guide/dashboard-launch-instances.html

=== Accessing the TSBC-SW ===
==== TSBC SSH Access ====
There is no root password by default, you will need to SSH onto the TSBC using SSH private key matching the public provided in the '''Key Pair tab''' when [[#Launching an instance|Launching]] the TSBC instance. Login using ''tbcloud'' as username.

For example, if you TSBC management IP is 192.168.178.30:
> ssh tbcloud@192.168.178.30
ECDSA key fingerprint is 5d:94:a1:93:0f:a4:7a:5d:41:cc:29:49:79:5a:58:f3.
Are you sure you want to continue connecting (yes/no)? yes
Warning: Permanently added '192.168.178.30' (ECDSA) to the list of known hosts.

CentOS-7-x86_64-Minimal-1511/112/190195:197392, Fri 7 Apr 17:41:46 EDT 2017
[tbcloud@tsbc ~]$

==== Accessing the TSBC-SW web portal ====
# Open a web browser to the management IP of the TSBC, on port 12358. Example if your server address is 192.168.178.30, the URL would be: http://192.168.178.30:12358
# You should get to the TSBC Configuration Wizard [[File:TSBC_WebPortal_Configuration_wizard.jpg|350px]]

From here, you can go to [[TSBC-SW:WebPortal:Initial Configuration|Web Portal Initial Configuration Guide]] to continue the installation, and/or [[TSBC-SW:Baremetal:OpenStack_Optimizations|optimize ]] your server to get the maximum out of your server.

== Web Portal Initial Configuration ==
Click on the following link to pursue installation from the web portal:
[[TSBC-SW:WebPortal:Initial Configuration]]

== Optimizations ==
Click on the following link for OpenStack optimizations:
[[TSBC-SW:Cloud:OpenStack_Optimizations]]

Tsbc

2017-11-02T19:26:42Z

Sylvain Fontaine: Redirected page to FreeSBC

#REDIRECT [[FreeSBC]]
==Session Border Controllers==

[[Image:800_3200_angle_front.png|500px|[[TSBC5000]] Session border controller]]

The TSBC family of Session Border Controllers benefits from TelcoBridges' decade long experience with packet network bridging.

Our SBC's enable high performance SIP to SIP (B2BUA), transcoding, header manipulation and extensive routing.

With an exclusive restful API, small and large scale deployment is both rapid and easy.

Our carrier grade solutions have been deployed in more than 100 countries worldwide.

Robust security is the hallmark of the TSBC, protecting network infrastructure from DoS and Distributed Denial of Service attacks in addition of features such as blacklisting and call access control.

Class leading density and integrated transcoding offers cost efficiency and hybrid functionality allowing service providers to do more with less.

==[[TSBC5000]]==
*Software upgradeable from 25 to 5000 sessions and transcoding up to 2744 sessions, the TSBC5000 is the most cost-effective SBC product for service providers and carriers currently available on the market that combines solid protection, IP-to-IP network adaptation and fast setup time in a single solution.

Support:License server

2017-11-01T16:16:06Z

Sylvain Fontaine:

{{DISPLAYTITLE:TelcoBridges License Server}}

Our partners can view the list of units they have from TelcoBridges on the license server. For each unit it shows the '''license expiration''' date (if it is a temporary license), and the '''warranty expiration''' date for this unit.
 
Our partners can generate licenses from the license server at this URL:

https://licenses.telcobridges.com

 
For partners who do not have a login for the above site, please contact [mailto:support@telcobridges.com TelcoBridges TB Support]. 

== Retrieve a license ==

For more details use one of these links:
*[[Toolpack:Retreiving_a_License_A|Retreiving a license for TMG units]]
<section begin=TSBC-SW-RETREIVE-A-LICENSE/>
*[[Toolpack:Retreiving_a_License_TSBC_A|Retreiving a license for FreeSBC units]]
<section end=TSBC-SW-RETREIVE-A-LICENSE/>

== Upload a license on the system ==

2.7 and previous release: [[Toolpack:Uploading_a_License_A|Upload a license 2.7]] 
2.8, 2.9 and onward: [[Toolpack:Uploading_a_License_B|Upload a license]] 

[[Category:Revise on Major]]

Tmedia 1+1

2017-10-24T20:26:22Z

Sylvain Fontaine: /* Types of Tmedia units that can be purchased */

[[Image:Flash-banner-Tmedia-1+1_120x375(2).jpg|thumb|350px|]]
TelcoBridges Tmedia 1+1 answers service providers’ needs for five nines reliability, offering a redundant gateway that ensures high-availability. This 1+1 feature set is available for the Tmedia TMG800, TMG3200 and TMG7800, creating a redundant system from 1 to 64 T1/E1s, 1 to 3 DS3 or 1 OC3/STM1. 

Our clients are looking to ensure that their VoIP systems are as infallible as their TDM networks, and TelcoBridges 1+1 provides that high level of redundancy and high availability they need to remain competitive. 

What does TelcoBridges mean when they say their system is redundant? 
TelcoBridges Tmedia 1+1 systems provide power redundancy, packet network redundancy and facility protection. 

 
== Goals of the Tmedia 1+1 system ==
* Protect the system (no loss of service) in case of failure of a Tmedia unit
* Reduce down-time when upgrading the software or hardware of a Tmedia 1+1 system
 

== Available configurations ==
* TMG800 1+1 system (T1/E1)
* TMG3200 1+1 system (OC3/STM1, DS3, T1/E1)
* TMG7800 (speak with your TelcoBridges sales representative today!)
 
== Components of the Tmedia 1+1 system ==
The Tmedia 1+1 system is made of:
*A standard Tmedia unit
*A +1 Tmedia unit
*One or two 1+1 patch panels

In case of failure of the active unit, the exact configuration will transfer onto the standby unit. The standby unit is then automatically activated, and continues to route the calls.
 

=== With TMG7800, the Tmedia 1+1 consists of ===
* A primary TMG7800-ctrl server
* A secondary TMG7800-ctrl server
* Multiple pairs of TMG7800 Telecom units (T1/E1, DS3, or OC3/STM1)
* Multiple 1+1 patch panels (one or two per pair of TMG7800 Telecommunication units)
 

== Types of Tmedia units that can be purchased ==
* TMG800 Standard VoIP gateway
** Can be used as a standalone unit, or part of a 1+1 system.
* TMG800 +1 (secondary) telecom unit.
** The +1 standby unit is available at a discounted price (in comparison to the standard Tmedia VoIP gateway).

* TMG3200 Standard VoIP gateway(primary unit)
** Can be used as a standalone unit, or part of a 1+1 system.
* TMG3200 +1 (secondary) telecom unit
** The +1 standby unit is available at a discounted price (in comparison to the standard Tmedia VoIP gateway).

* TMG3200 Spare unit.
** Can be used to replace a failed primary or secondary unit.
** Available at a discount price.

* TMG7800-ctrl unit
** The same type of unit is used both as primary or secondary server
* TMG7800 Telecommunication unit (T1/E1, DS3 or STM1)
** The same type of unit is used both as primary or secondary Telecommunication unit

 
To ensure complete protection, TelcoBridges recommends the purchase of a spare unit to go along with your 1+1 solution. This allows immediate replacement of a failed unit of the 1+1 system while it's being repaired by TelcoBridges.

 

== Network connection between units of the Tmedia 1+1 system ==
All units of the Tmedia 1+1 system need to be connected together using two Ethernet networks. These two networks must be:
* Independent Ethernet networks
** two for redundancy
** independant to avoid interferences between them
* Private (No up-link to the LAN)
** to avoid interferences with other equipments
** to isolate multiple Tmedia 1+1 systems from each other)

=== Networking configuration for TMG800/TMG3200 1+1 system ===
The network configuration for TMG800/TMG3200 1+1 system is quite simple: Simply connect the eth0 and eth1 ports of the two units back-to-back using standard Ethernet cable:

[[File:TMG3200_1p1_network.png]]
 
For more information, please refer to [[Gateway_Installation#Tmedia|TMG800/TMG3200 Installation guide]].

 
=== Networking configuration for TMG7800 1+1 system ===
It is mandatory that all eth0 ports of the system are connected together through a dedicated Ethernet switch. 
It is mandatory that all eth1 ports of the system are connected together through another dedicated Ethernet switch. 
These two Ethernet switches must not be connected to each other, and should ideally also not have any UpLink to the LAN (to minimize risks of interference with network traffic on the LAN).
 
[[File:TMG7800_1p1_network.png]]
 
For more information, please refer to [[Gateway_Installation#Tmedia|TMG7800 Installation guide]].

== How redundancy is achieved ==
The Tmedia system contains
* Host server, running call control applications, web portal, and other OAM-related applications
* Telecommunication unit, running protocol stacks, and having hardware resources to process voice (TDM, or VOIP)
 
Notes:
* The TMG800 unit contains both the host server and the Telecommunication unit in the same box.
*The TMG3200 unit contains both the host server and the Telecommunication unit in the same box.
*The TMG7800 has separated server (TMG7800-ctrl) and Telecommunication units (TMG7800) for scalability.
 
=== Redundancy of the applications ===
* The applications running on the host server are redundant by having one copy of each application running on each unit. 
* In case of failure of an application, the corresponding application on the other unit is activated to replace the failed application. 
* In case the whole host server unit fails, all applications on the other unit are activated.
 
=== Redundancy of the Telecommunication units ===
* Telecommunications units used in pairs (1+1)
* Both are connected to the TDM network, and to the IP network
** One is active (driving the signal on the TDM network, assigned an IP address on the VOIP network)
** One is standby (not driving the TDM network, no IP assigned on the VOIP network)
* When one unit fails
** the other unit is activated with the exact same configuration as the primary units
** the other unit starts driving the TDM network
** the other unit is assigned the IP address (moved from the primary) on the VOIP network)

 

[[category:Needs revising]]

Toolpack:Retreiving a License SBC A

2017-10-20T13:25:24Z

Sylvain Fontaine:

=== '''''Applies to version(s): v3.0''''' ===
{{DISPLAYTITLE:Retrieving a License for SBC Units}}

== First Time Installation ==
For first time installation of FreeSBC, use this procedure from the web portal of the SBC:
Maintenance -> Packages and Licenses -> Download license seed file

[[Image:Downloading_license_seed_1.png|1000x1000px]]

Send this file to [mailto:licenses@telcobridges.com licenses@telcobridges.com].

This will be used to generate the initial license of the unit and the support group will send you this license.

== Download License ==
In all other cases, our partners can generate licenses from the following site:

https://licenses.telcobridges.com

For partners who do not have a login for the above site, please contact [mailto:support@telcobridges.com TelcoBridges TB Support].

 

=== Download License ===

# Click on '''License Download''' from the left menu or on the '''Download''' button from the main page
# Enter the Serial number of your device (VTB-xxxx-xxxx)
# Click on the device
# Select your '''Version''' from the drop down menu
# Click '''Download'''.

Toolpack:Retreiving a License SBC A

2017-10-20T13:25:08Z

Sylvain Fontaine:

=== '''''Applies to version(s): v3.0''''' ===
{{DISPLAYTITLE:Retrieving a License for SBC Units}}

== First Time Installation ==
For first time installation of TSBC-SW, use this procedure from the web portal of the TSBC:
Maintenance -> Packages and Licenses -> Download license seed file

[[Image:Downloading_license_seed_1.png|1000x1000px]]

Send this file to [mailto:licenses@telcobridges.com licenses@telcobridges.com].

This will be used to generate the initial license of the unit and the support group will send you this license.

== Download License ==
In all other cases, our partners can generate licenses from the following site:

https://licenses.telcobridges.com

For partners who do not have a login for the above site, please contact [mailto:support@telcobridges.com TelcoBridges TB Support].

 

=== Download License ===

# Click on '''License Download''' from the left menu or on the '''Download''' button from the main page
# Enter the Serial number of your device (VTB-xxxx-xxxx)
# Click on the device
# Select your '''Version''' from the drop down menu
# Click '''Download'''.

Toolpack:Retreiving a License TSBC A

2017-10-20T13:24:56Z

Sylvain Fontaine: moved Toolpack:Retreiving a License TSBC A to Toolpack:Retreiving a License SBC A

#REDIRECT [[Toolpack:Retreiving a License SBC A]]

Toolpack:Retreiving a License SBC A

2017-10-20T13:24:56Z

Sylvain Fontaine: moved Toolpack:Retreiving a License TSBC A to Toolpack:Retreiving a License SBC A

=== '''''Applies to version(s): v3.0''''' ===
{{DISPLAYTITLE:Retrieving a License for TSBC Units}}

== First Time Installation ==
For first time installation of TSBC-SW, use this procedure from the web portal of the TSBC:
Maintenance -> Packages and Licenses -> Download license seed file

[[Image:Downloading_license_seed_1.png|1000x1000px]]

Send this file to [mailto:licenses@telcobridges.com licenses@telcobridges.com].

This will be used to generate the initial license of the unit and the support group will send you this license.

== Download License ==
In all other cases, our partners can generate licenses from the following site:

https://licenses.telcobridges.com

For partners who do not have a login for the above site, please contact [mailto:support@telcobridges.com TelcoBridges TB Support].

 

=== Download License ===

# Click on '''License Download''' from the left menu or on the '''Download''' button from the main page
# Enter the Serial number of your device (VTB-xxxx-xxxx)
# Click on the device
# Select your '''Version''' from the drop down menu
# Click '''Download'''.

TSBC-SW:License

2017-10-20T13:23:59Z

Sylvain Fontaine: moved TSBC-SW:License to FreeSBC:License: New product Name

#REDIRECT [[FreeSBC:License]]

FreeSBC:License

2017-10-20T13:23:59Z

Sylvain Fontaine: moved TSBC-SW:License to FreeSBC:License: New product Name

FreeSBC:Cloud:VmWare Installation A

2017-10-20T13:23:01Z

Sylvain Fontaine:

{{DISPLAYTITLE:FreeSBC:Cloud:VmWare Installation}}
== Requirements ==
Minimal Cloud requirements:
* Vmware ESX 5 or 6
* 64 bits infrastructures only
* 4 vCPU
* 20G hard drive
* 8G RAM
* E1000 NIC emulation or VMXNET3 interfaces
* One Ethernet adapter for management
* One or more Ethernet adapter(s) for data

For better performance (see [[TSBC-SW:Cloud:VmWare_Optimizations|optimization]] section)
* CPU resource: allocation shares set to 'high'
* CPU resource: reservation set to maximum and no limit (i.e. 'unlimited')
* Memory resource: reserve all guest memory (all locked)
* Disk: shares 'high'
* Advanced CPU: Hyperthread core sharing to 'None'
* Latency Sensitivity: 'High'

== Getting the Image ==
Please contact our sales team at sales@telcobridges.com to get a copy of the latest TBSC Image.

== Installation on VmWare cloud ==

=== TBSC VmWare Image ===
A virtual machine image is a single file that contains a virtual disk that has a bootable operating system installed on it. Images are used to create virtual machine instances within the cloud.

You will need to upload the latest TSBC image into your VmWare before you can launch a virtual machine instance running the TSBC software.

==== Launching an instance ====

[[TSBC-SW:Cloud:VmWare_Launching_Instance_Web_A|Using the ESXi Web client]]

[[TSBC-SW:Cloud:VmWare_Launching_Instance_vSphere_A|Using the vSphere client application]]

=== Accessing the TSBC-SW ===

==== Accessing the TSBC-SW web portal ====
# Open a web browser to the management IP of the TSBC, on port 12358. Example if your server address is 10.0.0.79, the URL would be: http://10.0.0.79:12358
# You should get to the TSBC Configuration Wizard [[File:TSBC_WebPortal_Configuration_wizard.jpg|350px]]

From here, you can go to [[TSBC-SW:WebPortal:Initial Configuration|Web Portal Initial Configuration Guide]] to continue the installation, and/or [[TSBC-SW:Baremetal:VmWare_Optimizations|optimize ]] your server to get the maximum out of your server.

== Web Portal Initial Configuration ==
Click on the following link to pursue installation from the web portal:
[[TSBC-SW:WebPortal:Initial Configuration]]

== Optimizations ==
Click on the following link for VmWare optimizations:
[[TSBC-SW:Cloud:VmWare_Optimizations]]

FreeSBC:Cloud:OpenStack Installation A

2017-10-20T13:22:45Z

Sylvain Fontaine:

{{DISPLAYTITLE:FreeSBC:Cloud:OpenStack Installation}}
== Requirements ==
Minimal Cloud requirements:
* 64 bits infrastructures only
* 4 vCPU
* 20G hard drive
* 8G RAM
* Virtio NIC interface
* qemu-kvm CPU exposed as 'host' or minimally 'core2duo'
* One Ethernet adapter for management
* One or more Ethernet adapter(s) for data

For better performance (see [[TSBC-SW:Cloud:OpenStack_Optimizations|optimization]] section)
* SR-IOV or MacVTap compatible NICs
* Overcommit set to 1:1
* No CPU (including hyperthreading) shared between infrastructure and compute section
* Dedicated memory allocation to VM

== Getting the Image ==
Please contact our sales team at sales@telcobridges.com to get a copy of the latest TBSC Image.

== Installation on OpenStack cloud ==

=== TSBC OpenStack Minimal Flavor ===
In OpenStack, a flavor defines the compute, memory, and storage capacity of a virtual server, also known as an instance. If you do not already have a flavor that meets the listed minimal requirements, you will have to create a new one.

==== Creating a Flavor ====
#Log in to the Dashboard and select the '''admin''' project from the drop-down list.
#In the '''Admin''' tab, open the '''System''' tab and click the '''Flavors''' category.
#Click '''Create Flavor'''.
#In the '''Create Flavor''' window, enter or select the parameters for the flavor in the '''Flavor Information''' tab.
#* '''Name''' : ''TelcoBridges TSBC Flavor''
#* '''VCPUs''' : ''4''
#* '''RAM (MB)''' : ''8192''
#* '''Root Disk (GB)''' : ''20''
#* Other fields are left to their default value [[File:OpenStackMinimalFlavorCreate.png|500px]]
#In the '''Flavor Access''' tab, you can control access to the flavor by moving projects from the '''All Projects''' column to the '''Selected Projects''' column. Only projects in the '''Selected Projects''' column can use the flavor. If there are no projects in the right column, all projects can use the flavor.
#Click '''Create Flavor'''.

==== References ====
*https://docs.openstack.org/admin-guide/dashboard-manage-flavors.html
*https://docs.openstack.org/admin-guide/compute-flavors.html

=== TBSC OpenStack Image ===
A virtual machine image is a single file that contains a virtual disk that has a bootable operating system installed on it. Images are used to create virtual machine instances within the cloud.

You will need to upload the latest TSBC image into your OpenStack before you can launch a virtual machine instance running the TSBC software.

==== Upload an Image ====
Follow this procedure to upload an image to a project:
#Log in to the dashboard.
#Select the appropriate project from the drop down menu at the top left.
#On the Project tab, open the Compute tab and click Images category.
#Click Create Image.
#The Create An Image dialog box appears.
#Enter the following values:
#*'''Image Name''' : ''TelcoBridges TSBC xx.yy.zz'' (Where xxx.yy.zz is changed to the version number of the TSBC image)
#*'''Image Description''': ''TelcoBridges TSBC version xx.yy.zz''
#*'''Image Source''' : ''.qcow2 file. Must not be compressed (tar.gz)''.
#*'''Image File''' : Browse for the image file on your file system and add it.
#*'''Format''': ''QCOW2''
#*'''Architecture''': ''x86_64''
#*'''Minimum Disk (GB)''' : ''20''
#*'''Minimum RAM (MB)''': ''8192''
#*'''Visibility''' : The access permission for the image. ''Public'' or ''Private'', depending on your needs.
#*'''Protected''': Select this check box to ensure that only users with permissions can delete the image. ''Yes'' or ''No''. [[File:OpenStackImageUpload.png|500px]]
#Image Metadata : Leave empty.
#Click Create Image. The image is queued to be uploaded. It might take some time before the status changes from Queued to Active.

==== References ====
*https://docs.openstack.org/admin-guide/dashboard-manage-images.html

=== TSBC OpenStack Instance ===
Instances are virtual machines that run inside OpenStack's cloud. You will need to launch a new instance from the TSBC Image created in the [[#Upload an Image]] section

==== Launching an instance ====

#Log in to the dashboard.
#Select the appropriate project from the drop down menu at the top left.
#On the Project tab, open the Compute tab and click Instances category.
#The dashboard shows the instances with its name, its private and floating IP addresses, size, status, task, power state, and so on.
#Click Launch Instance.
#In the Launch Instance dialog box, specify the following values:
##<big>Details tab</big>
##*'''Instance Name''' : Assign a name to the virtual machine. For example: ''TelcoBridges TSBC''.
##*'''Availability Zone''' : By default, this value is set to the availability zone given by the cloud provider (for example, us-west or apac-south). For some cases, it could be nova.
##*'''Count''' : ''1'' [[File:OpenStackLaunchInstanceDetailsTab.png|500px]]
##<big>Source tab</big>
##*'''Instance Boot Source''' : ''Boot from image''.
##*'''Create new Volume''' : ''No''
##*'''Select Image Name''' : Select ''TelcoBridges TSBC xx.yy.zz'' as created in [[#Upload an Image]] section. [[File:OpenStackLaunchInstanceSourceTab.png|500px]]
##<big>Flavor tab</big>
##*'''Flavor''' : Select ''TelcoBridges TSBC Flavor'' as created in [[#Creating a Flavor]] section. [[File:OpenStackLaunchInstanceFlavorTab.png|500px]]
##<big>Networks tab</big>
##*'''Selected Networks''': If you are installing a '''standalone''' SBC, the TSBC will need access to ''WAN'' and ''MGMT'' networks. For transcoding on TSBC-TRANS, or HA pair installation, the TSBC will also need access to ''CTRL0'', ''CTRL1'' and ''TRANS0'' networks. Please refer to [[TSBC-SW:Networking]] for details on network requirements. '''Important''': For optimal performance, it is recommended to use SR-IOV or MacVTap ports to access ''LAN'' and ''WAN'' networks, see [[TSBC-SW:Cloud:OpenStack_Optimizations]] for details. [[File:OpenStackLaunchInstanceNetworkTab.png|500px]]
##<big>Network Ports tab</big>
##*'''Ports''' : For optimal performances, SR-IOV and MacVTap ports should be used to access ''LAN'' and ''WAN'' networks. If you do choose to use Network Ports to attach to ''LAN'' and ''WAN'' networks, do not attach to them in ''Networks Tabs''. See [[TSBC-SW:Cloud:OpenStack_Optimizations]] for details. [[File:OpenStackLaunchInstanceNetworkPortsTab.png|500px]]
##<big>Security Groups tab</big>
##*'''Security Groups''': Activate the security groups that you want to assign to the instance. Security groups are a kind of cloud firewall that define which incoming network traffic is forwarded to instances. If you have not created any security groups, you can assign only the default security group to the instance. '''Warning''': ''Make sure the selected security group allows ingress traffic''. [[File:OpenStackLaunchInstanceSecurityGroupTab.png|500px]]
##<big>Key Pair tab</big>
##*'''Key Pair''' : SSH access to the TSBC with a password is disabled by default on the TSBC. You will need to provide your SSH public key here in order to get SSH access into the TSBC. [[File:OpenStackLaunchInstanceKeyPairTab.png|500px]]
#Click Launch Instance. The TSBC instance will starts on a compute node in your cloud. When the instance state is changed to Active, you will be able to the TSBC using SSH or a web browser as described in the next section..

==== References ====
*https://docs.openstack.org/user-guide/dashboard-launch-instances.html

=== Accessing the TSBC-SW ===
==== TSBC SSH Access ====
There is no root password by default, you will need to SSH onto the TSBC using SSH private key matching the public provided in the '''Key Pair tab''' when [[#Launching an instance|Launching]] the TSBC instance. Login using ''tbcloud'' as username.

For example, if you TSBC management IP is 192.168.178.30:
> ssh tbcloud@192.168.178.30
ECDSA key fingerprint is 5d:94:a1:93:0f:a4:7a:5d:41:cc:29:49:79:5a:58:f3.
Are you sure you want to continue connecting (yes/no)? yes
Warning: Permanently added '192.168.178.30' (ECDSA) to the list of known hosts.

CentOS-7-x86_64-Minimal-1511/112/190195:197392, Fri 7 Apr 17:41:46 EDT 2017
[tbcloud@tsbc ~]$

==== Accessing the TSBC-SW web portal ====
# Open a web browser to the management IP of the TSBC, on port 12358. Example if your server address is 192.168.178.30, the URL would be: http://192.168.178.30:12358
# You should get to the TSBC Configuration Wizard [[File:TSBC_WebPortal_Configuration_wizard.jpg|350px]]

From here, you can go to [[TSBC-SW:WebPortal:Initial Configuration|Web Portal Initial Configuration Guide]] to continue the installation, and/or [[TSBC-SW:Baremetal:OpenStack_Optimizations|optimize ]] your server to get the maximum out of your server.

== Web Portal Initial Configuration ==
Click on the following link to pursue installation from the web portal:
[[TSBC-SW:WebPortal:Initial Configuration]]

== Optimizations ==
Click on the following link for OpenStack optimizations:
[[TSBC-SW:Cloud:OpenStack_Optimizations]]

FreeSBC:Baremetal:Installation A

2017-10-20T13:22:31Z

Sylvain Fontaine:

{{DISPLAYTITLE:FreeSBC:Baremetal:Installation}}

== Requirements ==
Minimal server requirements:
* 64 bits server
* Quad core Intel CPU 2GHz
* Optical disk drive
* 80GB hard drive
* 8G RAM
* One management Ethernet
* Data Ethernet adapters
** 5,000 sessions or less: one 1Gbps interface
** 10,000 sessions or less: two 1Gbps interface
** 60,000 sessions: two 10Gbps interfaces
** See list of supported Network Interface Cards (NICs) here: [[Supported_NICs|List of supported NICs]]
* Console access through serial port or keyboard/monitor ports
* BIOS setup for maximum performance (i.e. no dynamic CPU throttling)

For better performance (see [[TSBC-SW:Baremetal:Optimizations|optimization]] section)
* NUMA tuning
* PCIe tuning

== Getting the ISO ==
Please contact our [mailto:sales@telcobridges.com sales team] to get a copy of the latest TBSC-SW ISO.

== Installing the ISO ==
The installation process will reformat the server's disks and install all the necessary software.

=== Installing using the ISO burned onto a bootable USB flash drive ===
Use a software application to burn the ISO onto a USB flash drive. On Windows, [[https://rufus.akeo.ie/ |Rufus ]] is known to work with the TSBC-SW ISO.
But generally any similar application should work. Make sure to set the volume label to "'''CENTOS 7 X8'''" and to format the drive in the FAT32 file system format.

=== Physical installation steps ===
# Identify which Ethernet networks you need and connect them to your server. Refer to [[TSBC-SW:Networking]] for more information
# Burn the ISO onto a DVD or a USB flash drive
# Get an access to the console of the server. Usually, this is achieved by connecting a keyboard and screen to the server.
# Insert the DVD in the optical drive of your server and boot from the DVD drive.
#* Alternatively, plug in your USB flash drive and boot from that drive.
# You should get the to the "Virtual Appliance Installer" menu on your display: [[File:ISO_install_prompt.jpg|350px]]
# Hit 'R' key, then 'ENTER' key to start the installation [[File:ISO_installing.jpg|350px]]
# Wait for the installation process to complete. When installation is complete, the server will reboot itself.
#* Important: Make sure to remove the DVD from the drive while the server is rebooting. If you get back to "Virtual Appliance Installer", just eject the CD or remove the USB flash drive and reboot again.
# It may take a couple of minutes for the system to be brought up after the first reboot. Until the WebPortal is accessible, you must '''not''' reboot the newly created machine to allow the installation to complete properly.

=== Changing the root password ===
# Use the console to login into the server
## user: root
## password: root
# Change the password to something stronger than root:
# passwd
New password: ........
Retype new password: ........
passwd: all authentication tokens updated successfully.

=== Assigning IP address ===
By default, all detect network interfaces will have DHCP enabled. Thus, the server might already have an IP address assigned if the network has a DHCP server running. In such case, you can display and use it to access the web portal configuration panel.

# Retrieve an IP address assigned by DHCP
# ifconfig

If there is no IP assigned, you will need to configure one manually.

# Assign a IP address to the Ethernet interface having network connectivity. Example if the NIC's name would be eth0:
# ip link set eth0 up
# ip addresss add 192.168.178.30/24 dev eth0

=== Accessing the TSBC-SW web portal ===
# Open a web browser to the IP of your server, on port 12358. Example if your server address is 192.168.178.30, the URL would be: http://192.168.178.30:12358
# You should get to the TSBC Configuration Wizard [[File:TSBC_WebPortal_Configuration_wizard.jpg|350px]]

From here, you can go to [[TSBC-SW:WebPortal:Initial Configuration|Web Portal Initial Configuration Guide]] to continue the installation, and/or [[TSBC-SW:Baremetal:Optimizations|optimize ]] your server to get the maximum out of your server.

== Web Portal Initial Configuration ==
Click on the following link to pursue installation from the web portal:
[[TSBC-SW:WebPortal:Initial Configuration]]

== Optimizations ==
Click on the following link for baremetal server optimizations:
[[TSBC-SW:Baremetal:Optimizations]]

Product Installation

2017-10-20T13:21:57Z

Sylvain Fontaine: /* FreeSBC */

The following is a list of product installation manuals:
__NOTOC__

==FreeSBC==

===FreeSBC===
<section begin=TSBC-SW-INSTALLATION/>
*[[FreeSBC:Baremetal:Installation_A|Baremetal installation instructions]]
*[[FreeSBC:Cloud:OpenStack_Installation_A|OpenStack installation instructions]]
*[[FreeSBC:Cloud:VmWare_Installation_A|VmWare installation instructions]]
<section end=TSBC-SW-INSTALLATION/>
*[[Media:tsbc-hw-srv_Installation_Guide_Issue1.0.pdf|TSBC-SW-SRV-HIGH/MID System Installation Guide]]
*[[FreeSBC:Cloud:AWS_Installation_A|AWS installation instructions (coming soon)]]

==''T''media==

===TMG800===
*[[Media:800_Series_Installation_Guide_Issue5.0.pdf|TMG800 Standalone & TMG800 1+1 System Installation Guide]]
*[[Media:800_Series_Installation_Guide_Issue3.0.pdf|TMG800 Standalone & TMG800 1+1 System Installation Guide]] (units shipped before October 28th 2015)

===TMG3200===
*[[Media:3200_Series_Installation_Guide_Issue6.0.pdf|TMG3200 Standalone & TMG3200 1+1 System Installation Guide]]
*[[Media:3200_Series_Installation_Guide_Issue5.0.pdf|TMG3200 Standalone & TMG3200 1+1 System Installation Guide]] (For 2U units)

=== TMG7800 ===
*[[Media:TMG7800_Installation_Guide_Issue3.0.pdf|TMG7800 Installation Guide]]
*[[Media:TMG7800_Installation_Guide_Issue1.0.pdf|TMG7800 Installation Guide]] (For 2U units)

==''T''sig==

===TSG800===
*[[Media:800_Series_Installation_Guide_Issue5.0.pdf|TSG800 Standalone & TSG800 1+1 System Installation Guide]]
*[[Media:800_Series_Installation_Guide_Issue3.0.pdf|TSG800 Standalone & TSG800 1+1 System Installation Guide]] (units shipped before October 28th 2015)

===TSG3200===
*[[Media:3200_Series_Installation_Guide_Issue6.0.pdf|TSG3200 Standalone & TSG3200 1+1 System Installation Guide]]
*[[Media:3200_Series_Installation_Guide_Issue5.0.pdf|TSG3200 Standalone & TSG3200 1+1 System Installation Guide]] (For 2U units)

==''T''trans==
===TMGIP800===
*[[Media:800_Series_Installation_Guide_Issue5.0.pdf|TMGIP800 Standalone & TMGIP800 1+1 System Installation Guide]]
*[[Media:800_Series_Installation_Guide_Issue3.0.pdf|TMGIP800 Standalone & TMGIP800 1+1 System Installation Guide]] (units shipped before October 28th 2015)

===TMGIP3200===
*[[Media:3200_Series_Installation_Guide_Issue6.0.pdf|TMGIP3200 Standalone & TMGIP3200 1+1 System Installation Guide]]
*[[Media:3200_Series_Installation_Guide_Issue5.0.pdf|TMGIP3200 Standalone & TMGIP3200 1+1 System Installation Guide]] (For 2U units)

===TMGIP7800===
*[[Media:TMG7800_Installation_Guide_Issue3.0.pdf|TMGIP7800 Installation Guide]]
*[[Media:TMG7800_Installation_Guide_Issue1.0.pdf|TMGIP7800 Installation Guide]] (For 2U units)

==''T''dev==
===TMP800===
*[[Media:TMP800_Installation_Guide_Issue2.0.pdf|TMP800 Installation guide]]

===TMP6400===
*[[Media:TMP6400_Installation_Guide_Issue3.pdf|TMP6400 System Installation guide]]

==''T''monitor==
===TM1000===
*[[Media:TM1000 Installation guide.pdf|TM1000 Installation Guide]]
*[[Media:TM1000_Installation_guide_-_Toolpack_Monitoring.pdf|TM1000 Installation Guide for Toolpack Monitoring]]

===TM3000===
*[[Media:TM3000_Installation_Guide_v1.pdf|TM3000 Installation Guide]]

[[Category:Gateway_OAM&P|Product Installation]]
[[Category:Revise on Major]]

Product Installation

2017-10-20T13:21:34Z

Sylvain Fontaine: /* Tsbc */

The following is a list of product installation manuals:
__NOTOC__

==FreeSBC==

===FreeSBC===
<section begin=TSBC-SW-INSTALLATION/>
*[[FreeSBC:Baremetal:Installation_A|Baremetal installation instructions]]
*[[FreeSBC:Cloud:OpenStack_Installation_A|OpenStack installation instructions]]
*[[FreeSBC:Cloud:VmWare_Installation_A|VmWare installation instructions]]
<section end=TSBC-SW-INSTALLATION/>
*[[Media:tsbc-hw-srv_Installation_Guide_Issue1.0.pdf|TSBC-SW-SRV-HIGH/MID System Installation Guide]]
*[[FreeSBC:Cloud:AWS_Installation_A|AWS installation instructions]]

==''T''media==

===TMG800===
*[[Media:800_Series_Installation_Guide_Issue5.0.pdf|TMG800 Standalone & TMG800 1+1 System Installation Guide]]
*[[Media:800_Series_Installation_Guide_Issue3.0.pdf|TMG800 Standalone & TMG800 1+1 System Installation Guide]] (units shipped before October 28th 2015)

===TMG3200===
*[[Media:3200_Series_Installation_Guide_Issue6.0.pdf|TMG3200 Standalone & TMG3200 1+1 System Installation Guide]]
*[[Media:3200_Series_Installation_Guide_Issue5.0.pdf|TMG3200 Standalone & TMG3200 1+1 System Installation Guide]] (For 2U units)

=== TMG7800 ===
*[[Media:TMG7800_Installation_Guide_Issue3.0.pdf|TMG7800 Installation Guide]]
*[[Media:TMG7800_Installation_Guide_Issue1.0.pdf|TMG7800 Installation Guide]] (For 2U units)

==''T''sig==

===TSG800===
*[[Media:800_Series_Installation_Guide_Issue5.0.pdf|TSG800 Standalone & TSG800 1+1 System Installation Guide]]
*[[Media:800_Series_Installation_Guide_Issue3.0.pdf|TSG800 Standalone & TSG800 1+1 System Installation Guide]] (units shipped before October 28th 2015)

===TSG3200===
*[[Media:3200_Series_Installation_Guide_Issue6.0.pdf|TSG3200 Standalone & TSG3200 1+1 System Installation Guide]]
*[[Media:3200_Series_Installation_Guide_Issue5.0.pdf|TSG3200 Standalone & TSG3200 1+1 System Installation Guide]] (For 2U units)

==''T''trans==
===TMGIP800===
*[[Media:800_Series_Installation_Guide_Issue5.0.pdf|TMGIP800 Standalone & TMGIP800 1+1 System Installation Guide]]
*[[Media:800_Series_Installation_Guide_Issue3.0.pdf|TMGIP800 Standalone & TMGIP800 1+1 System Installation Guide]] (units shipped before October 28th 2015)

===TMGIP3200===
*[[Media:3200_Series_Installation_Guide_Issue6.0.pdf|TMGIP3200 Standalone & TMGIP3200 1+1 System Installation Guide]]
*[[Media:3200_Series_Installation_Guide_Issue5.0.pdf|TMGIP3200 Standalone & TMGIP3200 1+1 System Installation Guide]] (For 2U units)

===TMGIP7800===
*[[Media:TMG7800_Installation_Guide_Issue3.0.pdf|TMGIP7800 Installation Guide]]
*[[Media:TMG7800_Installation_Guide_Issue1.0.pdf|TMGIP7800 Installation Guide]] (For 2U units)

==''T''dev==
===TMP800===
*[[Media:TMP800_Installation_Guide_Issue2.0.pdf|TMP800 Installation guide]]

===TMP6400===
*[[Media:TMP6400_Installation_Guide_Issue3.pdf|TMP6400 System Installation guide]]

==''T''monitor==
===TM1000===
*[[Media:TM1000 Installation guide.pdf|TM1000 Installation Guide]]
*[[Media:TM1000_Installation_guide_-_Toolpack_Monitoring.pdf|TM1000 Installation Guide for Toolpack Monitoring]]

===TM3000===
*[[Media:TM3000_Installation_Guide_v1.pdf|TM3000 Installation Guide]]

[[Category:Gateway_OAM&P|Product Installation]]
[[Category:Revise on Major]]

TSBC-SW:Cloud:VmWare Installation A

2017-10-20T13:20:25Z

Sylvain Fontaine: moved TSBC-SW:Cloud:VmWare Installation A to FreeSBC:Cloud:VmWare Installation A: New product Name

#REDIRECT [[FreeSBC:Cloud:VmWare Installation A]]

FreeSBC:Cloud:VmWare Installation A

2017-10-20T13:20:25Z

Sylvain Fontaine: moved TSBC-SW:Cloud:VmWare Installation A to FreeSBC:Cloud:VmWare Installation A: New product Name

{{DISPLAYTITLE:TSBC-SW:Cloud:VmWare Installation}}
== Requirements ==
Minimal Cloud requirements:
* Vmware ESX 5 or 6
* 64 bits infrastructures only
* 4 vCPU
* 20G hard drive
* 8G RAM
* E1000 NIC emulation or VMXNET3 interfaces
* One Ethernet adapter for management
* One or more Ethernet adapter(s) for data

For better performance (see [[TSBC-SW:Cloud:VmWare_Optimizations|optimization]] section)
* CPU resource: allocation shares set to 'high'
* CPU resource: reservation set to maximum and no limit (i.e. 'unlimited')
* Memory resource: reserve all guest memory (all locked)
* Disk: shares 'high'
* Advanced CPU: Hyperthread core sharing to 'None'
* Latency Sensitivity: 'High'

== Getting the Image ==
Please contact our sales team at sales@telcobridges.com to get a copy of the latest TBSC Image.

== Installation on VmWare cloud ==

=== TBSC VmWare Image ===
A virtual machine image is a single file that contains a virtual disk that has a bootable operating system installed on it. Images are used to create virtual machine instances within the cloud.

You will need to upload the latest TSBC image into your VmWare before you can launch a virtual machine instance running the TSBC software.

==== Launching an instance ====

[[TSBC-SW:Cloud:VmWare_Launching_Instance_Web_A|Using the ESXi Web client]]

[[TSBC-SW:Cloud:VmWare_Launching_Instance_vSphere_A|Using the vSphere client application]]

=== Accessing the TSBC-SW ===

==== Accessing the TSBC-SW web portal ====
# Open a web browser to the management IP of the TSBC, on port 12358. Example if your server address is 10.0.0.79, the URL would be: http://10.0.0.79:12358
# You should get to the TSBC Configuration Wizard [[File:TSBC_WebPortal_Configuration_wizard.jpg|350px]]

From here, you can go to [[TSBC-SW:WebPortal:Initial Configuration|Web Portal Initial Configuration Guide]] to continue the installation, and/or [[TSBC-SW:Baremetal:VmWare_Optimizations|optimize ]] your server to get the maximum out of your server.

== Web Portal Initial Configuration ==
Click on the following link to pursue installation from the web portal:
[[TSBC-SW:WebPortal:Initial Configuration]]

== Optimizations ==
Click on the following link for VmWare optimizations:
[[TSBC-SW:Cloud:VmWare_Optimizations]]

TSBC-SW:Cloud:OpenStack Installation A

2017-10-20T13:20:02Z

Sylvain Fontaine: moved TSBC-SW:Cloud:OpenStack Installation A to FreeSBC:Cloud:OpenStack Installation A: New product Name

#REDIRECT [[FreeSBC:Cloud:OpenStack Installation A]]

FreeSBC:Cloud:OpenStack Installation A

2017-10-20T13:20:02Z

Sylvain Fontaine: moved TSBC-SW:Cloud:OpenStack Installation A to FreeSBC:Cloud:OpenStack Installation A: New product Name

{{DISPLAYTITLE:TSBC-SW:Cloud:OpenStack Installation}}
== Requirements ==
Minimal Cloud requirements:
* 64 bits infrastructures only
* 4 vCPU
* 20G hard drive
* 8G RAM
* Virtio NIC interface
* qemu-kvm CPU exposed as 'host' or minimally 'core2duo'
* One Ethernet adapter for management
* One or more Ethernet adapter(s) for data

For better performance (see [[TSBC-SW:Cloud:OpenStack_Optimizations|optimization]] section)
* SR-IOV or MacVTap compatible NICs
* Overcommit set to 1:1
* No CPU (including hyperthreading) shared between infrastructure and compute section
* Dedicated memory allocation to VM

== Getting the Image ==
Please contact our sales team at sales@telcobridges.com to get a copy of the latest TBSC Image.

== Installation on OpenStack cloud ==

=== TSBC OpenStack Minimal Flavor ===
In OpenStack, a flavor defines the compute, memory, and storage capacity of a virtual server, also known as an instance. If you do not already have a flavor that meets the listed minimal requirements, you will have to create a new one.

==== Creating a Flavor ====
#Log in to the Dashboard and select the '''admin''' project from the drop-down list.
#In the '''Admin''' tab, open the '''System''' tab and click the '''Flavors''' category.
#Click '''Create Flavor'''.
#In the '''Create Flavor''' window, enter or select the parameters for the flavor in the '''Flavor Information''' tab.
#* '''Name''' : ''TelcoBridges TSBC Flavor''
#* '''VCPUs''' : ''4''
#* '''RAM (MB)''' : ''8192''
#* '''Root Disk (GB)''' : ''20''
#* Other fields are left to their default value [[File:OpenStackMinimalFlavorCreate.png|500px]]
#In the '''Flavor Access''' tab, you can control access to the flavor by moving projects from the '''All Projects''' column to the '''Selected Projects''' column. Only projects in the '''Selected Projects''' column can use the flavor. If there are no projects in the right column, all projects can use the flavor.
#Click '''Create Flavor'''.

==== References ====
*https://docs.openstack.org/admin-guide/dashboard-manage-flavors.html
*https://docs.openstack.org/admin-guide/compute-flavors.html

=== TBSC OpenStack Image ===
A virtual machine image is a single file that contains a virtual disk that has a bootable operating system installed on it. Images are used to create virtual machine instances within the cloud.

You will need to upload the latest TSBC image into your OpenStack before you can launch a virtual machine instance running the TSBC software.

==== Upload an Image ====
Follow this procedure to upload an image to a project:
#Log in to the dashboard.
#Select the appropriate project from the drop down menu at the top left.
#On the Project tab, open the Compute tab and click Images category.
#Click Create Image.
#The Create An Image dialog box appears.
#Enter the following values:
#*'''Image Name''' : ''TelcoBridges TSBC xx.yy.zz'' (Where xxx.yy.zz is changed to the version number of the TSBC image)
#*'''Image Description''': ''TelcoBridges TSBC version xx.yy.zz''
#*'''Image Source''' : ''.qcow2 file. Must not be compressed (tar.gz)''.
#*'''Image File''' : Browse for the image file on your file system and add it.
#*'''Format''': ''QCOW2''
#*'''Architecture''': ''x86_64''
#*'''Minimum Disk (GB)''' : ''20''
#*'''Minimum RAM (MB)''': ''8192''
#*'''Visibility''' : The access permission for the image. ''Public'' or ''Private'', depending on your needs.
#*'''Protected''': Select this check box to ensure that only users with permissions can delete the image. ''Yes'' or ''No''. [[File:OpenStackImageUpload.png|500px]]
#Image Metadata : Leave empty.
#Click Create Image. The image is queued to be uploaded. It might take some time before the status changes from Queued to Active.

==== References ====
*https://docs.openstack.org/admin-guide/dashboard-manage-images.html

=== TSBC OpenStack Instance ===
Instances are virtual machines that run inside OpenStack's cloud. You will need to launch a new instance from the TSBC Image created in the [[#Upload an Image]] section

==== Launching an instance ====

#Log in to the dashboard.
#Select the appropriate project from the drop down menu at the top left.
#On the Project tab, open the Compute tab and click Instances category.
#The dashboard shows the instances with its name, its private and floating IP addresses, size, status, task, power state, and so on.
#Click Launch Instance.
#In the Launch Instance dialog box, specify the following values:
##<big>Details tab</big>
##*'''Instance Name''' : Assign a name to the virtual machine. For example: ''TelcoBridges TSBC''.
##*'''Availability Zone''' : By default, this value is set to the availability zone given by the cloud provider (for example, us-west or apac-south). For some cases, it could be nova.
##*'''Count''' : ''1'' [[File:OpenStackLaunchInstanceDetailsTab.png|500px]]
##<big>Source tab</big>
##*'''Instance Boot Source''' : ''Boot from image''.
##*'''Create new Volume''' : ''No''
##*'''Select Image Name''' : Select ''TelcoBridges TSBC xx.yy.zz'' as created in [[#Upload an Image]] section. [[File:OpenStackLaunchInstanceSourceTab.png|500px]]
##<big>Flavor tab</big>
##*'''Flavor''' : Select ''TelcoBridges TSBC Flavor'' as created in [[#Creating a Flavor]] section. [[File:OpenStackLaunchInstanceFlavorTab.png|500px]]
##<big>Networks tab</big>
##*'''Selected Networks''': If you are installing a '''standalone''' SBC, the TSBC will need access to ''WAN'' and ''MGMT'' networks. For transcoding on TSBC-TRANS, or HA pair installation, the TSBC will also need access to ''CTRL0'', ''CTRL1'' and ''TRANS0'' networks. Please refer to [[TSBC-SW:Networking]] for details on network requirements. '''Important''': For optimal performance, it is recommended to use SR-IOV or MacVTap ports to access ''LAN'' and ''WAN'' networks, see [[TSBC-SW:Cloud:OpenStack_Optimizations]] for details. [[File:OpenStackLaunchInstanceNetworkTab.png|500px]]
##<big>Network Ports tab</big>
##*'''Ports''' : For optimal performances, SR-IOV and MacVTap ports should be used to access ''LAN'' and ''WAN'' networks. If you do choose to use Network Ports to attach to ''LAN'' and ''WAN'' networks, do not attach to them in ''Networks Tabs''. See [[TSBC-SW:Cloud:OpenStack_Optimizations]] for details. [[File:OpenStackLaunchInstanceNetworkPortsTab.png|500px]]
##<big>Security Groups tab</big>
##*'''Security Groups''': Activate the security groups that you want to assign to the instance. Security groups are a kind of cloud firewall that define which incoming network traffic is forwarded to instances. If you have not created any security groups, you can assign only the default security group to the instance. '''Warning''': ''Make sure the selected security group allows ingress traffic''. [[File:OpenStackLaunchInstanceSecurityGroupTab.png|500px]]
##<big>Key Pair tab</big>
##*'''Key Pair''' : SSH access to the TSBC with a password is disabled by default on the TSBC. You will need to provide your SSH public key here in order to get SSH access into the TSBC. [[File:OpenStackLaunchInstanceKeyPairTab.png|500px]]
#Click Launch Instance. The TSBC instance will starts on a compute node in your cloud. When the instance state is changed to Active, you will be able to the TSBC using SSH or a web browser as described in the next section..

==== References ====
*https://docs.openstack.org/user-guide/dashboard-launch-instances.html

=== Accessing the TSBC-SW ===
==== TSBC SSH Access ====
There is no root password by default, you will need to SSH onto the TSBC using SSH private key matching the public provided in the '''Key Pair tab''' when [[#Launching an instance|Launching]] the TSBC instance. Login using ''tbcloud'' as username.

For example, if you TSBC management IP is 192.168.178.30:
> ssh tbcloud@192.168.178.30
ECDSA key fingerprint is 5d:94:a1:93:0f:a4:7a:5d:41:cc:29:49:79:5a:58:f3.
Are you sure you want to continue connecting (yes/no)? yes
Warning: Permanently added '192.168.178.30' (ECDSA) to the list of known hosts.

CentOS-7-x86_64-Minimal-1511/112/190195:197392, Fri 7 Apr 17:41:46 EDT 2017
[tbcloud@tsbc ~]$

==== Accessing the TSBC-SW web portal ====
# Open a web browser to the management IP of the TSBC, on port 12358. Example if your server address is 192.168.178.30, the URL would be: http://192.168.178.30:12358
# You should get to the TSBC Configuration Wizard [[File:TSBC_WebPortal_Configuration_wizard.jpg|350px]]

From here, you can go to [[TSBC-SW:WebPortal:Initial Configuration|Web Portal Initial Configuration Guide]] to continue the installation, and/or [[TSBC-SW:Baremetal:OpenStack_Optimizations|optimize ]] your server to get the maximum out of your server.

== Web Portal Initial Configuration ==
Click on the following link to pursue installation from the web portal:
[[TSBC-SW:WebPortal:Initial Configuration]]

== Optimizations ==
Click on the following link for OpenStack optimizations:
[[TSBC-SW:Cloud:OpenStack_Optimizations]]

TSBC-SW:Baremetal:Installation A

2017-10-20T13:19:43Z

Sylvain Fontaine: moved TSBC-SW:Baremetal:Installation A to FreeSBC:Baremetal:Installation A: New product Name

#REDIRECT [[FreeSBC:Baremetal:Installation A]]

FreeSBC:Baremetal:Installation A

2017-10-20T13:19:43Z

Sylvain Fontaine: moved TSBC-SW:Baremetal:Installation A to FreeSBC:Baremetal:Installation A: New product Name

{{DISPLAYTITLE:TSBC-SW:Baremetal:Installation}}

== Requirements ==
Minimal server requirements:
* 64 bits server
* Quad core Intel CPU 2GHz
* Optical disk drive
* 80GB hard drive
* 8G RAM
* One management Ethernet
* Data Ethernet adapters
** 5,000 sessions or less: one 1Gbps interface
** 10,000 sessions or less: two 1Gbps interface
** 60,000 sessions: two 10Gbps interfaces
** See list of supported Network Interface Cards (NICs) here: [[Supported_NICs|List of supported NICs]]
* Console access through serial port or keyboard/monitor ports
* BIOS setup for maximum performance (i.e. no dynamic CPU throttling)

For better performance (see [[TSBC-SW:Baremetal:Optimizations|optimization]] section)
* NUMA tuning
* PCIe tuning

== Getting the ISO ==
Please contact our [mailto:sales@telcobridges.com sales team] to get a copy of the latest TBSC-SW ISO.

== Installing the ISO ==
The installation process will reformat the server's disks and install all the necessary software.

=== Installing using the ISO burned onto a bootable USB flash drive ===
Use a software application to burn the ISO onto a USB flash drive. On Windows, [[https://rufus.akeo.ie/ |Rufus ]] is known to work with the TSBC-SW ISO.
But generally any similar application should work. Make sure to set the volume label to "'''CENTOS 7 X8'''" and to format the drive in the FAT32 file system format.

=== Physical installation steps ===
# Identify which Ethernet networks you need and connect them to your server. Refer to [[TSBC-SW:Networking]] for more information
# Burn the ISO onto a DVD or a USB flash drive
# Get an access to the console of the server. Usually, this is achieved by connecting a keyboard and screen to the server.
# Insert the DVD in the optical drive of your server and boot from the DVD drive.
#* Alternatively, plug in your USB flash drive and boot from that drive.
# You should get the to the "Virtual Appliance Installer" menu on your display: [[File:ISO_install_prompt.jpg|350px]]
# Hit 'R' key, then 'ENTER' key to start the installation [[File:ISO_installing.jpg|350px]]
# Wait for the installation process to complete. When installation is complete, the server will reboot itself.
#* Important: Make sure to remove the DVD from the drive while the server is rebooting. If you get back to "Virtual Appliance Installer", just eject the CD or remove the USB flash drive and reboot again.
# It may take a couple of minutes for the system to be brought up after the first reboot. Until the WebPortal is accessible, you must '''not''' reboot the newly created machine to allow the installation to complete properly.

=== Changing the root password ===
# Use the console to login into the server
## user: root
## password: root
# Change the password to something stronger than root:
# passwd
New password: ........
Retype new password: ........
passwd: all authentication tokens updated successfully.

=== Assigning IP address ===
By default, all detect network interfaces will have DHCP enabled. Thus, the server might already have an IP address assigned if the network has a DHCP server running. In such case, you can display and use it to access the web portal configuration panel.

# Retrieve an IP address assigned by DHCP
# ifconfig

If there is no IP assigned, you will need to configure one manually.

# Assign a IP address to the Ethernet interface having network connectivity. Example if the NIC's name would be eth0:
# ip link set eth0 up
# ip addresss add 192.168.178.30/24 dev eth0

=== Accessing the TSBC-SW web portal ===
# Open a web browser to the IP of your server, on port 12358. Example if your server address is 192.168.178.30, the URL would be: http://192.168.178.30:12358
# You should get to the TSBC Configuration Wizard [[File:TSBC_WebPortal_Configuration_wizard.jpg|350px]]

From here, you can go to [[TSBC-SW:WebPortal:Initial Configuration|Web Portal Initial Configuration Guide]] to continue the installation, and/or [[TSBC-SW:Baremetal:Optimizations|optimize ]] your server to get the maximum out of your server.

== Web Portal Initial Configuration ==
Click on the following link to pursue installation from the web portal:
[[TSBC-SW:WebPortal:Initial Configuration]]

== Optimizations ==
Click on the following link for baremetal server optimizations:
[[TSBC-SW:Baremetal:Optimizations]]

TSBC-SW:Download

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#REDIRECT [[FreeSBC:Download]]

FreeSBC:Download

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=== Bare metal image download ===
* https://licenses.telcobridges.com/download/tsbc_sw?name=BareMetal

=== OpenStack image download ===
* https://licenses.telcobridges.com/download/tsbc_sw?name=OpenStack

=== KVM image download ===
* https://licenses.telcobridges.com/download/tsbc_sw?name=KVM

=== VmWare image download ===
* https://licenses.telcobridges.com/download/tsbc_sw?name=Vmware

TSBC-SW:Installation

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#REDIRECT [[FreeSBC:Installation]]

FreeSBC:Installation

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== Installation ==
{{#lst:Product_Installation|TSBC-SW-INSTALLATION}}

TSBC-SW

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#REDIRECT [[FreeSBC]]

FreeSBC

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Security, ease of deployment, IP network adaptation and peering solution for:
* Cloud computing
* Baremetal COTS (Commercial off-the-shelf)
* Specialized compact carrier grade form factor
 
The TelcoBridges TSBC-SW is our Session Border Controller (SBC) product.

Software upgradeable from 100 to 60,000 sessions (or 30,000 with 100% transcoding), the TSBC-SW is the most cost-effective SBC product for service providers and carriers currently available on the market that combines solid protection, IP-to-IP network adaptation and fast setup time in a single solution.

== Characteristics of the TSBC-SW ==
*Back-to-back user agent (B2BUA)
*DOS/DDOS protection, dynamic blacklisting and call access control
*Easy to deploy, operate and manage through various interfaces including a RESTful API
*Integrated network troubleshooting tools (traces, media/signaling recording, test call generation, etc)
*Up to 60,000 simultaneous signaling and media sessions
*Media transcoding
*Flexible and extensive routing with SIP headers modification capabilities
*Fit to install on clouds, baremetal servers or TelcoBriges' hardware.

== TSBC-HW-SRV ==
The TelcoBridges TSBC-HW-SRV-HIGH and TSBC-HW-SRV-MID are a carrier-grade hardware platforms to run the TSBC-SW session border controller designed for Network-to-network interface (NNI SBC), peering and access functions (access SBC).

=== TSBC-HW-SRV-HIGH ===
[[File:DellPowerEdge630.jpg|thumb|350px|TSBC-HW-SRV-HIGH, 1U Session Border Controller]]
* 1U form factor
* Up to 60,000 sessions
* Single IP for media and signaling
* Telco-grade hardware
** NEBS3 certified
** Supports AC or DC redundant power supplies
** Integrated hardware RAID
* Flexible network interfaces configurations
** 10GE and/or GigE network interface cards
** Electrical and optical (SFP+) connectors
* Out-of-band management

=== TSBC-HW-SRV-MID ===
[[File:DellPowerEdge330.jpg|thumb|350px|TSBC-HW-SRV-MID, 1U Session Border Controller]]
* 1U slim form factor
* Up to 30,000 sessions
* Integrated hardware RAID1
* Out-of-band management

== Cloud computing ==
[[File:CloudProviders.jpg|right|250px|Cloud computing]]
TelcoBridges TSBC-SW is offered as a virtual SBC, ready to be deployed in a private/public cloud environment. Along with TelcoBridges licensing model, the TSBC-SW transforms the following advantages into benefits to customers.
* Avoid up-front infrastructure costs
* Faster (new) service deployment
* Improved manageability
* Grow/Shrink on demand
* Pay as you go

== Baremetal COTS ==
[[File:DellPowerEdge630.jpg|thumb|350px|Commercial off-the-shelf]]
The TSBC-SW is offered on baremetal COTS platform. The advantages running the TSBC-SW on baremetal are:
* Higher performance (sessions per seconds)
* Higher capacity (simultaneous sessions and media handling)

== TSBC-HW-TRANS ==
[[Image:800 3200 angle front.png|thumb|350px|TSBC-HW-TRANS, 1U transcoding unit]]
The TelcoBridges TSBC-HW-TRANS is a carrier-grade hardware platform to transcode sessions processed by the TSBC-SW session border controller:
* 1U slim form factor
* Up to 2744 transcoding sessions per unit
* Up to 16 TSBC-HW-TRANS per TSBC-SW system (43,904 transcoding sessions)
* Telco-grade hardware with either AC or DC redundant power supplies
* Transcoding for G711, G723, G729, AMR-NB, AMR-WB, T.38, DTMF and more
* Add voice services to the SBC call flows

== Installation ==
{{#lst:Product_Installation|TSBC-SW-INSTALLATION}}

== Configuration ==

[[Web_Portal|Configuration]]

== References ==

*[https://sbc.telcobridges.com/#PDF TSBC-SW Datasheet]

Using a spare unit

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Sylvain Fontaine: /* Prerequisite */

This procedure is used to replace a unit with a spare unit or another unit with a normal license.

== Prerequisite==
Prior to replacing hardware, you must have the following:

*Phillips screwdriver
*[[Gateway_Installation|Installation guide]]

=== Retrieve spare license ===
*Follow the instructions here: [[Support:License_server#Retrieve_a_license|Retrieve a license]]
To learn more about how to obtain a license key, refer to [[Support:License_server|How to use the license server]]

=== Backup your system configuration===
Before Proceeding with the procedure, it is wise to backup your configuration. Please follow this link: [[Troubleshooting_Toolpack#System_configuration_backup|Backup procedure]] 
Note: The database backup should be done and stored at a safe place regularly

== Choose Your Maintenance Procedure ==
*[[Replace_TMG3200_Standalone_With_Spare|Replace a TMG3200 Standalone unit]]
*[[Replace_TMG3200_1+1_Primary_With_Spare|Replace a TMG3200 1+1 Primary]]
*[[Replace_TMG3200_1+1_-Secondary_With_Spare|Replace a TMG3200 1+1 Secondary]]

[[Category:Revise on Major]]