TBwiki - User contributions [en]

Tmedia 1+1

2012-04-05T20:02:32Z

Stephanie Quinn:

[[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
**TMG800 Standard VoIP gateway part numbers: TMG800-1, TMG800-2, TMG800-3, TMG800-4, TMG800-5, TMG800-6, TMG800-7, TMG800-8
** Can be used as a standalone unit, or part of a 1+1 system.
* TMG800 +1 (secondary) telecom unit.
**TMG800+1 standby telecom unit part numbers: TMG800-1+1, TMG800-2+1, TMG800-3+1, TMG800-4+1, TMG800-5+1, TMG800-6+1, TMG800-7+1, TMG800-8+1
** 1+1 patch panel and cables come included with the purchase of a +1 telecom unit
** The +1 standby unit is available at a discounted price (in comparison to the standard Tmedia VoIP gateway).
** '''The +1 telecom unit can only be used for 30 days when the primary unit is missing'''. The failed unit must be replaced/repaired during that period of time.
 
* TMG3200 Standard VoIP gateway(primary unit)
**TMG3200 Standard VoIP gateway part numbers: TMG3200-TE16, TMG3200-TE32, TMG3200-TE48, TMG3200-TE64, TMG3200-DS31, TMG3200-DS32, TMG3200-DS33, TMG3200-SM1
** Can be used as a standalone unit, or part of a 1+1 system.
* TMG3200 +1 (secondary) telecom unit
**TMG3200+1 standby telecom unit part numbers: TMG3200-TE16+1, TMG3200-TE32+1, TMG3200-TE48+1, TMG3200-TE64+1, TMG3200-DS31+1, TMG3200-DS32+1, TMG3200-DS33+1, TMG3200-SM1+1
** 1+1 patch panel(s) and cables come included with the purchase of a +1 telecom unit
** The +1 standby unit is available at a discounted price (in comparison to the standard Tmedia VoIP gateway).
** '''The +1 standby telecom unit can only be used for 30 days when the primary unit is missing'''. The failed unit must be replaced/repaired during that period of time.
* TMG3200 Spare unit.
** Can be used to replace a failed primary or secondary unit.
** Available at a discount price.
** '''Can only be used for 30 days upon activation'''. Failed unit that it replaces must be replaced/repaired during that period.
 
* 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 so the 1+1 system. 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 1+1 system ===
Each unit of the TMG800 1+1 system has only two Ethernet interfaces (named voip0 and voip1). They must be shared for network communication with external world (SIP, RTP, Sigtran, H.248), and with private communication between the two TMG800 units of the system.
 
Two private VLans must be created to establish private and redundant network communication path between the two units:
* VLan IDs are provided to TMG800 units upon initial configuration through Web Portal
* VLans configuration in the Ethernet switches that the TMG800 units are connected to must be
** Done before starting the TMG800 units for the first time by network operator
** Must be private to ONLY the two ports the TMG800 units are connected to

[[File:TMG800_1p1_network.png]]
 
For more information, please refer to TMG800 1+1 installation guide.

 

=== Networking configuration for TMG3200 1+1 system ===
Each unit of the TMG3200 1+1 system has four (4) physical Ethernet interfaces.
* ''voip0'' and ''voip1'' for network communication with external world (SIP, RTP, Sigtran, H.248)
* ''eth0'' and ''eth1'' for private communication between the units

 
The network configuration for 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 TMG3200 1+1 installation guide.

 
=== Networking configuration for TMG7800 1+1 system ===
The two servers (TMG7800-ctrl) units of the TMG7800 1+1 system have three (3) Ethernet ports:
* ''mgmt'' to access configuration Web Portal, or SSH connection with the unit. It can also be used for H.248.
* ''eth0'' and ''eth1'' for private communication between all other units of the system (TMG7800-control servers, and TMG7800 Telecommunication units)
 
 
Each TMG7800 Telecommunication units have four (4) Ethernet ports that can be used:
* ''voip0'' and ''voip1'' for network communication with external world (SIP, RTP, Sigtran, H.248)
* ''eth0'' and ''eth1'' for private communication with all other units of the system (TMG7800-control servers, and TMG7800 Telecommunication units)
 
 
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 TMG7800 1+1 installation guide.

 

== How to configure units of the Tmedia 1+1 system ==
=== Initial configuration ===
The first time a TMedia unit is started, it's not yet ready to connect to other units of a TMedia 1+1 system. 
It must be told what role it will occupy (standalone unit, primary/secondary unit of a 1+1 system):
* Make sure that the unit is properly connected to the network (as described above)
* Make sure that the VLans are properly configured in the Ethernet switches that the units are connected to (TMG800 only)
* Connect to the Web Portal of that Tmedia unit (http://[serial_number_of_your_unit]:12358)
* Answer the questions:
** Role (standalone, new primary, replacement primary, or secondary unit)
** VLan IDs (for TMG800 only)
* Wait for the TMedia unit to configure itself
** Enable eth0/eth1 interfaces
** Detect other TMedia unit of the 1+1 system
** Synchronize with other unit of the 1+1 system, if required
* You should then be redirected to the "standard" TelcoBridges Web Portal where you can configure stacks and other functionalities of the Tmedia
 
=== Return unit to initial configuration ===
It may be required to return a TMedia unit to it's initial state, for example:
* A TMedia Standard unit was used as a standalone unit, now needs to be used as part of a 1+1 system
* A TMedia Spare unit was used as a replacement in a 1+1 system, and must now be removed in order to insert back the repaired unit
 
To return the unit to it's "initial" state (disconnected from other units, waiting to be told if it's standalone, primary or secondary):
* Connect to the unit's Web Portal (http://[serial_number_of_your_unit]:12358)
* Click on "Hosts" on the left menu of the Web Portal
* Click on "Status" tab
* Click on the status of the TMedia unit to return to "initial" state
* Select "Reset Host Role" action from the popup menu
* Click "Apply"
* Wait 15-30 seconds, and re-connect to the Web Portal. You should now be in the "Initial configuration" web portal of that TMedia unit
 
 
=== Web Portal configuration for the TMG800 or TMG3200 1+1 system ===
The configuration of the TMG800 or TMG3200 1+1 system is almost identical to the configuration of a standalone TMG800/TMG3200 unit. 
Differences are:
* A ''1+1 Group'' is defined to bind the two units into a redundant group
* Two "Hardware" are present
** One for each TMedia unit of the 1+1 system
** Only the primary unit has a "configuration" that can be modified (TDM Line Interfaces, protocol stacks)
** Each has it's own status (status of Line Interfaces and protocol stacks only visible for the unit that's actually active)
* Two "Hosts" are present
** One for each TMedia unit of the 1+1 system
** Each has it's own status (disk usage, CPU usage, ...)
** Each has it's list of applications running on them (identical list of applications on both units)
* The configuration of the ISUP stack is made redundant on the two units
** The ISUP stack provides "no loss of active call" redundancy by already running as a standby on the secondary unit even when it's not activated. This is not (yet) possible for other protocol stacks.

 
=== Web Portal configuration for the TMG7800 1+1 system ===
The configuration of the TMG7800 1+1 system contains the following elements:
* Multiple "1+1 Groups", one for each pair of TMG7800 Telecommunication units connected to a 1+1 patch panel
** Each "1+1 Group" has it's own status to indicate which units are functional among the two, which unit is active among the two.
* Multiple "Hardware" units
** One for each TMG7800 Telecommunication unit of the TMG7800 1+1 system
** The secondary "Hardware" of each 1+1 Group does not have it's own configuration for Line Interfaces and protocol stacks (it uses the primary's configuration automatically)
** Each has it's own status (status of Line Interfaces and protocol stacks only visible for the unit that's actually active among the two units of each 1+1 Group)
* The configuration of the ISUP stack is made redundant on the two units
** Any units, not necessarily part of the same 1+1 group (ISUP stack redundancy is decoupled from 1+1 redundancy)
** The ISUP stack provides "no loss of active call" redundancy by already running as a standby on the secondary unit even when it's not activated. This is not (yet) possible for other protocol stacks.

 
=== Web Portal operations that are not available on both units ===
Some operations from the Web Portal are not available from both units of the TMedia 1+1 system:
* Upload a license
** Must be done on the Web Portal of the primary unit of the system, and from the status page of the primary host
** The uploaded license will automatically be uploaded to the secondary unit
* Upload a Toolpack package
** Must be done on the Web Portal of the primary unit of the system, and from the status page of the primary host
** The uploaded package will automatically be replicated to the secondary unit
** When that new package is activated, both units will automatically be updated to that new package
* Make a configuration database backup
** Must be done on the Web Portal of the primary unit of the system
** Don't forget to "download" the backup file to an external host, in case the unit fails
* Manage audio prompts
** Must be done on the Web Portal of the primary unit of the system
** Prompts will be automatically replicated to the secondary unit
** Prompts will be properly played regardless which unit is active, or if a unit has failed

== 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)

 

== References ==
*[[media:TMG800+1.pdf|TMG800 +1 Data sheet]]
*[[media:TMG3200-RJ+1.pdf|TMG3200-RJ +1 Data Sheet]]
*[[media:TMG3200-TE+1.pdf|TMG3200-TE +1 Data Sheet]]
*[[media:TMG3200-DS3+1.pdf|TMG3200-DS3 +1 Data Sheet]]
*[[media:TMG3200-STM1+1.pdf|TMG3200-STM1 +1 Data Sheet]]

Tmedia 1+1

2012-04-05T19:59:22Z

Stephanie Quinn:

[[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
**TMG800-1,
TMG800-2,
TMG800-3,
TMG800-4,
TMG800-5,
TMG800-6,
TMG800-7,
TMG800-8
** Can be used as a standalone unit, or part of a 1+1 system.
* TMG800 +1 (secondary) telecom unit.
**TMG800-1+1,
TMG800-2+1,
TMG800-3+1,
TMG800-4+1,
TMG800-5+1,
TMG800-6+1,
TMG800-7+1,
TMG800-8+1
** 1+1 patch panel and cables come included with the purchase of a +1 telecom unit
** The +1 standby unit is available at a discounted price (in comparison to the standard Tmedia VoIP gateway).
** '''The +1 telecom unit can only be used for 30 days when the primary unit is missing'''. The failed unit must be replaced/repaired during that period of time.
 
* TMG3200 Standard VoIP gateway(primary unit)
**TMG3200-TE16,
TMG3200-TE32,
TMG3200-TE48,
TMG3200-TE64,
TMG3200-DS31,
TMG3200-DS32,
TMG3200-DS33,
TMG3200-SM1
** Can be used as a standalone unit, or part of a 1+1 system.
* TMG3200 +1 (secondary) telecom unit
**TMG3200-TE16+1,
TMG3200-TE32+1,
TMG3200-TE48+1,
TMG3200-TE64+1,
TMG3200-DS31+1,
TMG3200-DS32+1,
TMG3200-DS33+1,
TMG3200-SM1+1
** 1+1 patch panel(s) and cables come included with the purchase of a +1 telecom unit
** The +1 standby unit is available at a discounted price (in comparison to the standard Tmedia VoIP gateway).
** '''The +1 standby telecom unit can only be used for 30 days when the primary unit is missing'''. The failed unit must be replaced/repaired during that period of time.
* TMG3200 Spare unit.
** Can be used to replace a failed primary or secondary unit.
** Available at a discount price.
** '''Can only be used for 30 days upon activation'''. Failed unit that it replaces must be replaced/repaired during that period.
 
* 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 so the 1+1 system. 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 1+1 system ===
Each unit of the TMG800 1+1 system has only two Ethernet interfaces (named voip0 and voip1). They must be shared for network communication with external world (SIP, RTP, Sigtran, H.248), and with private communication between the two TMG800 units of the system.
 
Two private VLans must be created to establish private and redundant network communication path between the two units:
* VLan IDs are provided to TMG800 units upon initial configuration through Web Portal
* VLans configuration in the Ethernet switches that the TMG800 units are connected to must be
** Done before starting the TMG800 units for the first time by network operator
** Must be private to ONLY the two ports the TMG800 units are connected to

[[File:TMG800_1p1_network.png]]
 
For more information, please refer to TMG800 1+1 installation guide.

 

=== Networking configuration for TMG3200 1+1 system ===
Each unit of the TMG3200 1+1 system has four (4) physical Ethernet interfaces.
* ''voip0'' and ''voip1'' for network communication with external world (SIP, RTP, Sigtran, H.248)
* ''eth0'' and ''eth1'' for private communication between the units

 
The network configuration for 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 TMG3200 1+1 installation guide.

 
=== Networking configuration for TMG7800 1+1 system ===
The two servers (TMG7800-ctrl) units of the TMG7800 1+1 system have three (3) Ethernet ports:
* ''mgmt'' to access configuration Web Portal, or SSH connection with the unit. It can also be used for H.248.
* ''eth0'' and ''eth1'' for private communication between all other units of the system (TMG7800-control servers, and TMG7800 Telecommunication units)
 
 
Each TMG7800 Telecommunication units have four (4) Ethernet ports that can be used:
* ''voip0'' and ''voip1'' for network communication with external world (SIP, RTP, Sigtran, H.248)
* ''eth0'' and ''eth1'' for private communication with all other units of the system (TMG7800-control servers, and TMG7800 Telecommunication units)
 
 
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 TMG7800 1+1 installation guide.

 

== How to configure units of the Tmedia 1+1 system ==
=== Initial configuration ===
The first time a TMedia unit is started, it's not yet ready to connect to other units of a TMedia 1+1 system. 
It must be told what role it will occupy (standalone unit, primary/secondary unit of a 1+1 system):
* Make sure that the unit is properly connected to the network (as described above)
* Make sure that the VLans are properly configured in the Ethernet switches that the units are connected to (TMG800 only)
* Connect to the Web Portal of that Tmedia unit (http://[serial_number_of_your_unit]:12358)
* Answer the questions:
** Role (standalone, new primary, replacement primary, or secondary unit)
** VLan IDs (for TMG800 only)
* Wait for the TMedia unit to configure itself
** Enable eth0/eth1 interfaces
** Detect other TMedia unit of the 1+1 system
** Synchronize with other unit of the 1+1 system, if required
* You should then be redirected to the "standard" TelcoBridges Web Portal where you can configure stacks and other functionalities of the Tmedia
 
=== Return unit to initial configuration ===
It may be required to return a TMedia unit to it's initial state, for example:
* A TMedia Standard unit was used as a standalone unit, now needs to be used as part of a 1+1 system
* A TMedia Spare unit was used as a replacement in a 1+1 system, and must now be removed in order to insert back the repaired unit
 
To return the unit to it's "initial" state (disconnected from other units, waiting to be told if it's standalone, primary or secondary):
* Connect to the unit's Web Portal (http://[serial_number_of_your_unit]:12358)
* Click on "Hosts" on the left menu of the Web Portal
* Click on "Status" tab
* Click on the status of the TMedia unit to return to "initial" state
* Select "Reset Host Role" action from the popup menu
* Click "Apply"
* Wait 15-30 seconds, and re-connect to the Web Portal. You should now be in the "Initial configuration" web portal of that TMedia unit
 
 
=== Web Portal configuration for the TMG800 or TMG3200 1+1 system ===
The configuration of the TMG800 or TMG3200 1+1 system is almost identical to the configuration of a standalone TMG800/TMG3200 unit. 
Differences are:
* A ''1+1 Group'' is defined to bind the two units into a redundant group
* Two "Hardware" are present
** One for each TMedia unit of the 1+1 system
** Only the primary unit has a "configuration" that can be modified (TDM Line Interfaces, protocol stacks)
** Each has it's own status (status of Line Interfaces and protocol stacks only visible for the unit that's actually active)
* Two "Hosts" are present
** One for each TMedia unit of the 1+1 system
** Each has it's own status (disk usage, CPU usage, ...)
** Each has it's list of applications running on them (identical list of applications on both units)
* The configuration of the ISUP stack is made redundant on the two units
** The ISUP stack provides "no loss of active call" redundancy by already running as a standby on the secondary unit even when it's not activated. This is not (yet) possible for other protocol stacks.

 
=== Web Portal configuration for the TMG7800 1+1 system ===
The configuration of the TMG7800 1+1 system contains the following elements:
* Multiple "1+1 Groups", one for each pair of TMG7800 Telecommunication units connected to a 1+1 patch panel
** Each "1+1 Group" has it's own status to indicate which units are functional among the two, which unit is active among the two.
* Multiple "Hardware" units
** One for each TMG7800 Telecommunication unit of the TMG7800 1+1 system
** The secondary "Hardware" of each 1+1 Group does not have it's own configuration for Line Interfaces and protocol stacks (it uses the primary's configuration automatically)
** Each has it's own status (status of Line Interfaces and protocol stacks only visible for the unit that's actually active among the two units of each 1+1 Group)
* The configuration of the ISUP stack is made redundant on the two units
** Any units, not necessarily part of the same 1+1 group (ISUP stack redundancy is decoupled from 1+1 redundancy)
** The ISUP stack provides "no loss of active call" redundancy by already running as a standby on the secondary unit even when it's not activated. This is not (yet) possible for other protocol stacks.

 
=== Web Portal operations that are not available on both units ===
Some operations from the Web Portal are not available from both units of the TMedia 1+1 system:
* Upload a license
** Must be done on the Web Portal of the primary unit of the system, and from the status page of the primary host
** The uploaded license will automatically be uploaded to the secondary unit
* Upload a Toolpack package
** Must be done on the Web Portal of the primary unit of the system, and from the status page of the primary host
** The uploaded package will automatically be replicated to the secondary unit
** When that new package is activated, both units will automatically be updated to that new package
* Make a configuration database backup
** Must be done on the Web Portal of the primary unit of the system
** Don't forget to "download" the backup file to an external host, in case the unit fails
* Manage audio prompts
** Must be done on the Web Portal of the primary unit of the system
** Prompts will be automatically replicated to the secondary unit
** Prompts will be properly played regardless which unit is active, or if a unit has failed

== 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)

 

== References ==
*[[media:TMG800+1.pdf|TMG800 +1 Data sheet]]
*[[media:TMG3200-RJ+1.pdf|TMG3200-RJ +1 Data Sheet]]
*[[media:TMG3200-TE+1.pdf|TMG3200-TE +1 Data Sheet]]
*[[media:TMG3200-DS3+1.pdf|TMG3200-DS3 +1 Data Sheet]]
*[[media:TMG3200-STM1+1.pdf|TMG3200-STM1 +1 Data Sheet]]

Tmedia 1+1

2012-04-05T19:42:55Z

Stephanie Quinn:

[[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 (primary) unit
** Can be used as a standalone unit, or part of a 1+1 system.
* TMG800 1+1 (secondary) unit.
** Also comes with the 1+1 patch panel and cables
** Available at a discount price.
** '''Can only be used for 30 days when the primary unit is missing'''. Failed unit must be replaced/repaired during that period.
 
* TMG3200 Standard (primary unit)
** Can be used as a standalone unit, or part of a 1+1 system.
* TMG3200 1+1 (secondary) unit
** Also comes with the 1+1 patch panel and cables
** Available at a discount price.
** '''Can only be used for 30 days when the primary unit is missing'''. Failed unit must be replaced/repaired during that period.
* TMG3200 Spare unit.
** Can be used to replace a failed primary or secondary unit.
** Available at a discount price.
** '''Can only be used for 30 days upon activation'''. Failed unit that it replaces must be replaced/repaired during that period.
 
* 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 so the 1+1 system. 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 1+1 system ===
Each unit of the TMG800 1+1 system has only two Ethernet interfaces (named voip0 and voip1). They must be shared for network communication with external world (SIP, RTP, Sigtran, H.248), and with private communication between the two TMG800 units of the system.
 
Two private VLans must be created to establish private and redundant network communication path between the two units:
* VLan IDs are provided to TMG800 units upon initial configuration through Web Portal
* VLans configuration in the Ethernet switches that the TMG800 units are connected to must be
** Done before starting the TMG800 units for the first time by network operator
** Must be private to ONLY the two ports the TMG800 units are connected to

[[File:TMG800_1p1_network.png]]
 
For more information, please refer to TMG800 1+1 installation guide.

 

=== Networking configuration for TMG3200 1+1 system ===
Each unit of the TMG3200 1+1 system has four (4) physical Ethernet interfaces.
* ''voip0'' and ''voip1'' for network communication with external world (SIP, RTP, Sigtran, H.248)
* ''eth0'' and ''eth1'' for private communication between the units

 
The network configuration for 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 TMG3200 1+1 installation guide.

 
=== Networking configuration for TMG7800 1+1 system ===
The two servers (TMG7800-ctrl) units of the TMG7800 1+1 system have three (3) Ethernet ports:
* ''mgmt'' to access configuration Web Portal, or SSH connection with the unit. It can also be used for H.248.
* ''eth0'' and ''eth1'' for private communication between all other units of the system (TMG7800-control servers, and TMG7800 Telecommunication units)
 
 
Each TMG7800 Telecommunication units have four (4) Ethernet ports that can be used:
* ''voip0'' and ''voip1'' for network communication with external world (SIP, RTP, Sigtran, H.248)
* ''eth0'' and ''eth1'' for private communication with all other units of the system (TMG7800-control servers, and TMG7800 Telecommunication units)
 
 
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 TMG7800 1+1 installation guide.

 

== How to configure units of the Tmedia 1+1 system ==
=== Initial configuration ===
The first time a TMedia unit is started, it's not yet ready to connect to other units of a TMedia 1+1 system. 
It must be told what role it will occupy (standalone unit, primary/secondary unit of a 1+1 system):
* Make sure that the unit is properly connected to the network (as described above)
* Make sure that the VLans are properly configured in the Ethernet switches that the units are connected to (TMG800 only)
* Connect to the Web Portal of that Tmedia unit (http://[serial_number_of_your_unit]:12358)
* Answer the questions:
** Role (standalone, new primary, replacement primary, or secondary unit)
** VLan IDs (for TMG800 only)
* Wait for the TMedia unit to configure itself
** Enable eth0/eth1 interfaces
** Detect other TMedia unit of the 1+1 system
** Synchronize with other unit of the 1+1 system, if required
* You should then be redirected to the "standard" TelcoBridges Web Portal where you can configure stacks and other functionalities of the Tmedia
 
=== Return unit to initial configuration ===
It may be required to return a TMedia unit to it's initial state, for example:
* A TMedia Standard unit was used as a standalone unit, now needs to be used as part of a 1+1 system
* A TMedia Spare unit was used as a replacement in a 1+1 system, and must now be removed in order to insert back the repaired unit
 
To return the unit to it's "initial" state (disconnected from other units, waiting to be told if it's standalone, primary or secondary):
* Connect to the unit's Web Portal (http://[serial_number_of_your_unit]:12358)
* Click on "Hosts" on the left menu of the Web Portal
* Click on "Status" tab
* Click on the status of the TMedia unit to return to "initial" state
* Select "Reset Host Role" action from the popup menu
* Click "Apply"
* Wait 15-30 seconds, and re-connect to the Web Portal. You should now be in the "Initial configuration" web portal of that TMedia unit
 
 
=== Web Portal configuration for the TMG800 or TMG3200 1+1 system ===
The configuration of the TMG800 or TMG3200 1+1 system is almost identical to the configuration of a standalone TMG800/TMG3200 unit. 
Differences are:
* A ''1+1 Group'' is defined to bind the two units into a redundant group
* Two "Hardware" are present
** One for each TMedia unit of the 1+1 system
** Only the primary unit has a "configuration" that can be modified (TDM Line Interfaces, protocol stacks)
** Each has it's own status (status of Line Interfaces and protocol stacks only visible for the unit that's actually active)
* Two "Hosts" are present
** One for each TMedia unit of the 1+1 system
** Each has it's own status (disk usage, CPU usage, ...)
** Each has it's list of applications running on them (identical list of applications on both units)
* The configuration of the ISUP stack is made redundant on the two units
** The ISUP stack provides "no loss of active call" redundancy by already running as a standby on the secondary unit even when it's not activated. This is not (yet) possible for other protocol stacks.

 
=== Web Portal configuration for the TMG7800 1+1 system ===
The configuration of the TMG7800 1+1 system contains the following elements:
* Multiple "1+1 Groups", one for each pair of TMG7800 Telecommunication units connected to a 1+1 patch panel
** Each "1+1 Group" has it's own status to indicate which units are functional among the two, which unit is active among the two.
* Multiple "Hardware" units
** One for each TMG7800 Telecommunication unit of the TMG7800 1+1 system
** The secondary "Hardware" of each 1+1 Group does not have it's own configuration for Line Interfaces and protocol stacks (it uses the primary's configuration automatically)
** Each has it's own status (status of Line Interfaces and protocol stacks only visible for the unit that's actually active among the two units of each 1+1 Group)
* The configuration of the ISUP stack is made redundant on the two units
** Any units, not necessarily part of the same 1+1 group (ISUP stack redundancy is decoupled from 1+1 redundancy)
** The ISUP stack provides "no loss of active call" redundancy by already running as a standby on the secondary unit even when it's not activated. This is not (yet) possible for other protocol stacks.

 
=== Web Portal operations that are not available on both units ===
Some operations from the Web Portal are not available from both units of the TMedia 1+1 system:
* Upload a license
** Must be done on the Web Portal of the primary unit of the system, and from the status page of the primary host
** The uploaded license will automatically be uploaded to the secondary unit
* Upload a Toolpack package
** Must be done on the Web Portal of the primary unit of the system, and from the status page of the primary host
** The uploaded package will automatically be replicated to the secondary unit
** When that new package is activated, both units will automatically be updated to that new package
* Make a configuration database backup
** Must be done on the Web Portal of the primary unit of the system
** Don't forget to "download" the backup file to an external host, in case the unit fails
* Manage audio prompts
** Must be done on the Web Portal of the primary unit of the system
** Prompts will be automatically replicated to the secondary unit
** Prompts will be properly played regardless which unit is active, or if a unit has failed

== 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)

 

== References ==
*[[media:TMG800+1.pdf|TMG800 +1 Data sheet]]
*[[media:TMG3200-RJ+1.pdf|TMG3200-RJ +1 Data Sheet]]
*[[media:TMG3200-TE+1.pdf|TMG3200-TE +1 Data Sheet]]
*[[media:TMG3200-DS3+1.pdf|TMG3200-DS3 +1 Data Sheet]]
*[[media:TMG3200-STM1+1.pdf|TMG3200-STM1 +1 Data Sheet]]

TMG7800

2012-04-05T19:34:31Z

Stephanie Quinn:

[[Image:TMG7800-CTRL TBWiki.jpg|thumb|350px| Front view of TMG7800-CTRL VoIP gateway contoller]]
The TelcoBridges Tmedia TMG7800; high availability says it all. This multi-unit VoIP gateway is scalable and 100% redundant ensuring an infallible carrier grade network. 
[[Image:TBWiki TMG7800 front.jpg|thumb|350px| Front view of TMG7800 VoIP gateway]]
The TMG7800 VoIP gateway provides capacity of up to 32,768 universal voice ports and the flexibility to switch between TDM and IP signaling services such as SS7, ISDN, SIGTRAN, SIP, and H.248, as well as popular media processing codecs across a mix of T1/E1/J1, DS3 and OC3/STM1 interfaces, all within the same system. 

Leveraging redundant integrated VoIP gateway controllers—[[TB Media Gateway]]—the TMG7800 delivers core network services such as [[media gateway]], [[TDM switching]], [[VOIP hairpinning]], [[transcoding]], advanced [[call routing]] and fax relay. The TMG7800 can also host additional third-party applications such as softswitches and session border controllers locally, further answering the need for device consolidation and convergence. With separate chipsets for media processing and interactive voice response (IVR), and signaling performed in hardware, the TMG7800 VoIP gateway provides full non-blocking capability of up to 32,768 channels per system. 

The TMG7800 VoIP gateway provides the ultimate in flexibility, easily scaling to full rack capacity of 1024 T1/E1/J1, 48 DS3 or 16 OC3/STM1 interfaces as service uptake increases, with the ability to mix and match different interface types.

=== Characteristics ===

*4 to 39U VoIP gateway
*256 to 32,768 VoIP channels
*8 to 1024 T1/E1 or 1 to 48 DS3 or 1 to 16 OC3/STM1
*Redundant AC or DC power supplies

=== Available configurations ===

*TMG7800-CTRL, (VoIP server)
*TMG7800-TE16, (16 x T1/E1)
*TMG7800-TE32, (32 x T1/E1)
*TMG7800-TE48, (48 x T1/E1)
*TMG7800-TE64, (64 x T1/E1)
*TMG7800-DS31, (1 x DS3)
*TMG7800-DS32, (2 x DS3)
*TMG7800-DS33, (3 x DS3)
*TMG7800-STM1, (1 x STM1)
*TMG7800-TMS, (MediaSwitch)
 
Each configuration is available with redundant AC or DC power.
 
== References ==
*[[media:TMG7800.pdf|Data sheet]]
*[[Regulatory compliance]]

[[category:Hardware]]
[[Category:RevisionV2]]

TMG3200

2012-04-05T19:25:20Z

Stephanie Quinn:

[[Image:2U.jpg|thumb|350px|TMG3200 front view, 2U VoIP gateway]]
[[Image:TMG3200-RJ front.jpg|thumb|350px|Front view of TMG3200-RJ, 2U VoIP / Media Gateway]][[Image:TMG3200-RJ back.jpg|thumb|350px|Rear view of TMG3200-RJ, 2U VoIP / Media Gateway]][[Image:TMG3200-TE front.jpg|thumb|350px|Front view of TMG3200-TE, 2U VoIP / Media Gateway]]
[[Image:TMG3200-TE back.jpg|thumb|350px|Rear view of TMG3200-TE, 2U VoIP / Media Gateway]][[Image:TMG3200-DS3 front view.jpg |thumb|350px|Front view of TMG3200-DS3, 2U VoIP / Media Gateway]][[Image:TMG3200-DS3 rear view.jpg |thumb|350px|Rear view of TMG3200-DS3, 2U VoIP / Media Gateway]] [[Image:TMG3200-STM1 front.jpg |thumb|350px|Front view of TMG3200-STM1, 2U VoIP / Media Gateway]]
[[Image:TMG3200-STM1 rear.jpg |thumb|350px|Rear view of TMG3200-STM1, 2U VoIP / Media Gateway]]

== TMG3200-RJ ==

The TelcoBridges [[Tmedia]]™ TMG3200-RJ is an 8 to 16 T1/E1 [[VoIP]] gateway that offers high-density in a single box (2U) solution. 

=== Characteristics of the TMG3200-RJ ===
*2U VoIP gateway 
*256 to 512 VoIP channels 
*8 to 16 T1/E1s 
*Software upgradeable by single T1/E1 increment (32 VoIP channel increment) up to 16 T1/E1 
*Redundant AC or DC power supplies
 
=== Available configurations ===

*TMG3200-RJ8, (8 x T1/E1)
*TMG3200-RJ9, (9 x T1/E1)
*TMG3200-RJ10, (10 x T1/E1)
*TMG3200-RJ11, (11 x T1/E1)
*TMG3200-RJ12, (12 x T1/E1)
*TMG3200-RJ13, (13 x T1/E1)
*TMG3200-RJ14, (14 x T1/E1)
*TMG3200-RJ15, (15 x T1/E1)
*TMG3200-RJ16, (16 x T1/E1)

Each configuration is available with redundant AC or DC power.
 

== TMG3200-TE ==

The TelcoBridges [[Tmedia]]™ TMG3200-TE is an 16 to 64 T1/E1 [[VoIP]] gateway that offers high-capacity and high-performance in a single box (2U) solution. 

=== Characteristics of the TMG3200-TE ===
*2U VoIP gateway 
*512 to 2048 VoIP channels 
*16 to 64 T1/E1s 
*Simple field upgrade by increment of 16 T1/E1 (512 VoIP channel increment)
*Available feature: hardware ready, facilitating capacity increase through license upgrade 
*Redundant AC or DC power supplies
 
=== Available configurations ===

*TMG3200-TE16, (16 x T1/E1)
*TMG3200-TE32, (32 x T1/E1)
*TMG3200-TE48, (48 x T1/E1)
*TMG3200-TE64, (64 x T1/E1)

Each configuration is available with redundant AC or DC power.
 

== TMG3200-DS3 ==

The TelcoBridges [[Tmedia]]™ TMG3200-DS3 is a 1 to 3 DS3 VoIP gateway that offers high-performance and high density in a single box (2U) solution. 

=== Characteristics of the TMG3200-DS3 ===
*2U VoIP gateway 
*672 to 2016 VoIP channels 
*1 to 3 DS3 
*Simple field upgrade by increment of 1 DS3 (672 VoIP channel increment) 
*Available feature: hardware ready, facilitating capacity increase through license upgrade 
*Redundant AC or DC power supplies
 
=== Available configurations ===

*TMG3200-DS31, (1 x DS3)
*TMG3200-DS32, (2 x DS3)
*TMG3200-DS33, (3 x DS3)

Each configuration is available with redundant AC or DC power.
 

== TMG3200-STM1 ==

The TelcoBridges [[Tmedia]]™ TMG3200-STM1 is a 1 OC3/STM1 VoIP gateway that offers the industry's highest density in a single box (2U) solution. 

=== Characteristics of the TMG3200-STM1 ===
*2U VoIP gateway 
*2,016 VoIP channels 
*1 OC3/STM1 
*Redundant AC or DC power supplies
 
=== Available configurations ===

*TMG3200-STM1, (1 x STM1)

Each configuration is available with redundant AC or DC power.

==[[COMING SOON - STM1 Partials]]==
=== SFP modules compatibility ===
*850 nm 550 m multi-mode fiber (SX)
*1310 nm 10 km single-mode fiber (LX)
*1490 nm 10 km single-mode fiber (BS-D)
*1550 nm 40 km (XD), 80 km (ZX), 120 km (EX or EZX)]
*1490 nm 1310 nm (BX), Single Fiber Bi-Directional Gigabit SFP Transceivers
*DWDM
*STM1E-SFPxx 155Mbps Copper Transceiver

We normally sell SFP-LC (1310nm) hotplug, which we have in stock.

 

== References ==
*[[Media:TMG3200-RJ.pdf|Data sheet TMG3200-RJ]]
*[[Media:TMG3200-TE.pdf|Data sheet TMG3200-TE]]
*[[Media:TMG3200-DS3.pdf|Data sheet TMG3200-DS3]]
*[[Media:TMG3200-STM1.pdf|Data sheet TMG3200-STM1]]
*[[Media:FINAL - Product Brief Media Gateway TMG3200.pdf|Product brief]]
*[[Media:TMG3200_Installation_Guide_Issue4.0g.pdf|TMG3200 Standalone & TMG3200 1+1 System Installation Guide]] (March 12th, 2012)
*[[Media:TMG3200_Installation_Guide_Issue3.3.pdf|TMG3200 Installation Guide]] (For TMG3200 shipped from September 19th 2011 onward)
*[[Media:TMG3200_Installation_Guide_Issue2.3.pdf|TMG3200 Installation Guide]] (For TMG3200 shipped before September 19th 2011)
*[[T1/E1/J1_RJ48_Cable_Diagram|T1/E1/J1 RJ48 Wiring Diagram for Straight and Crossover Cables]]
*[[DC_cable_pinout|DC Power Cable Pinout]]
*[[Media:TMG3201_AC_QIG_Issue3.1.pdf|TMG3201 (1U/AC) Quick Installation Guide]]
*[[Media:TMG3201_DC_QIG_Issue2.1.pdf|TMG3201 (1U/DC) Quick Installation Guide]]
*[[Media:TMG3202_AC_QIG_Issue3.2.pdf|TMG3202 (2U/AC) Quick Installation Guide]]
*[[Media:TMG3202_DC_QIG_Issue2.1.pdf|TMG3202 (2U/DC) Quick Installation Guide]]
*[[Regulatory compliance]]

[[category:Hardware]]

TMG800

2012-04-05T19:19:35Z

Stephanie Quinn:

[[Image:tbwiki big tmg800 front.jpg|thumb|350px|Front view TMG800]] [[Image:TMG800 back view AC.jpg|thumb|350px|Rear view TMG800 AC]]

The TelcoBridges [[Tmedia]]™ TMG800 is our entry level [[VoIP]] gateway. 

Software upgradeable from 1 to 8 T1/E1s, the TMG800 is the most cost effective, one box (1U) SS7 gateway solution currently available on the market. 

== Characteristics of the TMG800 ==
*1U VoIP gateway 
*32 to 256 VoIP channels 
*1 to 8 T1/E1s 
*Software upgradeable by single T1/E1 increment (32 VoIP channel increment) 
*Single or redundant AC or DC power supplies
 
== Available configurations ==

*TMG800-1, (1 x T1/E1)
*TMG800-2, (2 x T1/E1)
*TMG800-3, (3 x T1/E1)
*TMG800-4, (4 x T1/E1)
*TMG800-5, (5 x T1/E1)
*TMG800-6, (6 x T1/E1)
*TMG800-7, (7 x T1/E1)
*TMG800-8, (8 x T1/E1)

Each configuration is available with either single or redundant AC or DC power.
 
== References ==

*[[Media:TMG800.pdf|Data sheet]]
*[[Media:TMG800_Installation_Guide_Issue3.0i.pdf|TMG800 Standalone & TMG800 1+1 System Installation Guide]] (March 12th, 2012)
*[[Media:TMG800_Installation_Guide_Issue2.5.pdf|TMG800 Installation guide]] (For TMG800 shipped from August 15th 2011 onward)
*[[Media:TMG800_Installation_Guide_Issue1.3.pdf|TMG800 Installation Guide]] (For TMG800 shipped before August 15th 2011)
*[[T1/E1/J1 RJ48 Cable Diagram|T1/E1/J1 RJ48 Wiring Diagram for Straight and Crossover Cables]]
*[[Media:TMG800_AC_QIG_Issue1.1.pdf|TMG800 (AC) Quick Installation guide]]
*[[Media:TMG800_DC_QIG_Issue1.1.pdf|TMG800 (DC) Quick Installation guide]]
*[[Regulatory compliance]]

[[Category:Hardware]] [[Category:RevisionV2]]
 

== Related Articles ==
*[[Tmedia_Comparison|Tmedia model comparison]]
*[[:Category:Tmedia_Features| Features]]
*[[:Category:Tmedia_Solutions|Solutions]]
*[[:Category:Tmedia_OAM%26P|OAM&P]]

Tmedia Comparison

2012-04-05T19:17:56Z

Stephanie Quinn:

The following tables campare the similarities and differences between the various models within the Tmedia family of VoIP gateways.

== Hardware Capacities ==
Each model has been designed to address different system size; small (32-256 bridges), mid (256-2016) and large (256-32768).

Here is comparison table, presenting the different Tmedia models and their capacities:

{| cellpadding="5" border="1" class="wikitable"
|-
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" rowspan="2" |
! width="630" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" colspan="3" | Models
|-
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | [[TMG800]]
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | [[TMG3200]]
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | [[TMG7800]]
|-
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | [[T1,_E1,_and_J1_interfaces|T1/E1]]
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | 1-8
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | 8-64
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | 16-1024
|-
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | [[DS3_interfaces|DS3]]
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark|}}
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | 1-3
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | 1-48
|-
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | [[SONET/SDH_interfaces|STM1/OC3]]
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark|}}
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | 1
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | 1-16
|-
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | VoIP Channels Capacity
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | 32 - 256
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | 256 - 2016
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | 512 - 32768
|-
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | VoIP Gigabit Port
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | 2
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | 2
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | 2
|-
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | Managment Port
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | 1
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | 1
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | 2
|-
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | Form Factors
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | 1 U
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | 2 U
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | 4-39 U
|-
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" |
Redundant Power Supplies

(AC or DC)
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | Optional
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | Standard
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | Standard
|}

== Unified Platform ==

Other than capacity, all Tmedia models share the same feature sets.

{| cellpadding="5" border="1" class="wikitable"
|-
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" rowspan="2" |
! width="630" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" colspan="3" | Models
|-
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | [[TMG800]]
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | [[TMG3200]]
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | [[TMG7800]]
|-
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" |
[[H.248]] and/or

[[TMG call control]]
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
|-
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | [[Text_Call_Detail_Records_(CDR)|Text CDR]]
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
|-
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | [[RADIUS]]
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
|-
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | [[Web Base OAM&P]]
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
|-
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | [[Voice_codecs|Universal Codecs]]
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
|-
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | Protocols run on the same device
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
|-
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | [[SIP]]
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
|-
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | [[SIGTRAN]]
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
|-
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | [[SS7]]
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
|-
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | [[ISDN|ISDN PRI]]
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
|-
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | [[CAS|CAS R2]]
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
|}

TMP800

2012-04-04T20:17:05Z

Stephanie Quinn:

[[Image:TdevTMP800_1U.jpg|thumb|350px|Front view of TMG800 telecom platform]]
[[Image:TMG800 1U rear ac.jpg|thumb|350px|Rear view of TMP800 with AC power]]
[[Image:TMG800 1U Rear DC.jpg|thumb|350px|Rear view of TMP800 with DC power]] The TelcoBridges™ [[Tdev]] TMP800 is a small-footprint telecom development platform that meets the needs of service providers looking to cost-effectively trial new value-added services. The TMP800 provides capacity of up to 8 T1/E1/J1 interfaces, and up to 256 universal [[VoIP]] channels.

Whether sitting at the edge of a wireline, wireless or VOIP network, the TMP800 delivers seamless voice interoperability across TDM and IP networks. The TMP800 builds on those capabilities with an advanced application platform for delivering [[ringback tones|ring-back tones]], [[unified communications]], [[Prepaid & postpaid calling|pre-paid/post-paid calling]], [[conferencing]], [[Fax over IP]] (T.38), [[voicemail]], and other enhanced services to subscribers irrespective of access protocol or device.

Leveraging TelcoBridges Toolpack™ software toolkit, and a choice of host deployment platforms, the TMP800 provides the ability to rapidly develop and deploy applications that tie together real-time communications from the network with stored external data sources to provide unique subscriber-specific services.

== Features & Benefits ==
'''Powerful:''' By tying together real-time communications from the network with stored external data sources, the TMP800 provides an advanced application platform for delivering unique subscriber-specific services, such as unified communications, ring-back tones, and prepaid/postpaid calling.

'''Flexibility:''' Through VoIP plug-in hardware additions as well as the ability to expand from 1 to 8 T1/E1/J1 ports and/or from 32 to 512 IVR channels through software license upgrades.

'''Performance:''' The TMP800 features a non-blocking architecture providing full availability of call channels and other system resources (IVR, VOIP).

== Available configurations ==

*TMP800-1, 1 x T1/E1
*TMP800-2, 2 x T1/E1
*TMP800-3, 3 x T1/E1
*TMP800-4, 4 x T1/E1
*TMP800-5, 5 x T1/E1
*TMP800-6, 6 x T1/E1
*TMP800-7, 7 x T1/E1
*TMP800-8, 8 x T1/E1

Each configuration is available with single or redundant AC or DC power.

== References ==
*[[Media:DATA SHEET TMP800.pdf|Data sheet]]
*[[Media:TMP800_Installation_Guide_Issue1.1.pdf|TMP800 Installation guide]]
*[[T1/E1/J1_RJ48_Cable_Diagram|T1/E1/J1 RJ48 Wiring Diagram for Straight and Crossover Cables]]
*[[Media:TMP800_AC_QIG_Issue1.1.pdf|TMP800 (AC) Quick Installation guide]]
*[[Media:TMP800_DC_QIG_Issue1.1.pdf|TMP800 (DC) Quick Installation guide]]
*[[Regulatory compliance]]

[[category:Hardware]]
[[Category:RevisionV2]]

TMP800

2012-04-04T20:16:23Z

Stephanie Quinn: Update of the TMP800 information

[[Image:TdevTMP800_1U.jpg|thumb|350px|Front view of TMG800 telecom platform]]
[[Image:TMG800 1U rear ac.jpg|thumb|350px|Rear view of TMP800 with AC power]]
[[Image:TMG800 1U Rear DC.jpg|thumb|350px|Rear view of TMP800 with DC power]] The TelcoBridges™ [[Tdev]] TMP800 is a small-footprint telecom development platform that meets the needs of service providers looking to cost-effectively trial new value-added services. The TMP800 provides capacity of up to 8 T1/E1/J1 interfaces, and up to 256 universal [[VoIP]] channels.

Whether sitting at the edge of a wireline, wireless or VOIP network, the TMP800 delivers seamless voice interoperability across TDM and IP networks. The TMP800 builds on those capabilities with an advanced application platform for delivering [[ringback tones|ring-back tones]], [[unified communications]], [[Prepaid & postpaid calling|pre-paid/post-paid calling]], [[conferencing]], [[Fax over IP]] (T.38), [[voicemail]], and other enhanced services to subscribers irrespective of access protocol or device.

Leveraging TelcoBridges Toolpack™ software toolkit, and a choice of host deployment platforms, the TMP800 provides the ability to rapidly develop and deploy applications that tie together real-time communications from the network with stored external data sources to provide unique subscriber-specific services.

== Features & Benefits ==
'''Powerful:''' By tying together real-time communications from the network with stored external data sources, the TMP800 provides an advanced application platform for delivering unique subscriber-specific services, such as unified communications, ring-back tones, and prepaid/postpaid calling.

'''Flexibility:''' Through VoIP plug-in hardware additions as well as the ability to expand from 1 to 8 T1/E1/J1 ports and/or from 32 to 512 IVR channels through software license upgrades.

'''Performance:''' The TMP800 features a non-blocking architecture providing full availability of call channels and other system resources (IVR, VOIP).

== Available configurations ==

*TMP800-1 1 x T1/E1
*TMP800-2 2 x T1/E1
*TMP800-3 3 x T1/E1
*TMP800-4 4 x T1/E1
*TMP800-5 5 x T1/E1
*TMP800-6 6 x T1/E1
*TMP800-7 7 x T1/E1
*TMP800-8 8 x T1/E1

Each configuration is available with single or redundant AC or DC power.

== References ==
*[[Media:DATA SHEET TMP800.pdf|Data sheet]]
*[[Media:TMP800_Installation_Guide_Issue1.1.pdf|TMP800 Installation guide]]
*[[T1/E1/J1_RJ48_Cable_Diagram|T1/E1/J1 RJ48 Wiring Diagram for Straight and Crossover Cables]]
*[[Media:TMP800_AC_QIG_Issue1.1.pdf|TMP800 (AC) Quick Installation guide]]
*[[Media:TMP800_DC_QIG_Issue1.1.pdf|TMP800 (DC) Quick Installation guide]]
*[[Regulatory compliance]]

[[category:Hardware]]
[[Category:RevisionV2]]

File:TMP6400 back STM1.jpg

2012-03-29T15:48:01Z

Stephanie Quinn: TMP6400 OC3/STM1 interface rear view

TMP6400 OC3/STM1 interface rear view

File:TMP6400 back DS3.jpg

2012-03-29T15:47:31Z

Stephanie Quinn: TMP6400 DS3 rear view

TMP6400 DS3 rear view

File:TMP6400 back TE.jpg

2012-03-29T15:47:10Z

Stephanie Quinn: TMP6400 TE rear view

TMP6400 TE rear view

File:TMP6400 back RJ.jpg

2012-03-29T15:46:46Z

Stephanie Quinn: TMP6400 RJ rear view

TMP6400 RJ rear view

TMP6400

2012-03-29T15:46:23Z

Stephanie Quinn: Update of TMP6400 product images with renderings produced in 2012

[[Image:TMP6400_2U.jpg|thumb|350px|Front view of TMP6400 in 2U form factor ]]
[[Image:TMP6400 back RJ.jpg|thumb|350px|Rear view of TMP6400, RJ interface for T1/E1 connection]]
[[Image:TMP6400 back TE.jpg|thumb|350px|Rear view of TMP6400, TE interface]]
[[Image:TMP6400 back DS3.jpg|thumb|350px|Rear view of TMP6400, DS3 interface]]
[[Image:TMP6400 back STM1.jpg|thumb|350px|Rear view of TMP6400, OC3/STM1 interface]]

The TelcoBridges [[Tdev]]™ TMP6400 is a high-density telecom development platform that meets the needs of service providers looking to expand their [[value-added services]] (VAS), providing a cost-effective foundation for introducing new offerings while rapidly scaling to meet the needs of growing subscribers.

Whether deployed on a wireline, wireless or VOIP network, the TMP6400 delivers seamless voice interoperability across TDM and IP networks. In addition, the TMP6400 builds on those capabilities with an advanced application platform for delivering [[ringback tones|ring-back tones]], [[unified communications]], [[Prepaid & postpaid calling|pre-paid/post-paid calling]], [[conferencing]], [[Fax over IP]] (T.38), [[voicemail]], and other enhanced services to subscribers irrespective of access protocol or device. Leveraging TelcoBridges’ [[Toolpack]]™ software toolkit, the TMP6400 provides the ability to rapidly develop and deploy applications that tie together real-time communications from the network with stored external data sources to provide unique subscriber-specific services.

== Features & Benefits ==

'''Carrier grade:''' Architected to exacting industry standards, the TMP6400 is designed to meet the need for reliability that service providers and their customers demand. The TMP6400 features a non-blocking architecture providing full availability of call channels and other system resources (IVR, VOIP).

'''Flexibility:''' A network-agnostic platform, the TMP6400 supports multiple ‘any-to-any’ switching as well as transcoding support for all major wireline, wireless and Internet voice codecs. With separate chipsets for signaling, [[transcoding]] and [[IVR|interactive voice response (IVR)]], the TMP6400 provides true full channel availability.

'''Density:''' Supporting up to 64 T1/E1/J1, 3 DS-3 or 1 STM-1 interfaces for a total of 2048 universal voice channels per unit, the TMP6400 offers significant density in a 2U form factor. The TMP6400 enables consolidation of multiple devices for signaling, transcoding and IVR into a single box.

'''High availability:''' The TMP6400 features full redundancy with fault-tolerant hardware and software components.

The TMP6400 is highly customiseable, allowing each solution developer to build their apps on a product designed for them. Some of the customiseable features include:

*Type of Power (redundant AC or DC)
*SS7 (# links from 1 to 64)
*SIGTRAN (None, Relay or Termination)
*IVR (128 to 2048 channels)
*TDM Interface (RJ, TE, DS3, OC3/STM1)
*Control options (Internal or none)
*VoIP (none, or from 1 to 4 mezzanines)
*SIP (Signalling Stack or none)
*Toolpack (software or none)
*ISDN (ISDN variants or none)

Contact your certified TelcoBridges reseller today for a quote, or contact your local TelcoBridges representative.

== Related actions ==
*[[Toolpack v2.3:Adding a TMP6400|Add a TMP6400 to an existing system]]

== References ==
*[[Media:TMP6400 April 2012.pdf|Data sheet]]
*[[Media:_Book_TMP6400_Installation_Guide2.3.pdf|TMP6400 and TMS1600 Installation guide]]
*[[T1/E1/J1_RJ48_Cable_Diagram|T1/E1/J1 RJ48 Wiring Diagram for Straight and Crossover Cables]]
*[[DC_cable_pinout|DC Power Cable Pinout]]
*[[Media:TMP6401_AC_QIG_Issue3.1.pdf|TMP6401 (1U/AC) Quick Installation guide]]
*[[Media:TMP6401_DC_QIG_Issue2.1.pdf|TMP6401 (1U/DC) Quick Installation guide]]
*[[Media:TMP6402_AC_QIG_Issue3.1.pdf|TMP6402 (2U/AC) Quick Installation guide]]
*[[Media:TMP6402_DC_QIG_Issue2.1.pdf|TMP6402 (2U/DC) Quick Installation guide]]
*[[Regulatory compliance]]

[[category:Hardware]]
[[Category:RevisionV2]]

TMP6400

2012-03-29T15:30:57Z

Stephanie Quinn: Remove option for 1U

The TelcoBridges [[Tdev]]™ TMP6400 is a high-density telecom development platform that meets the needs of service providers looking to expand their [[value-added services]] (VAS), providing a cost-effective foundation for introducing new offerings while rapidly scaling to meet the needs of growing subscribers.

[[Image:TMP6400_2U.jpg|thumb|350px|Front view of TMP6400 in 2U form factor ]]

Whether deployed on a wireline, wireless or VOIP network, the TMP6400 delivers seamless voice interoperability across TDM and IP networks. In addition, the TMP6400 builds on those capabilities with an advanced application platform for delivering [[ringback tones|ring-back tones]], [[unified communications]], [[Prepaid & postpaid calling|pre-paid/post-paid calling]], [[conferencing]], [[Fax over IP]] (T.38), [[voicemail]], and other enhanced services to subscribers irrespective of access protocol or device. Leveraging TelcoBridges’ [[Toolpack]]™ software toolkit, the TMP6400 provides the ability to rapidly develop and deploy applications that tie together real-time communications from the network with stored external data sources to provide unique subscriber-specific services.

== Features & Benefits ==

'''Carrier grade:''' Architected to exacting industry standards, the TMP6400 is designed to meet the need for reliability that service providers and their customers demand. The TMP6400 features a non-blocking architecture providing full availability of call channels and other system resources (IVR, VOIP).

'''Flexibility:''' A network-agnostic platform, the TMP6400 supports multiple ‘any-to-any’ switching as well as transcoding support for all major wireline, wireless and Internet voice codecs. With separate chipsets for signaling, [[transcoding]] and [[IVR|interactive voice response (IVR)]], the TMP6400 provides true full channel availability.

'''Density:''' Supporting up to 64 T1/E1/J1, 3 DS-3 or 1 STM-1 interfaces for a total of 2048 universal voice channels per unit, the TMP6400 offers significant density in a 2U form factor. The TMP6400 enables consolidation of multiple devices for signaling, transcoding and IVR into a single box.

'''High availability:''' The TMP6400 features full redundancy with fault-tolerant hardware and software components.

[[Image:TMG3200 2U Rear AC.jpg |thumb|350px|Rear view of TMP6400 with redundant AC power supplies ]]
[[Image:TMG3200 2U Rear DC.jpg |thumb|350px|Rear view of TMP6400 with redundant DC power supplies ]]

The TMP6400 is highly customiseable, allowing each solution developer to build their apps on a product designed for them. Some of the customiseable features include:

*Type of Power (redundant AC or DC)
*SS7 (# links from 1 to 64)
*SIGTRAN (None, Relay or Termination)
*IVR (128 to 2048 channels)
*TDM Interface (RJ, TE, DS3, OC3/STM1)
*Control options (Internal or none)
*VoIP (none, or from 1 to 4 mezzanines)
*SIP (Signalling Stack or none)
*Toolpack (software or none)
*ISDN (ISDN variants or none)

Contact your certified TelcoBridges reseller today for a quote, or contact your local TelcoBridges representative.

== Related actions ==
*[[Toolpack v2.3:Adding a TMP6400|Add a TMP6400 to an existing system]]

== References ==
*[[Media:TMP6400 April 2012.pdf|Data sheet]]
*[[Media:_Book_TMP6400_Installation_Guide2.3.pdf|TMP6400 and TMS1600 Installation guide]]
*[[T1/E1/J1_RJ48_Cable_Diagram|T1/E1/J1 RJ48 Wiring Diagram for Straight and Crossover Cables]]
*[[DC_cable_pinout|DC Power Cable Pinout]]
*[[Media:TMP6401_AC_QIG_Issue3.1.pdf|TMP6401 (1U/AC) Quick Installation guide]]
*[[Media:TMP6401_DC_QIG_Issue2.1.pdf|TMP6401 (1U/DC) Quick Installation guide]]
*[[Media:TMP6402_AC_QIG_Issue3.1.pdf|TMP6402 (2U/AC) Quick Installation guide]]
*[[Media:TMP6402_DC_QIG_Issue2.1.pdf|TMP6402 (2U/DC) Quick Installation guide]]
*[[Regulatory compliance]]

[[category:Hardware]]
[[Category:RevisionV2]]

File:TMP6400 April 2012.pdf

2012-03-29T15:26:44Z

Stephanie Quinn: Updated TMP6400 Data Sheet, April 2012

Updated TMP6400 Data Sheet, April 2012

TMP6400

2012-03-29T15:26:18Z

Stephanie Quinn: Update TMP6400 Data Sheet April 2012

The TelcoBridges [[Tdev]]™ TMP6400 is a high-density telecom development platform that meets the needs of service providers looking to expand their [[value-added services]] (VAS), providing a cost-effective foundation for introducing new offerings while rapidly scaling to meet the needs of growing subscribers.

[[Image:TMP6400_2U.jpg|thumb|350px|Front view of TMP6400 in 2U form factor ]]

Whether deployed on a wireline, wireless or VOIP network, the TMP6400 delivers seamless voice interoperability across TDM and IP networks. In addition, the TMP6400 builds on those capabilities with an advanced application platform for delivering [[ringback tones|ring-back tones]], [[unified communications]], [[Prepaid & postpaid calling|pre-paid/post-paid calling]], [[conferencing]], [[Fax over IP]] (T.38), [[voicemail]], and other enhanced services to subscribers irrespective of access protocol or device. Leveraging TelcoBridges’ [[Toolpack]]™ software toolkit, the TMP6400 provides the ability to rapidly develop and deploy applications that tie together real-time communications from the network with stored external data sources to provide unique subscriber-specific services.

== Features & Benefits ==

'''Carrier grade:''' Architected to exacting industry standards, the TMP6400 is designed to meet the need for reliability that service providers and their customers demand. The TMP6400 features a non-blocking architecture providing full availability of call channels and other system resources (IVR, VOIP).

'''Flexibility:''' A network-agnostic platform, the TMP6400 supports multiple ‘any-to-any’ switching as well as transcoding support for all major wireline, wireless and Internet voice codecs. With separate chipsets for signaling, [[transcoding]] and [[IVR|interactive voice response (IVR)]], the TMP6400 provides true full channel availability.

'''Density:''' Supporting up to 64 T1/E1/J1, 3 DS-3 or 1 STM-1 interfaces for a total of 2048 universal voice channels per unit, the TMP6400 offers significant density in a 1U or 2U form factor. The TMP6400 enables consolidation of multiple devices for signaling, transcoding and IVR into a single box.

'''High availability:''' The TMP6400 features full redundancy with fault-tolerant hardware and software components.

[[Image:TMG3200 2U Rear AC.jpg |thumb|350px|Rear view of TMP6400 with redundant AC power supplies ]]
[[Image:TMG3200 2U Rear DC.jpg |thumb|350px|Rear view of TMP6400 with redundant DC power supplies ]]

The TMP6400 is highly customiseable, allowing each solution developer to build their apps on a product designed for them. Some of the customiseable features include:

*Type of Power (redundant AC or DC)
*SS7 (# links from 1 to 64)
*SIGTRAN (None, Relay or Termination)
*IVR (128 to 2048 channels)
*TDM Interface (RJ, TE, DS3, OC3/STM1)
*Control options (Internal or none)
*VoIP (none, or from 1 to 4 mezzanines)
*SIP (Signalling Stack or none)
*Toolpack (software or none)
*ISDN (ISDN variants or none)

Contact your certified TelcoBridges reseller today for a quote, or contact your local TelcoBridges representative.

== Related actions ==
*[[Toolpack v2.3:Adding a TMP6400|Add a TMP6400 to an existing system]]

== References ==
*[[Media:TMP6400 April 2012.pdf|Data sheet]]
*[[Media:_Book_TMP6400_Installation_Guide2.3.pdf|TMP6400 and TMS1600 Installation guide]]
*[[T1/E1/J1_RJ48_Cable_Diagram|T1/E1/J1 RJ48 Wiring Diagram for Straight and Crossover Cables]]
*[[DC_cable_pinout|DC Power Cable Pinout]]
*[[Media:TMP6401_AC_QIG_Issue3.1.pdf|TMP6401 (1U/AC) Quick Installation guide]]
*[[Media:TMP6401_DC_QIG_Issue2.1.pdf|TMP6401 (1U/DC) Quick Installation guide]]
*[[Media:TMP6402_AC_QIG_Issue3.1.pdf|TMP6402 (2U/AC) Quick Installation guide]]
*[[Media:TMP6402_DC_QIG_Issue2.1.pdf|TMP6402 (2U/DC) Quick Installation guide]]
*[[Regulatory compliance]]

[[category:Hardware]]
[[Category:RevisionV2]]

Tmedia TMGIP

2012-03-28T20:17:44Z

Stephanie Quinn:

[[Image:Tmedia_TMGIP_2U.jpg|thumb|350px|Front view TMGIP3200]] [[Image:Tmedia_TMGIP_1U.jpg|thumb|350px|Front view TMGIP800]]

The TelcoBridges [[Tmedia]]™ TMGIP our [[VoIP]] Transcoding gateway. 

== Characteristics of the TMGIP ==
*1U or 2U VoIP Transcoding gateway depending on model 
* All models of the TMGIP support: 
G.711, G.7231.1, G.726, G.729ab, T.38, SIP, H.248 
*Single or redundant AC or DC power supplies depending on model (TMGIP800 is available in either single or redundant AC or DC whereas the TMGIP3200 is available in redundant AC or DC exclusively).
 
== Available configurations ==

*TMGIP800-2 (256 VoIP channels)
*TMGIP3200-4 (512 VoIP channels)
*TMGIP3200-8 (1,024 VoIP channels)
*TMGIP3200-12 (1,536 VoIP channels)
*TMGIP3200-16 (2,048 VoIP channels)
 
For guidance on which Tmedia TMGIP meets your needs, contact your certified TelcoBridges reseller and/or your dedicated TelcoBridges Sales Representative, in order to evaluate the number of sessions you can achieve per unit based on selected codec.
 
== References ==

*[[Media:TMGIP.pdf|Data sheet COMING SOON]]

 

== Related Articles ==
*Coming soon

File:Tmedia TMGIP 1U.jpg

2012-03-28T20:15:54Z

Stephanie Quinn: 1U Tmedia TMGIP

1U Tmedia TMGIP

File:Tmedia TMGIP 2U.jpg

2012-03-28T20:15:28Z

Stephanie Quinn: 2U Tmedia TMGIP

2U Tmedia TMGIP

Tmedia TMGIP

2012-03-28T20:15:09Z

Stephanie Quinn: TMGIP

[[Image:Tmedia_TMGIP_2U.jpg|thumb|350px|Front view TMGIP3200]] [[Image:Tmedia_TMGIP_1U.jpg|thumb|350px|Front view TMGIP800]]

The TelcoBridges [[Tmedia]]™ TMGIP our [[VoIP]] Transcoding gateway. 

== Characteristics of the TMGIP ==
*1U or 2U VoIP Transcoding gateway depending on model 
* All models of the TMGIP support: 
G.711, G.7231.1, G.726, G.729ab, T.38, SIP, H.248 
*Single or redundant AC or DC power supplies depending on model (TMGIP800 is available in either single or redundant AC or DC whereas the TMGIP3200 is available in redundant AC or DC exclusively).
 
== Available configurations ==

*TMGIP800-2 (256 VoIP channels)
*TMGIP3200-4 (512 VoIP channels)
*TMGIP3200-8 (1,024 VoIP channels)
*TMGIP3200-12 (1,536 VoIP channels)
*TMGIP3200-16 (2,048 VoIP channels)

 
== References ==

*[[Media:TMGIP.pdf|Data sheet COMING SOON]]

 

== Related Articles ==
*Coming soon

Main Page

2012-03-26T18:26:48Z

Stephanie Quinn:

[[Image:TB_Wiki_banner_960px.jpg|link=Tmedia_Installation]] 

__NoToC__'''Welcome to the TBwiki! [http://www.telcobridges.com TelcoBridges] has developed this wiki to help you with your product and service questions.'''

{| cellpadding="5" border="1" class="wikitable"
|-
! width="225" style="background: none repeat scroll 0% 0% rgb(239, 239, 239);" |
[[Tmedia]]

[[VoIP_Gateway|VoIP Gateways]]

! width="225" style="background: none repeat scroll 0% 0% rgb(239, 239, 239);" |
[[Tdev]]

[[Development_Platform|Development Platforms]]

! width="225" style="background: none repeat scroll 0% 0% rgb(239, 239, 239);" |
[[Tmonitor]]

[[Network monitoring|Network Monitoring]]

! width="225" style="background: none repeat scroll 0% 0% rgb(239, 239, 239);" |
Support

|-
| rowspan="3" valign="top" | '''[[Tmedia_Comparison| Model Comparison]]'''
*[[TMG800]]
*[[TMG3200]]
*[[TMG7800]]
*[[Tmedia 1+1]]
'''Coming Soon'''
*[[Tmedia TMGIP]]

'''[[:Category:Tmedia_Features|Features]]'''

*[[Call_detail_record|Call Detail Record (CDR)]]
*[[Energy Consumption]]
*[[H.248|H.248/Megaco]]
*[[Signaling_protocols|Signaling Protocols]]
*[[Redundancy_&_High_Availability|Redundancy & High Availability]]
*[[Tmedia_Routing|Routing]]
*[[Voice_codecs|Voice Codecs]]

'''[[:Category:Tmedia_Solutions|Solutions]]'''

*[[Call routing]]
*[[Fax over IP]]
*[[Tandem switching]]
*[[Transcoding]]
*[[Trunking]]

'''[[:Category:Tmedia_OAM&P|OAM&P]]'''

*[[Tmedia_Installation|Installing]]
*[[Tmedia_Upgrade|Upgrading]]
*[[Tmedia_Provision|Provisioning]]
*[[Tmedia_Management|Managing]]
*[[Troubleshooting|Troubleshooting]]
*[[Best_practices|Best Practices]]
*[[TMG-CONTROL_Version_History|Version History]]

| rowspan="3" valign="top" | '''Models'''
*[[TMP800]]
*[[TMP6400]]
*[[TMP6400-CTRL]]
*[[TMP6400-TMS]]

'''[[:Category:Tdev_Features|Features]]'''

*[[Application components|Application Components]]
*[[Toolpack: Architecture, philosophy and evolution|Architecture, Philosophy and Evolution]]
*[[High_Availability_Overview|Redundancy & High Availability]]
*[[Tdev_Signaling_Protocols|Signaling Protocols]]
*[[Supported operating systems]]
*[[Toolpack API]]
*[[Voice_codecs|Voice Codecs]]

'''[[:Category:Tdev_Solutions|Solutions]]'''

*[[Prepaid & postpaid calling]]
*[[Ringback tones]]
*Signaling gateway
*[[Unified communications]]

'''[[:Category:Tdev_OAM&P|OAM&P]]'''

*[[Installing Toolpack|Installing]]
*[[Upgrading Toolpack|Upgrading]]
*[[Compiling_Toolpack|Compiling]]
*[[Toolpack_Web_Portal|Provisioning]]
*[[Troubleshooting Toolpack|Troubleshooting]]
*[[Develop Using Toolpack]]
*[[Best practices]]
*[[Toolpack version history|Version History]]

| valign="top" style="height: 200px;"| '''Models'''
*[[TM1000]]

'''Solutions'''

*[[Lawful intercept]]
*[[Location-based services|Location-based services (LBS)]]
*[[Network monitoring|Network Monitoring]]

| rowspan="3" valign="top" |'''TB Support'''
*[[TB Support Standard]]
*[[TB Support A la Carte]]
*[[Media:TB Support (Sales doc).pdf|TB Support (.pdf)]]
*[[Media:TB Support Full length25-01-2012.pdf|TB Support Details]]
*[[Support:Contacting TelcoBridges technical support|Contacting TB Support]]
*[[Support:License_server|License Server]]
*[http://docs.telcobridges.com/mediawiki/index.php/Category:FAQ Frequently Asked Questions]
*[http://forums.telcobridges.com Support Forums]
*[[Support:How To Submit A Problem|Submitting a Problem]]

'''Legal'''

*[[Media:Product Warranty.pdf|Product Warranty]]
*[[Media:Terms & Conditions 03-02-2011.pdf|Standard Terms & Conditions]]

'''Interoperability'''

*[[Interoperability:Deployments|Deployments]]
*[[Interoperability:Certifications|Certifications]]
*[[Partners]]
*Best interoperability practices

'''Other'''
*[[Regulatory compliance]]

|-
| width="210" style="background: none repeat scroll 0% 0% rgb(239, 239, 239);" align="center" | '''Legacy'''
|-
| valign=top | '''Products'''
*[[TB640]]
*[[TMG8300|TMG8300: H.323 Signaling Converter]]
*[[TM2000]]
*[[TM3000]]

'''Solutions'''

*[[Prepaid & postpaid calling]]
*[[Ringback tones]]
*Signaling gateway
*[[Unified communications]]
*[[Video]]

'''Policies'''

*[[End-of-Life (EOL) policy|End-of-Life (EOL)]]

|}

 

== Using TBwiki ==

Please note that the TBWiki is a living document, where the navigation and naming of content evolves over time.

There are various ways to search for information in the TBWiki...You can choose to search in the table above, use the glossary in the navigation bar or use the search box on the left hand side of each page.

== Disclaimer ==

The information on the TBwiki web site is subject to change without notice. No part of this web site may be reproduced or transmitted in any form or by any means, electronic or mechanical, for any purpose, without the express written permission of TelcoBridges Inc. TelcoBridges may have patents or pending patent applications, trademarks, copyrights, or other intellectual property rights covering subject matter in this web site or associated documents. The furnishing of access to this web site does not give you license to these patents, trademarks, copyrights, or other intellectual property except as expressly provided in any written agreement from TelcoBridges.

The information provided in this web site is intended as a guide. No responsibility is implied and the terms of your agreement with TelcoBridges will continue to claim precedence. For the latest detailed engineering specifications, please contact TelcoBridges. TelcoBridges is committed to continually improving product designs, as a result, product specifications may be subject to change without notification.

== Copyright ==

*This web site and its content, as well as any external links to content on TelcoBridges servers, is ©2003-2011 TelcoBridges Inc. All rights reserved.

Main Page

2012-03-26T18:23:44Z

Stephanie Quinn:

[[Image:TB_Wiki_banner_960px.jpg|link=Tmedia_Installation]] 

__NoToC__'''Welcome to the TBwiki! [http://www.telcobridges.com TelcoBridges] has developed this wiki to help you with your product and service questions.'''

{| cellpadding="5" border="1" class="wikitable"
|-
! width="225" style="background: none repeat scroll 0% 0% rgb(239, 239, 239);" |
[[Tmedia]]

[[VoIP_Gateway|VoIP Gateways]]

! width="225" style="background: none repeat scroll 0% 0% rgb(239, 239, 239);" |
[[Tdev]]

[[Development_Platform|Development Platforms]]

! width="225" style="background: none repeat scroll 0% 0% rgb(239, 239, 239);" |
[[Tmonitor]]

[[Network monitoring|Network Monitoring]]

! width="225" style="background: none repeat scroll 0% 0% rgb(239, 239, 239);" |
Support

|-
| rowspan="3" valign="top" | '''[[Tmedia_Comparison| Model Comparison]]'''
*[[TMG800]]
*[[TMG3200]]
*[[TMG7800]]
*[[Tmedia 1+1]]
*[[Tmedia TMGIP COMING SOON]]

'''[[:Category:Tmedia_Features|Features]]'''

*[[Call_detail_record|Call Detail Record (CDR)]]
*[[Energy Consumption]]
*[[H.248|H.248/Megaco]]
*[[Signaling_protocols|Signaling Protocols]]
*[[Redundancy_&_High_Availability|Redundancy & High Availability]]
*[[Tmedia_Routing|Routing]]
*[[Voice_codecs|Voice Codecs]]

'''[[:Category:Tmedia_Solutions|Solutions]]'''

*[[Call routing]]
*[[Fax over IP]]
*[[Tandem switching]]
*[[Transcoding]]
*[[Trunking]]

'''[[:Category:Tmedia_OAM&P|OAM&P]]'''

*[[Tmedia_Installation|Installing]]
*[[Tmedia_Upgrade|Upgrading]]
*[[Tmedia_Provision|Provisioning]]
*[[Tmedia_Management|Managing]]
*[[Troubleshooting|Troubleshooting]]
*[[Best_practices|Best Practices]]
*[[TMG-CONTROL_Version_History|Version History]]

| rowspan="3" valign="top" | '''Models'''
*[[TMP800]]
*[[TMP6400]]
*[[TMP6400-CTRL]]
*[[TMP6400-TMS]]

'''[[:Category:Tdev_Features|Features]]'''

*[[Application components|Application Components]]
*[[Toolpack: Architecture, philosophy and evolution|Architecture, Philosophy and Evolution]]
*[[High_Availability_Overview|Redundancy & High Availability]]
*[[Tdev_Signaling_Protocols|Signaling Protocols]]
*[[Supported operating systems]]
*[[Toolpack API]]
*[[Voice_codecs|Voice Codecs]]

'''[[:Category:Tdev_Solutions|Solutions]]'''

*[[Prepaid & postpaid calling]]
*[[Ringback tones]]
*Signaling gateway
*[[Unified communications]]

'''[[:Category:Tdev_OAM&P|OAM&P]]'''

*[[Installing Toolpack|Installing]]
*[[Upgrading Toolpack|Upgrading]]
*[[Compiling_Toolpack|Compiling]]
*[[Toolpack_Web_Portal|Provisioning]]
*[[Troubleshooting Toolpack|Troubleshooting]]
*[[Develop Using Toolpack]]
*[[Best practices]]
*[[Toolpack version history|Version History]]

| valign="top" style="height: 200px;"| '''Models'''
*[[TM1000]]

'''Solutions'''

*[[Lawful intercept]]
*[[Location-based services|Location-based services (LBS)]]
*[[Network monitoring|Network Monitoring]]

| rowspan="3" valign="top" |'''TB Support'''
*[[TB Support Standard]]
*[[TB Support A la Carte]]
*[[Media:TB Support (Sales doc).pdf|TB Support (.pdf)]]
*[[Media:TB Support Full length25-01-2012.pdf|TB Support Details]]
*[[Support:Contacting TelcoBridges technical support|Contacting TB Support]]
*[[Support:License_server|License Server]]
*[http://docs.telcobridges.com/mediawiki/index.php/Category:FAQ Frequently Asked Questions]
*[http://forums.telcobridges.com Support Forums]
*[[Support:How To Submit A Problem|Submitting a Problem]]

'''Legal'''

*[[Media:Product Warranty.pdf|Product Warranty]]
*[[Media:Terms & Conditions 03-02-2011.pdf|Standard Terms & Conditions]]

'''Interoperability'''

*[[Interoperability:Deployments|Deployments]]
*[[Interoperability:Certifications|Certifications]]
*[[Partners]]
*Best interoperability practices

'''Other'''
*[[Regulatory compliance]]

|-
| width="210" style="background: none repeat scroll 0% 0% rgb(239, 239, 239);" align="center" | '''Legacy'''
|-
| valign=top | '''Products'''
*[[TB640]]
*[[TMG8300|TMG8300: H.323 Signaling Converter]]
*[[TM2000]]
*[[TM3000]]

'''Solutions'''

*[[Prepaid & postpaid calling]]
*[[Ringback tones]]
*Signaling gateway
*[[Unified communications]]
*[[Video]]

'''Policies'''

*[[End-of-Life (EOL) policy|End-of-Life (EOL)]]

|}

 

== Using TBwiki ==

Please note that the TBWiki is a living document, where the navigation and naming of content evolves over time.

There are various ways to search for information in the TBWiki...You can choose to search in the table above, use the glossary in the navigation bar or use the search box on the left hand side of each page.

== Disclaimer ==

The information on the TBwiki web site is subject to change without notice. No part of this web site may be reproduced or transmitted in any form or by any means, electronic or mechanical, for any purpose, without the express written permission of TelcoBridges Inc. TelcoBridges may have patents or pending patent applications, trademarks, copyrights, or other intellectual property rights covering subject matter in this web site or associated documents. The furnishing of access to this web site does not give you license to these patents, trademarks, copyrights, or other intellectual property except as expressly provided in any written agreement from TelcoBridges.

The information provided in this web site is intended as a guide. No responsibility is implied and the terms of your agreement with TelcoBridges will continue to claim precedence. For the latest detailed engineering specifications, please contact TelcoBridges. TelcoBridges is committed to continually improving product designs, as a result, product specifications may be subject to change without notification.

== Copyright ==

*This web site and its content, as well as any external links to content on TelcoBridges servers, is ©2003-2011 TelcoBridges Inc. All rights reserved.

File:2U.jpg

2012-03-23T21:02:38Z

Stephanie Quinn: Picture front shot Tmedia 2U

Picture front shot Tmedia 2U

TMG3200

2012-03-23T20:59:55Z

Stephanie Quinn:

[[Image:2U.jpg|thumb|350px|TMG3200 front view, 2U VoIP gateway]]
[[Image:TMG3200-RJ front.jpg|thumb|350px|Front view of TMG3200-RJ, 2U VoIP / Media Gateway]][[Image:TMG3200-RJ back.jpg|thumb|350px|Rear view of TMG3200-RJ, 2U VoIP / Media Gateway]][[Image:TMG3200-TE front.jpg|thumb|350px|Front view of TMG3200-TE, 2U VoIP / Media Gateway]]
[[Image:TMG3200-TE back.jpg|thumb|350px|Rear view of TMG3200-TE, 2U VoIP / Media Gateway]][[Image:TMG3200-DS3 front view.jpg |thumb|350px|Front view of TMG3200-DS3, 2U VoIP / Media Gateway]][[Image:TMG3200-DS3 rear view.jpg |thumb|350px|Rear view of TMG3200-DS3, 2U VoIP / Media Gateway]] [[Image:TMG3200-STM1 front.jpg |thumb|350px|Front view of TMG3200-STM1, 2U VoIP / Media Gateway]]
[[Image:TMG3200-STM1 rear.jpg |thumb|350px|Rear view of TMG3200-STM1, 2U VoIP / Media Gateway]]

== TMG3200-RJ ==

The TelcoBridges [[Tmedia]]™ TMG3200-RJ is an 8 to 16 T1/E1 [[VoIP]] gateway that offers high-density in a single box (2U) solution. 

=== Characteristics of the TMG3200-RJ ===
*2U VoIP gateway 
*256 to 512 VoIP channels 
*8 to 16 T1/E1s 
*Software upgradeable by single T1/E1 and 32 VoIP channel increment 
*Redundant AC or DC power supplies
 
=== Available configurations ===

*TMG3200-RJ-8 (8 x T1/E1)
*TMG3200-RJ-9 (9 x T1/E1)
*TMG3200-RJ-10 (10 x T1/E1)
*TMG3200-RJ-11 (11 x T1/E1)
*TMG3200-RJ-12 (12 x T1/E1)
*TMG3200-RJ-13 (13 x T1/E1)
*TMG3200-RJ-14 (14 x T1/E1)
*TMG3200-RJ-15 (15 x T1/E1)
*TMG3200-RJ-16 (16 x T1/E1)

Each configuration is available with redundant AC or DC power.
 

== TMG3200-TE ==

The TelcoBridges [[Tmedia]]™ TMG3200-TE is an 16 to 64 T1/E1 [[VoIP]] gateway that offers high-capacity and high-performance in a single box (2U) solution. 

=== Characteristics of the TMG3200-TE ===
*2U VoIP gateway 
*512 to 2048 VoIP channels 
*16 to 64 T1/E1s 
*Simple field upgrade by 16 T1/E1 and 512 VoIP channel increment 
*Redundant AC or DC power supplies
 
=== Available configurations ===

*TMG3200-TE-16 (16 x T1/E1)
*TMG3200-TE-32 (32 x T1/E1)
*TMG3200-TE-48 (48 x T1/E1)
*TMG3200-TE-64 (64 x T1/E1)

Each configuration is available with redundant AC or DC power.
 

== TMG3200-DS3 ==

The TelcoBridges [[Tmedia]]™ TMG3200-DS3 is a 1 to 3 DS3 VoIP gateway that offers high-performance and high density in a single box (2U) solution. 

=== Characteristics of the TMG3200-DS3 ===
*2U VoIP gateway 
*672 to 2016 VoIP channels 
*1 to 3 DS3 
*Simple field upgrade by 1 DS3 and 672 VoIP channel increment 
*Redundant AC or DC power supplies
 
=== Available configurations ===

*TMG3200-DS3 (1 x DS3)
*TMG3200-DS3 (2 x DS3)
*TMG3200-DS3 (3 x DS3)

Each configuration is available with redundant AC or DC power.
 

== TMG3200-STM1 ==

The TelcoBridges [[Tmedia]]™ TMG3200-STM1 is a 1 OC3/STM1 VoIP gateway that offers the industry's highest density in a single box (2U) solution. 

=== Characteristics of the TMG3200-STM1 ===
*2U VoIP gateway 
*2,016 VoIP channels 
*1 OC3/STM1 
*Redundant AC or DC power supplies
 
=== Available configurations ===

*TMG3200-STM1 (1 x STM1)

Each configuration is available with redundant AC or DC power.

==[[COMING SOON - STM1 Partials]]==
=== SFP modules compatibility ===
*850 nm 550 m multi-mode fiber (SX)
*1310 nm 10 km single-mode fiber (LX)
*1490 nm 10 km single-mode fiber (BS-D)
*1550 nm 40 km (XD), 80 km (ZX), 120 km (EX or EZX)]
*1490 nm 1310 nm (BX), Single Fiber Bi-Directional Gigabit SFP Transceivers
*DWDM
*STM1E-SFPxx 155Mbps Copper Transceiver

We normally sell SFP-LC (1310nm) hotplug, which we have in stock.

 

== References ==
*[[Media:TMG3200-RJ.pdf|Data sheet TMG3200-RJ]]
*[[Media:TMG3200-TE.pdf|Data sheet TMG3200-TE]]
*[[Media:TMG3200-DS3.pdf|Data sheet TMG3200-DS3]]
*[[Media:TMG3200-STM1.pdf|Data sheet TMG3200-STM1]]
*[[Media:FINAL - Product Brief Media Gateway TMG3200.pdf|Product brief]]
*[[Media:TMG3200_Installation_Guide_Issue4.0g.pdf|TMG3200 Standalone & TMG3200 1+1 System Installation Guide]] (March 12th, 2012)
*[[Media:TMG3200_Installation_Guide_Issue3.3.pdf|TMG3200 Installation Guide]] (For TMG3200 shipped from September 19th 2011 onward)
*[[Media:TMG3200_Installation_Guide_Issue2.3.pdf|TMG3200 Installation Guide]] (For TMG3200 shipped before September 19th 2011)
*[[T1/E1/J1_RJ48_Cable_Diagram|T1/E1/J1 RJ48 Wiring Diagram for Straight and Crossover Cables]]
*[[DC_cable_pinout|DC Power Cable Pinout]]
*[[Media:TMG3201_AC_QIG_Issue3.1.pdf|TMG3201 (1U/AC) Quick Installation Guide]]
*[[Media:TMG3201_DC_QIG_Issue2.1.pdf|TMG3201 (1U/DC) Quick Installation Guide]]
*[[Media:TMG3202_AC_QIG_Issue3.2.pdf|TMG3202 (2U/AC) Quick Installation Guide]]
*[[Media:TMG3202_DC_QIG_Issue2.1.pdf|TMG3202 (2U/DC) Quick Installation Guide]]
*[[Regulatory compliance]]

[[category:Hardware]]

TMG3200

2012-03-23T20:58:40Z

Stephanie Quinn:

[[Image:TMG3200-RJ front.jpg|thumb|350px|Front view of TMG3200-RJ, 2U VoIP / Media Gateway]][[Image:TMG3200-RJ back.jpg|thumb|350px|Rear view of TMG3200-RJ, 2U VoIP / Media Gateway]][[Image:TMG3200-TE front.jpg|thumb|350px|Front view of TMG3200-TE, 2U VoIP / Media Gateway]]
[[Image:TMG3200-TE back.jpg|thumb|350px|Rear view of TMG3200-TE, 2U VoIP / Media Gateway]][[Image:TMG3200-DS3 front view.jpg |thumb|350px|Front view of TMG3200-DS3, 2U VoIP / Media Gateway]][[Image:TMG3200-DS3 rear view.jpg |thumb|350px|Rear view of TMG3200-DS3, 2U VoIP / Media Gateway]] [[Image:TMG3200-STM1 front.jpg |thumb|350px|Front view of TMG3200-STM1, 2U VoIP / Media Gateway]]
[[Image:TMG3200-STM1 rear.jpg |thumb|350px|Rear view of TMG3200-STM1, 2U VoIP / Media Gateway]]

== TMG3200-RJ ==

The TelcoBridges [[Tmedia]]™ TMG3200-RJ is an 8 to 16 T1/E1 [[VoIP]] gateway that offers high-density in a single box (2U) solution. 

=== Characteristics of the TMG3200-RJ ===
*2U VoIP gateway 
*256 to 512 VoIP channels 
*8 to 16 T1/E1s 
*Software upgradeable by single T1/E1 and 32 VoIP channel increment 
*Redundant AC or DC power supplies
 
=== Available configurations ===

*TMG3200-RJ-8 (8 x T1/E1)
*TMG3200-RJ-9 (9 x T1/E1)
*TMG3200-RJ-10 (10 x T1/E1)
*TMG3200-RJ-11 (11 x T1/E1)
*TMG3200-RJ-12 (12 x T1/E1)
*TMG3200-RJ-13 (13 x T1/E1)
*TMG3200-RJ-14 (14 x T1/E1)
*TMG3200-RJ-15 (15 x T1/E1)
*TMG3200-RJ-16 (16 x T1/E1)

Each configuration is available with redundant AC or DC power.
 

== TMG3200-TE ==

The TelcoBridges [[Tmedia]]™ TMG3200-TE is an 16 to 64 T1/E1 [[VoIP]] gateway that offers high-capacity and high-performance in a single box (2U) solution. 

=== Characteristics of the TMG3200-TE ===
*2U VoIP gateway 
*512 to 2048 VoIP channels 
*16 to 64 T1/E1s 
*Simple field upgrade by 16 T1/E1 and 512 VoIP channel increment 
*Redundant AC or DC power supplies
 
=== Available configurations ===

*TMG3200-TE-16 (16 x T1/E1)
*TMG3200-TE-32 (32 x T1/E1)
*TMG3200-TE-48 (48 x T1/E1)
*TMG3200-TE-64 (64 x T1/E1)

Each configuration is available with redundant AC or DC power.
 

== TMG3200-DS3 ==

The TelcoBridges [[Tmedia]]™ TMG3200-DS3 is a 1 to 3 DS3 VoIP gateway that offers high-performance and high density in a single box (2U) solution. 

=== Characteristics of the TMG3200-DS3 ===
*2U VoIP gateway 
*672 to 2016 VoIP channels 
*1 to 3 DS3 
*Simple field upgrade by 1 DS3 and 672 VoIP channel increment 
*Redundant AC or DC power supplies
 
=== Available configurations ===

*TMG3200-DS3 (1 x DS3)
*TMG3200-DS3 (2 x DS3)
*TMG3200-DS3 (3 x DS3)

Each configuration is available with redundant AC or DC power.
 

== TMG3200-STM1 ==

The TelcoBridges [[Tmedia]]™ TMG3200-STM1 is a 1 OC3/STM1 VoIP gateway that offers the industry's highest density in a single box (2U) solution. 

=== Characteristics of the TMG3200-STM1 ===
*2U VoIP gateway 
*2,016 VoIP channels 
*1 OC3/STM1 
*Redundant AC or DC power supplies
 
=== Available configurations ===

*TMG3200-STM1 (1 x STM1)

Each configuration is available with redundant AC or DC power.

==[[COMING SOON - STM1 Partials]]==
=== SFP modules compatibility ===
*850 nm 550 m multi-mode fiber (SX)
*1310 nm 10 km single-mode fiber (LX)
*1490 nm 10 km single-mode fiber (BS-D)
*1550 nm 40 km (XD), 80 km (ZX), 120 km (EX or EZX)]
*1490 nm 1310 nm (BX), Single Fiber Bi-Directional Gigabit SFP Transceivers
*DWDM
*STM1E-SFPxx 155Mbps Copper Transceiver

We normally sell SFP-LC (1310nm) hotplug, which we have in stock.

 

== References ==
*[[Media:TMG3200-RJ.pdf|Data sheet TMG3200-RJ]]
*[[Media:TMG3200-TE.pdf|Data sheet TMG3200-TE]]
*[[Media:TMG3200-DS3.pdf|Data sheet TMG3200-DS3]]
*[[Media:TMG3200-STM1.pdf|Data sheet TMG3200-STM1]]
*[[Media:FINAL - Product Brief Media Gateway TMG3200.pdf|Product brief]]
*[[Media:TMG3200_Installation_Guide_Issue4.0g.pdf|TMG3200 Standalone & TMG3200 1+1 System Installation Guide]] (March 12th, 2012)
*[[Media:TMG3200_Installation_Guide_Issue3.3.pdf|TMG3200 Installation Guide]] (For TMG3200 shipped from September 19th 2011 onward)
*[[Media:TMG3200_Installation_Guide_Issue2.3.pdf|TMG3200 Installation Guide]] (For TMG3200 shipped before September 19th 2011)
*[[T1/E1/J1_RJ48_Cable_Diagram|T1/E1/J1 RJ48 Wiring Diagram for Straight and Crossover Cables]]
*[[DC_cable_pinout|DC Power Cable Pinout]]
*[[Media:TMG3201_AC_QIG_Issue3.1.pdf|TMG3201 (1U/AC) Quick Installation Guide]]
*[[Media:TMG3201_DC_QIG_Issue2.1.pdf|TMG3201 (1U/DC) Quick Installation Guide]]
*[[Media:TMG3202_AC_QIG_Issue3.2.pdf|TMG3202 (2U/AC) Quick Installation Guide]]
*[[Media:TMG3202_DC_QIG_Issue2.1.pdf|TMG3202 (2U/DC) Quick Installation Guide]]
*[[Regulatory compliance]]

[[category:Hardware]]

Main Page

2012-03-23T20:51:45Z

Stephanie Quinn:

[[Image:TB_Wiki_banner_960px.jpg|link=Tmedia_Installation]] 

__NoToC__'''Welcome to the TBwiki! [http://www.telcobridges.com TelcoBridges] has developed this wiki to help you with your product and service questions.'''

{| cellpadding="5" border="1" class="wikitable"
|-
! width="225" style="background: none repeat scroll 0% 0% rgb(239, 239, 239);" |
[[Tmedia]]

[[VoIP_Gateway|VoIP Gateways]]

! width="225" style="background: none repeat scroll 0% 0% rgb(239, 239, 239);" |
[[Tdev]]

[[Development_Platform|Development Platforms]]

! width="225" style="background: none repeat scroll 0% 0% rgb(239, 239, 239);" |
[[Tmonitor]]

[[Network monitoring|Network Monitoring]]

! width="225" style="background: none repeat scroll 0% 0% rgb(239, 239, 239);" |
Support

|-
| rowspan="3" valign="top" | '''[[Tmedia_Comparison| Model Comparison]]'''
*[[TMG800]]
*[[TMG3200]]
*[[TMG7800]]
*[[Tmedia 1+1]]
*[[Tmedia TMGIP]]

'''[[:Category:Tmedia_Features|Features]]'''

*[[Call_detail_record|Call Detail Record (CDR)]]
*[[Energy Consumption]]
*[[H.248|H.248/Megaco]]
*[[Signaling_protocols|Signaling Protocols]]
*[[Redundancy_&_High_Availability|Redundancy & High Availability]]
*[[Tmedia_Routing|Routing]]
*[[Voice_codecs|Voice Codecs]]

'''[[:Category:Tmedia_Solutions|Solutions]]'''

*[[Call routing]]
*[[Fax over IP]]
*[[Tandem switching]]
*[[Transcoding]]
*[[Trunking]]

'''[[:Category:Tmedia_OAM&P|OAM&P]]'''

*[[Tmedia_Installation|Installing]]
*[[Tmedia_Upgrade|Upgrading]]
*[[Tmedia_Provision|Provisioning]]
*[[Tmedia_Management|Managing]]
*[[Troubleshooting|Troubleshooting]]
*[[Best_practices|Best Practices]]
*[[TMG-CONTROL_Version_History|Version History]]

| rowspan="3" valign="top" | '''Models'''
*[[TMP800]]
*[[TMP6400]]
*[[TMP6400-CTRL]]
*[[TMP6400-TMS]]

'''[[:Category:Tdev_Features|Features]]'''

*[[Application components|Application Components]]
*[[Toolpack: Architecture, philosophy and evolution|Architecture, Philosophy and Evolution]]
*[[High_Availability_Overview|Redundancy & High Availability]]
*[[Tdev_Signaling_Protocols|Signaling Protocols]]
*[[Supported operating systems]]
*[[Toolpack API]]
*[[Voice_codecs|Voice Codecs]]

'''[[:Category:Tdev_Solutions|Solutions]]'''

*[[Prepaid & postpaid calling]]
*[[Ringback tones]]
*Signaling gateway
*[[Unified communications]]

'''[[:Category:Tdev_OAM&P|OAM&P]]'''

*[[Installing Toolpack|Installing]]
*[[Upgrading Toolpack|Upgrading]]
*[[Compiling_Toolpack|Compiling]]
*[[Toolpack_Web_Portal|Provisioning]]
*[[Troubleshooting Toolpack|Troubleshooting]]
*[[Develop Using Toolpack]]
*[[Best practices]]
*[[Toolpack version history|Version History]]

| valign="top" style="height: 200px;"| '''Models'''
*[[TM1000]]

'''Solutions'''

*[[Lawful intercept]]
*[[Location-based services|Location-based services (LBS)]]
*[[Network monitoring|Network Monitoring]]

| rowspan="3" valign="top" |'''TB Support'''
*[[TB Support Standard]]
*[[TB Support A la Carte]]
*[[Media:TB Support (Sales doc).pdf|TB Support (.pdf)]]
*[[Media:TB Support Full length25-01-2012.pdf|TB Support Details]]
*[[Support:Contacting TelcoBridges technical support|Contacting TB Support]]
*[[Support:License_server|License Server]]
*[http://docs.telcobridges.com/mediawiki/index.php/Category:FAQ Frequently Asked Questions]
*[http://forums.telcobridges.com Support Forums]
*[[Support:How To Submit A Problem|Submitting a Problem]]

'''Legal'''

*[[Media:Product Warranty.pdf|Product Warranty]]
*[[Media:Terms & Conditions 03-02-2011.pdf|Standard Terms & Conditions]]

'''Interoperability'''

*[[Interoperability:Deployments|Deployments]]
*[[Interoperability:Certifications|Certifications]]
*[[Partners]]
*Best interoperability practices

'''Other'''
*[[Regulatory compliance]]

|-
| width="210" style="background: none repeat scroll 0% 0% rgb(239, 239, 239);" align="center" | '''Legacy'''
|-
| valign=top | '''Products'''
*[[TB640]]
*[[TMG8300|TMG8300: H.323 Signaling Converter]]
*[[TM2000]]
*[[TM3000]]

'''Solutions'''

*[[Prepaid & postpaid calling]]
*[[Ringback tones]]
*Signaling gateway
*[[Unified communications]]
*[[Video]]

'''Policies'''

*[[End-of-Life (EOL) policy|End-of-Life (EOL)]]

|}

 

== Using TBwiki ==

Please note that the TBWiki is a living document, where the navigation and naming of content evolves over time.

There are various ways to search for information in the TBWiki...You can choose to search in the table above, use the glossary in the navigation bar or use the search box on the left hand side of each page.

== Disclaimer ==

The information on the TBwiki web site is subject to change without notice. No part of this web site may be reproduced or transmitted in any form or by any means, electronic or mechanical, for any purpose, without the express written permission of TelcoBridges Inc. TelcoBridges may have patents or pending patent applications, trademarks, copyrights, or other intellectual property rights covering subject matter in this web site or associated documents. The furnishing of access to this web site does not give you license to these patents, trademarks, copyrights, or other intellectual property except as expressly provided in any written agreement from TelcoBridges.

The information provided in this web site is intended as a guide. No responsibility is implied and the terms of your agreement with TelcoBridges will continue to claim precedence. For the latest detailed engineering specifications, please contact TelcoBridges. TelcoBridges is committed to continually improving product designs, as a result, product specifications may be subject to change without notification.

== Copyright ==

*This web site and its content, as well as any external links to content on TelcoBridges servers, is ©2003-2011 TelcoBridges Inc. All rights reserved.

TMP6400

2012-03-23T20:22:07Z

Stephanie Quinn: update of the TMP6400 wiki page

The TelcoBridges [[Tdev]]™ TMP6400 is a high-density telecom development platform that meets the needs of service providers looking to expand their [[value-added services]] (VAS), providing a cost-effective foundation for introducing new offerings while rapidly scaling to meet the needs of growing subscribers.

[[Image:TMP6400_2U.jpg|thumb|350px|Front view of TMP6400 in 2U form factor ]]

Whether deployed on a wireline, wireless or VOIP network, the TMP6400 delivers seamless voice interoperability across TDM and IP networks. In addition, the TMP6400 builds on those capabilities with an advanced application platform for delivering [[ringback tones|ring-back tones]], [[unified communications]], [[Prepaid & postpaid calling|pre-paid/post-paid calling]], [[conferencing]], [[Fax over IP]] (T.38), [[voicemail]], and other enhanced services to subscribers irrespective of access protocol or device. Leveraging TelcoBridges’ [[Toolpack]]™ software toolkit, the TMP6400 provides the ability to rapidly develop and deploy applications that tie together real-time communications from the network with stored external data sources to provide unique subscriber-specific services.

== Features & Benefits ==

'''Carrier grade:''' Architected to exacting industry standards, the TMP6400 is designed to meet the need for reliability that service providers and their customers demand. The TMP6400 features a non-blocking architecture providing full availability of call channels and other system resources (IVR, VOIP).

'''Flexibility:''' A network-agnostic platform, the TMP6400 supports multiple ‘any-to-any’ switching as well as transcoding support for all major wireline, wireless and Internet voice codecs. With separate chipsets for signaling, [[transcoding]] and [[IVR|interactive voice response (IVR)]], the TMP6400 provides true full channel availability.

'''Density:''' Supporting up to 64 T1/E1/J1, 3 DS-3 or 1 STM-1 interfaces for a total of 2048 universal voice channels per unit, the TMP6400 offers significant density in a 1U or 2U form factor. The TMP6400 enables consolidation of multiple devices for signaling, transcoding and IVR into a single box.

'''High availability:''' The TMP6400 features full redundancy with fault-tolerant hardware and software components.

[[Image:TMG3200 2U Rear AC.jpg |thumb|350px|Rear view of TMP6400 with redundant AC power supplies ]]
[[Image:TMG3200 2U Rear DC.jpg |thumb|350px|Rear view of TMP6400 with redundant DC power supplies ]]

The TMP6400 is highly customiseable, allowing each solution developer to build their apps on a product designed for them. Some of the customiseable features include:

*Type of Power (redundant AC or DC)
*SS7 (# links from 1 to 64)
*SIGTRAN (None, Relay or Termination)
*IVR (128 to 2048 channels)
*TDM Interface (RJ, TE, DS3, OC3/STM1)
*Control options (Internal or none)
*VoIP (none, or from 1 to 4 mezzanines)
*SIP (Signalling Stack or none)
*Toolpack (software or none)
*ISDN (ISDN variants or none)

Contact your certified TelcoBridges reseller today for a quote, or contact your local TelcoBridges representative.

== Related actions ==
*[[Toolpack v2.3:Adding a TMP6400|Add a TMP6400 to an existing system]]

== References ==
*[[Media:DATA SHEET TMP6400.pdf|Data sheet]]
*[[Media:_Book_TMP6400_Installation_Guide2.3.pdf|TMP6400 and TMS1600 Installation guide]]
*[[T1/E1/J1_RJ48_Cable_Diagram|T1/E1/J1 RJ48 Wiring Diagram for Straight and Crossover Cables]]
*[[DC_cable_pinout|DC Power Cable Pinout]]
*[[Media:TMP6401_AC_QIG_Issue3.1.pdf|TMP6401 (1U/AC) Quick Installation guide]]
*[[Media:TMP6401_DC_QIG_Issue2.1.pdf|TMP6401 (1U/DC) Quick Installation guide]]
*[[Media:TMP6402_AC_QIG_Issue3.1.pdf|TMP6402 (2U/AC) Quick Installation guide]]
*[[Media:TMP6402_DC_QIG_Issue2.1.pdf|TMP6402 (2U/DC) Quick Installation guide]]
*[[Regulatory compliance]]

[[category:Hardware]]
[[Category:RevisionV2]]

File:TdevTMP800 1U.jpg

2012-03-23T18:50:28Z

Stephanie Quinn: New lexan for the TMP800

New lexan for the TMP800

TMP800

2012-03-23T18:50:10Z

Stephanie Quinn:

[[Image:TdevTMP800_1U.jpg|thumb|350px|Front view of TMG800 telecom platform]]
[[Image:TMG800 1U rear ac.jpg|thumb|350px|Rear view of TMP800 with AC power]]
[[Image:TMG800 1U Rear DC.jpg|thumb|350px|Rear view of TMP800 with DC power]] The TelcoBridges™ [[Tdev]] TMP800 is a small-footprint computer telephony platform that meets the needs of service providers looking to cost-effectively trial new value-added services. The TMP800 provides capacity of up to 8 T1/E1/J1 interfaces, up to 256 universal [[VoIP]] channels, and up to 512 [[IVR]] channels. As service uptake increases, the capabilities of the 1U form factor TMP800 can be extended with expansion cards for VoIP and software license upgrades for TDM and IVR.

Whether sitting at the edge of a wireline, wireless or VOIP network, the TMP800 delivers seamless voice interoperability across TDM and IP networks. The TMP800 builds on those capabilities with an advanced application platform for delivering [[ringback tones|ring-back tones]], [[unified communications]], [[Prepaid & postpaid calling|pre-paid/post-paid calling]], [[conferencing]], [[Fax over IP]] (T.38), [[voicemail]], and other enhanced services to subscribers irrespective of access protocol or device.

Leveraging TelcoBridges Toolpack™ software toolkit, and a choice of host deployment platforms, the TMP800 provides the ability to rapidly develop and deploy applications that tie together real-time communications from the network with stored external data sources to provide unique subscriber-specific services.

Offering the industry-leading highest port density and the lowest operating cost—an average 66% less power consumption than competing products offering similar capacity—the fully field-upgradable Tdev TMP800 supports the drive by service providers to reduce the environmental impact of their network environmental impact of their network footprint and increase their profitability and green credentials.

== Features & Benefits ==
'''Powerful:''' By tying together real-time communications from the network with stored external data sources, the TMP800 provides an advanced application platform for delivering unique subscriber-specific services, such as unified communications, ring-back tones, and prepaid/postpaid calling.

'''Flexibility:''' Through VoIP plug-in hardware additions as well as the ability to expand from 1 to 8 T1/E1/J1 ports and/or from 32 to 512 IVR channels through software license upgrades.

'''Performance:''' The TMP800 features a non-blocking architecture providing full availability of call channels and other system resources (IVR, VOIP).

== Available configurations ==

*TMP810 – 1 x T1/E1/J1
*TMP812 – 2 x T1/E1/J1
*TMP814 – 4 x T1/E1/J1
*TMP816 – 6 x T1/E1/J1
*TMP818 – 8 x T1/E1/J1

Each configuration is available with AC or DC power.

== References ==
*[[Media:DATA SHEET TMP800.pdf|Data sheet]]
*[[Media:TMP800_Installation_Guide_Issue1.1.pdf|TMP800 Installation guide]]
*[[T1/E1/J1_RJ48_Cable_Diagram|T1/E1/J1 RJ48 Wiring Diagram for Straight and Crossover Cables]]
*[[Media:TMP800_AC_QIG_Issue1.1.pdf|TMP800 (AC) Quick Installation guide]]
*[[Media:TMP800_DC_QIG_Issue1.1.pdf|TMP800 (DC) Quick Installation guide]]
*[[Regulatory compliance]]

[[category:Hardware]]
[[Category:RevisionV2]]

TMP800

2012-03-23T18:49:30Z

Stephanie Quinn: Change TMP800 image - new lexan

[[Image:TMP800_1U.jpg|thumb|350px|Front view of TMG800 telecom platform]]
[[Image:TMG800 1U rear ac.jpg|thumb|350px|Rear view of TMP800 with AC power]]
[[Image:TMG800 1U Rear DC.jpg|thumb|350px|Rear view of TMP800 with DC power]] The TelcoBridges™ [[Tdev]] TMP800 is a small-footprint computer telephony platform that meets the needs of service providers looking to cost-effectively trial new value-added services. The TMP800 provides capacity of up to 8 T1/E1/J1 interfaces, up to 256 universal [[VoIP]] channels, and up to 512 [[IVR]] channels. As service uptake increases, the capabilities of the 1U form factor TMP800 can be extended with expansion cards for VoIP and software license upgrades for TDM and IVR.

Whether sitting at the edge of a wireline, wireless or VOIP network, the TMP800 delivers seamless voice interoperability across TDM and IP networks. The TMP800 builds on those capabilities with an advanced application platform for delivering [[ringback tones|ring-back tones]], [[unified communications]], [[Prepaid & postpaid calling|pre-paid/post-paid calling]], [[conferencing]], [[Fax over IP]] (T.38), [[voicemail]], and other enhanced services to subscribers irrespective of access protocol or device.

Leveraging TelcoBridges Toolpack™ software toolkit, and a choice of host deployment platforms, the TMP800 provides the ability to rapidly develop and deploy applications that tie together real-time communications from the network with stored external data sources to provide unique subscriber-specific services.

Offering the industry-leading highest port density and the lowest operating cost—an average 66% less power consumption than competing products offering similar capacity—the fully field-upgradable Tdev TMP800 supports the drive by service providers to reduce the environmental impact of their network environmental impact of their network footprint and increase their profitability and green credentials.

== Features & Benefits ==
'''Powerful:''' By tying together real-time communications from the network with stored external data sources, the TMP800 provides an advanced application platform for delivering unique subscriber-specific services, such as unified communications, ring-back tones, and prepaid/postpaid calling.

'''Flexibility:''' Through VoIP plug-in hardware additions as well as the ability to expand from 1 to 8 T1/E1/J1 ports and/or from 32 to 512 IVR channels through software license upgrades.

'''Performance:''' The TMP800 features a non-blocking architecture providing full availability of call channels and other system resources (IVR, VOIP).

== Available configurations ==

*TMP810 – 1 x T1/E1/J1
*TMP812 – 2 x T1/E1/J1
*TMP814 – 4 x T1/E1/J1
*TMP816 – 6 x T1/E1/J1
*TMP818 – 8 x T1/E1/J1

Each configuration is available with AC or DC power.

== References ==
*[[Media:DATA SHEET TMP800.pdf|Data sheet]]
*[[Media:TMP800_Installation_Guide_Issue1.1.pdf|TMP800 Installation guide]]
*[[T1/E1/J1_RJ48_Cable_Diagram|T1/E1/J1 RJ48 Wiring Diagram for Straight and Crossover Cables]]
*[[Media:TMP800_AC_QIG_Issue1.1.pdf|TMP800 (AC) Quick Installation guide]]
*[[Media:TMP800_DC_QIG_Issue1.1.pdf|TMP800 (DC) Quick Installation guide]]
*[[Regulatory compliance]]

[[category:Hardware]]
[[Category:RevisionV2]]

File:TMP6400 2U.jpg

2012-03-23T18:48:23Z

Stephanie Quinn: New TMP6400 lexan

New TMP6400 lexan

TMP6400

2012-03-23T18:48:03Z

Stephanie Quinn: Change image of the Tdev TMP6400

The TelcoBridges [[Tdev]]™ TMP6400 is a high-density computer telephony (CTI) development platform that meets the needs of service providers looking to expand their [[value-added services]] (VAS), providing a cost-effective foundation for introducing new offerings while rapidly scaling to meet the needs of growing subscribers.

[[Image:TMP6400_2U.jpg|thumb|350px|Front view of TMP6400 in 2U form factor ]]

Whether deployed on a wireline, wireless or VOIP network, the TMP6400 delivers seamless voice interoperability across TDM and IP networks. However the TMP6400 builds on those capabilities with an advanced application platform for delivering [[ringback tones|ring-back tones]], [[unified communications]], [[Prepaid & postpaid calling|pre-paid/post-paid calling]], [[conferencing]], [[Fax over IP]] (T.38), [[voicemail]], and other enhanced services to subscribers irrespective of access protocol or device. Leveraging TelcoBridges’ [[Toolpack]]™ software toolkit, and a choice of host deployment platforms, the TMP6400 provides the ability to rapidly develop and deploy applications that tie together real-time communications from the network with stored external data sources to provide unique subscriber-specific services.

Offering the industry-leading highest port density and the lowest operating cost—an average 66% less power consumption than competing products offering similar capacity—the fully field-upgradable Tdev TMP6400 supports the drive by service providers to increase their profitability, while reduce the environmental impact of their network footprint.

== Features & Benefits ==

'''Carrier grade:''' Architected to exacting industry standards, the TMP6400 is designed to meet the need for reliability that service providers and their customers demand. The TMP6400 features a non-blocking architecture providing full availability of call channels and other system resources (IVR, VOIP).

'''Flexibility:''' A network-agnostic platform, the TMP6400 supports multiple ‘any-to-any’ switching as well as transcoding support for all major wireline, wireless and Internet voice codecs. With separate chipsets for signaling, [[transcoding]] and [[IVR|interactive voice response (IVR)]], the TMP6400 provides true full channel availability.

'''Density:''' Supporting up to 64 T1/E1/J1, 3 DS-3 or 1 STM-1 interfaces for a total of 2048 universal voice channels per unit, the TMP6400 offers significant density in a 1U or 2U form factor. The TMP6400 enables consolidation of multiple devices for signaling, transcoding and IVR into a single box.

'''High availability:''' The TMP6400 features full redundancy with fault-tolerant hardware and software components.

[[Image:TMG3200 2U Rear AC.jpg |thumb|350px|Rear view of TMP6400 with redundant AC power supplies ]]
[[Image:TMG3200 2U Rear DC.jpg |thumb|350px|Rear view of TMP6400 with redundant DC power supplies ]]
== Related actions ==
*[[Toolpack v2.3:Adding a TMP6400|Add a TMP6400 to an existing system]]

== References ==
*[[Media:DATA SHEET TMP6400.pdf|Data sheet]]
*[[Media:_Book_TMP6400_Installation_Guide2.3.pdf|TMP6400 and TMS1600 Installation guide]]
*[[T1/E1/J1_RJ48_Cable_Diagram|T1/E1/J1 RJ48 Wiring Diagram for Straight and Crossover Cables]]
*[[DC_cable_pinout|DC Power Cable Pinout]]
*[[Media:TMP6401_AC_QIG_Issue3.1.pdf|TMP6401 (1U/AC) Quick Installation guide]]
*[[Media:TMP6401_DC_QIG_Issue2.1.pdf|TMP6401 (1U/DC) Quick Installation guide]]
*[[Media:TMP6402_AC_QIG_Issue3.1.pdf|TMP6402 (2U/AC) Quick Installation guide]]
*[[Media:TMP6402_DC_QIG_Issue2.1.pdf|TMP6402 (2U/DC) Quick Installation guide]]
*[[Regulatory compliance]]

[[category:Hardware]]
[[Category:RevisionV2]]

TMP6400

2012-03-23T18:47:05Z

Stephanie Quinn: Remove all 1U versions of the TMP6400

The TelcoBridges [[Tdev]]™ TMP6400 is a high-density computer telephony (CTI) development platform that meets the needs of service providers looking to expand their [[value-added services]] (VAS), providing a cost-effective foundation for introducing new offerings while rapidly scaling to meet the needs of growing subscribers.

[[Image:Tdev 2U Front sml.jpg|thumb|350px|Front view of TMP6400 in 2U form factor ]]

Whether deployed on a wireline, wireless or VOIP network, the TMP6400 delivers seamless voice interoperability across TDM and IP networks. However the TMP6400 builds on those capabilities with an advanced application platform for delivering [[ringback tones|ring-back tones]], [[unified communications]], [[Prepaid & postpaid calling|pre-paid/post-paid calling]], [[conferencing]], [[Fax over IP]] (T.38), [[voicemail]], and other enhanced services to subscribers irrespective of access protocol or device. Leveraging TelcoBridges’ [[Toolpack]]™ software toolkit, and a choice of host deployment platforms, the TMP6400 provides the ability to rapidly develop and deploy applications that tie together real-time communications from the network with stored external data sources to provide unique subscriber-specific services.

Offering the industry-leading highest port density and the lowest operating cost—an average 66% less power consumption than competing products offering similar capacity—the fully field-upgradable Tdev TMP6400 supports the drive by service providers to increase their profitability, while reduce the environmental impact of their network footprint.

== Features & Benefits ==

'''Carrier grade:''' Architected to exacting industry standards, the TMP6400 is designed to meet the need for reliability that service providers and their customers demand. The TMP6400 features a non-blocking architecture providing full availability of call channels and other system resources (IVR, VOIP).

'''Flexibility:''' A network-agnostic platform, the TMP6400 supports multiple ‘any-to-any’ switching as well as transcoding support for all major wireline, wireless and Internet voice codecs. With separate chipsets for signaling, [[transcoding]] and [[IVR|interactive voice response (IVR)]], the TMP6400 provides true full channel availability.

'''Density:''' Supporting up to 64 T1/E1/J1, 3 DS-3 or 1 STM-1 interfaces for a total of 2048 universal voice channels per unit, the TMP6400 offers significant density in a 1U or 2U form factor. The TMP6400 enables consolidation of multiple devices for signaling, transcoding and IVR into a single box.

'''High availability:''' The TMP6400 features full redundancy with fault-tolerant hardware and software components.

[[Image:TMG3200 2U Rear AC.jpg |thumb|350px|Rear view of TMP6400 with redundant AC power supplies ]]
[[Image:TMG3200 2U Rear DC.jpg |thumb|350px|Rear view of TMP6400 with redundant DC power supplies ]]
== Related actions ==
*[[Toolpack v2.3:Adding a TMP6400|Add a TMP6400 to an existing system]]

== References ==
*[[Media:DATA SHEET TMP6400.pdf|Data sheet]]
*[[Media:_Book_TMP6400_Installation_Guide2.3.pdf|TMP6400 and TMS1600 Installation guide]]
*[[T1/E1/J1_RJ48_Cable_Diagram|T1/E1/J1 RJ48 Wiring Diagram for Straight and Crossover Cables]]
*[[DC_cable_pinout|DC Power Cable Pinout]]
*[[Media:TMP6401_AC_QIG_Issue3.1.pdf|TMP6401 (1U/AC) Quick Installation guide]]
*[[Media:TMP6401_DC_QIG_Issue2.1.pdf|TMP6401 (1U/DC) Quick Installation guide]]
*[[Media:TMP6402_AC_QIG_Issue3.1.pdf|TMP6402 (2U/AC) Quick Installation guide]]
*[[Media:TMP6402_DC_QIG_Issue2.1.pdf|TMP6402 (2U/DC) Quick Installation guide]]
*[[Regulatory compliance]]

[[category:Hardware]]
[[Category:RevisionV2]]

Product Installation

2012-03-13T13:19:46Z

Stephanie Quinn: Remove of old 1+1 Installation Guide

TelcoBridges ships its [[VoIP Gateway]]s ready to be configured, with pre-installed software and license(s).
 
== Physical Installation ==

Refer to the appropriate installation guide for the physical installation and connection of the [[Tmedia]]:
*[[Media:TMG800_Installation_Guide_Issue3.0i.pdf|TMG800 Standalone & TMG800 1+1 System Installation Guide]] (March, 12th, 2012)
*[[Media:TMG800_Installation_Guide_Issue2.5.pdf|TMG800 Installation Guide]] (For TMG800 shipped from August 15th 2011 onward)
*[[Media:TMG800_Installation_Guide_Issue1.3.pdf|TMG800 Installation Guide]] (For TMG800 shipped before August 15th 2011)
*[[Media:TMG800_AC_QIG_Issue1.1.pdf|TMG800 (AC) Quick Install Guide]]
*[[Media:TMG800_DC_QIG_Issue1.1.pdf|TMG800 (DC) Quick Install Guide]]
 
*[[Media:TMG3200_Installation_Guide_Issue4.0g.pdf|TMG3200 Standalone & TMG3200 1+1 System Installation Guide]] (March 12th, 2012)
*[[Media:TMG3200_Installation_Guide_Issue3.3.pdf|TMG3200 Installation Guide]] (For TMG3200 shipped from September 19th 2011 onward)
*[[Media:TMG3200_Installation_Guide_Issue2.3.pdf|TMG3200 Installation Guide]] (For TMG3200 shipped before September 19th 2011)
*[[Media:TMG3202_AC_QIG_Issue3.2.pdf|TMG3200 (AC) Quick Install Guide]]
*[[Media:TMG3202_DC_QIG_Issue2.1.pdf|TMG3200 (DC) Quick Install Guide]]
 
*[[TMG7800 Installation Guide]]

== Related actions ==
*[[Tmedia_Upgrade|Tmedia Upgrade Procedure]]

*[[Manual_Tmedia_Upgrade|Tmedia Manual Upgrade Procedure]]

[[Category:Tmedia_OAM%26P|Install]]

TMG3200

2012-03-12T15:41:15Z

Stephanie Quinn: New TMG3200 Standalone & TMG3200 1+1 System Installation Guide as of March 12th, 2012

[[Image:TMG3200-RJ front.jpg|thumb|350px|Front view of TMG3200-RJ, 2U VoIP / Media Gateway]][[Image:TMG3200-RJ back.jpg|thumb|350px|Rear view of TMG3200-RJ, 2U VoIP / Media Gateway]][[Image:TMG3200-TE front.jpg|thumb|350px|Front view of TMG3200-TE, 2U VoIP / Media Gateway]]
[[Image:TMG3200-TE back.jpg|thumb|350px|Rear view of TMG3200-TE, 2U VoIP / Media Gateway]][[Image:TMG3200-DS3 front view.jpg |thumb|350px|Front view of TMG3200-DS3, 2U VoIP / Media Gateway]][[Image:TMG3200-DS3 rear view.jpg |thumb|350px|Rear view of TMG3200-DS3, 2U VoIP / Media Gateway]] [[Image:TMG3200-STM1 front.jpg |thumb|350px|Front view of TMG3200-STM1, 2U VoIP / Media Gateway]]
[[Image:TMG3200-STM1 rear.jpg |thumb|350px|Rear view of TMG3200-STM1, 2U VoIP / Media Gateway]]

== TMG3200-RJ ==

The TelcoBridges [[Tmedia]]™ TMG3200-RJ is an 8 to 16 T1/E1 [[VoIP]] gateway that offers high-density in a single box (2U) solution. 

=== Characteristics of the TMG3200-RJ ===
*2U VoIP gateway 
*256 to 512 VoIP channels 
*8 to 16 T1/E1s 
*Software upgradeable by single T1/E1 and 32 VoIP channel increment 
*Redundant AC or DC power supplies
 
=== Available configurations ===

*TMG3200-RJ-8 (8 x T1/E1)
*TMG3200-RJ-9 (9 x T1/E1)
*TMG3200-RJ-10 (10 x T1/E1)
*TMG3200-RJ-11 (11 x T1/E1)
*TMG3200-RJ-12 (12 x T1/E1)
*TMG3200-RJ-13 (13 x T1/E1)
*TMG3200-RJ-14 (14 x T1/E1)
*TMG3200-RJ-15 (15 x T1/E1)
*TMG3200-RJ-16 (16 x T1/E1)

Each configuration is available with redundant AC or DC power.
 

== TMG3200-TE ==

The TelcoBridges [[Tmedia]]™ TMG3200-TE is an 16 to 64 T1/E1 [[VoIP]] gateway that offers high-capacity and high-performance in a single box (2U) solution. 

=== Characteristics of the TMG3200-TE ===
*2U VoIP gateway 
*512 to 2048 VoIP channels 
*16 to 64 T1/E1s 
*Simple field upgrade by 16 T1/E1 and 512 VoIP channel increment 
*Redundant AC or DC power supplies
 
=== Available configurations ===

*TMG3200-TE-16 (16 x T1/E1)
*TMG3200-TE-32 (32 x T1/E1)
*TMG3200-TE-48 (48 x T1/E1)
*TMG3200-TE-64 (64 x T1/E1)

Each configuration is available with redundant AC or DC power.
 

== TMG3200-DS3 ==

The TelcoBridges [[Tmedia]]™ TMG3200-DS3 is a 1 to 3 DS3 VoIP gateway that offers high-performance and high density in a single box (2U) solution. 

=== Characteristics of the TMG3200-DS3 ===
*2U VoIP gateway 
*672 to 2016 VoIP channels 
*1 to 3 DS3 
*Simple field upgrade by 1 DS3 and 672 VoIP channel increment 
*Redundant AC or DC power supplies
 
=== Available configurations ===

*TMG3200-DS3 (1 x DS3)
*TMG3200-DS3 (2 x DS3)
*TMG3200-DS3 (3 x DS3)

Each configuration is available with redundant AC or DC power.
 

== TMG3200-STM1 ==

The TelcoBridges [[Tmedia]]™ TMG3200-STM1 is a 1 OC3/STM1 VoIP gateway that offers the industry's highest density in a single box (2U) solution. 

=== Characteristics of the TMG3200-STM1 ===
*2U VoIP gateway 
*2,016 VoIP channels 
*1 OC3/STM1 
*Redundant AC or DC power supplies
 
=== Available configurations ===

*TMG3200-STM1 (1 x STM1)

Each configuration is available with redundant AC or DC power.

=== SFP modules compatibility ===
*850 nm 550 m multi-mode fiber (SX)
*1310 nm 10 km single-mode fiber (LX)
*1490 nm 10 km single-mode fiber (BS-D)
*1550 nm 40 km (XD), 80 km (ZX), 120 km (EX or EZX)]
*1490 nm 1310 nm (BX), Single Fiber Bi-Directional Gigabit SFP Transceivers
*DWDM
*STM1E-SFPxx 155Mbps Copper Transceiver

We normally sell SFP-LC (1310nm) hotplug, which we have in stock.

 

== References ==
*[[Media:TMG3200-RJ.pdf|Data sheet TMG3200-RJ]]
*[[Media:TMG3200-TE.pdf|Data sheet TMG3200-TE]]
*[[Media:TMG3200-DS3.pdf|Data sheet TMG3200-DS3]]
*[[Media:TMG3200-STM1.pdf|Data sheet TMG3200-STM1]]
*[[Media:FINAL - Product Brief Media Gateway TMG3200.pdf|Product brief]]
*[[Media:TMG3200_Installation_Guide_Issue4.0g.pdf|TMG3200 Standalone & TMG3200 1+1 System Installation Guide]] (March 12th, 2012)
*[[Media:TMG3200_Installation_Guide_Issue3.3.pdf|TMG3200 Installation Guide]] (For TMG3200 shipped from September 19th 2011 onward)
*[[Media:TMG3200_Installation_Guide_Issue2.3.pdf|TMG3200 Installation Guide]] (For TMG3200 shipped before September 19th 2011)
*[[T1/E1/J1_RJ48_Cable_Diagram|T1/E1/J1 RJ48 Wiring Diagram for Straight and Crossover Cables]]
*[[DC_cable_pinout|DC Power Cable Pinout]]
*[[Media:TMG3201_AC_QIG_Issue3.1.pdf|TMG3201 (1U/AC) Quick Installation Guide]]
*[[Media:TMG3201_DC_QIG_Issue2.1.pdf|TMG3201 (1U/DC) Quick Installation Guide]]
*[[Media:TMG3202_AC_QIG_Issue3.2.pdf|TMG3202 (2U/AC) Quick Installation Guide]]
*[[Media:TMG3202_DC_QIG_Issue2.1.pdf|TMG3202 (2U/DC) Quick Installation Guide]]
*[[Regulatory compliance]]

[[category:Hardware]]

TMG800

2012-03-12T15:38:57Z

Stephanie Quinn: New TMG800 Standalone & TMG800 1+1 System Installation Guide as of March 12th, 2012

[[Image:tbwiki big tmg800 front.jpg|thumb|350px|Front view TMG800]] [[Image:TMG800 back view AC.jpg|thumb|350px|Rear view TMG800 AC]]

The TelcoBridges [[Tmedia]]™ TMG800 is our entry level [[VoIP]] gateway. 

Software upgradeable from 1 to 8 T1/E1s, the TMG800 is the most cost effective, one box (1U) VoIP gateway solution currently available on the market. 

== Characteristics of the TMG800 ==
*1U VoIP gateway 
*32 to 256 VoIP channels 
*1 to 8 T1/E1s 
*Software upgradeable by single T1/E1 and 32 VoIP channel increment 
*Single or redundant AC or DC power supplies
 
== Available configurations ==

*TMG800-1 (1 x T1/E1)
*TMG800-2 (2 x T1/E1)
*TMG800-3 (3 x T1/E1)
*TMG800-4 (4 x T1/E1)
*TMG800-5 (5 x T1/E1)
*TMG800-6 (6 x T1/E1)
*TMG800-7 (7 x T1/E1)
*TMG800-8 (8 x T1/E1)

Each configuration is available with either single or redundant AC or DC power.
 
== References ==

*[[Media:TMG800.pdf|Data sheet]]
*[[Media:TMG800_Installation_Guide_Issue3.0i.pdf|TMG800 Standalone & TMG800 1+1 System Installation Guide]] (March 12th, 2012)
*[[Media:TMG800_Installation_Guide_Issue2.5.pdf|TMG800 Installation guide]] (For TMG800 shipped from August 15th 2011 onward)
*[[Media:TMG800_Installation_Guide_Issue1.3.pdf|TMG800 Installation Guide]] (For TMG800 shipped before August 15th 2011)
*[[T1/E1/J1 RJ48 Cable Diagram|T1/E1/J1 RJ48 Wiring Diagram for Straight and Crossover Cables]]
*[[Media:TMG800_AC_QIG_Issue1.1.pdf|TMG800 (AC) Quick Installation guide]]
*[[Media:TMG800_DC_QIG_Issue1.1.pdf|TMG800 (DC) Quick Installation guide]]
*[[Regulatory compliance]]

[[Category:Hardware]] [[Category:RevisionV2]]
 

== Related Articles ==
*[[Tmedia_Comparison|Tmedia model comparison]]
*[[:Category:Tmedia_Features| Features]]
*[[:Category:Tmedia_Solutions|Solutions]]
*[[:Category:Tmedia_OAM%26P|OAM&P]]

File:TMG3200 Installation Guide Issue4.0g.pdf

2012-03-12T15:34:59Z

Stephanie Quinn: Most recent TMG3200 Standalone & TMG3200 1+1 Installation Guide as of March 12th, 2012

Most recent TMG3200 Standalone & TMG3200 1+1 Installation Guide as of March 12th, 2012

Product Installation

2012-03-12T15:34:04Z

Stephanie Quinn: Upload of the most recent TMG3200 Standalone and TMG3200 1+1 System Installation Guide as of March 12th, 2012

TelcoBridges ships its [[VoIP Gateway]]s ready to be configured, with pre-installed software and license(s).
 
== Physical Installation ==

Refer to the appropriate installation guide for the physical installation and connection of the [[Tmedia]]:
*[[Media:TMG800_Installation_Guide_Issue3.0i.pdf|TMG800 Standalone & TMG800 1+1 System Installation Guide]] (March, 12th, 2012)
*[[Media:TMG800_Installation_Guide_Issue3.pdf|TMG800 1+1 System Installation Guide]] (For TMG800 1+1 system only)
*[[Media:TMG800_Installation_Guide_Issue2.5.pdf|TMG800 Installation Guide]] (For TMG800 shipped from August 15th 2011 onward)
*[[Media:TMG800_Installation_Guide_Issue1.3.pdf|TMG800 Installation Guide]] (For TMG800 shipped before August 15th 2011)
*[[Media:TMG800_AC_QIG_Issue1.1.pdf|TMG800 (AC) Quick Install Guide]]
*[[Media:TMG800_DC_QIG_Issue1.1.pdf|TMG800 (DC) Quick Install Guide]]
 
*[[Media:TMG3200_Installation_Guide_Issue4.0g.pdf|TMG3200 Standalone & TMG3200 1+1 System Installation Guide]] (March 12th, 2012)
*[[Media:TMG3200_Installation_Guide_Issue4.pdf|TMG3200 1+1 System Installation Guide]] (For TMG3200 1+1 system only)
*[[Media:TMG3200_Installation_Guide_Issue3.3.pdf|TMG3200 Installation Guide]] (For TMG3200 shipped from September 19th 2011 onward)
*[[Media:TMG3200_Installation_Guide_Issue2.3.pdf|TMG3200 Installation Guide]] (For TMG3200 shipped before September 19th 2011)
*[[Media:TMG3202_AC_QIG_Issue3.2.pdf|TMG3200 (AC) Quick Install Guide]]
*[[Media:TMG3202_DC_QIG_Issue2.1.pdf|TMG3200 (DC) Quick Install Guide]]
 
*[[TMG7800 Installation Guide]]

== Related actions ==
*[[Tmedia_Upgrade|Tmedia Upgrade Procedure]]

*[[Manual_Tmedia_Upgrade|Tmedia Manual Upgrade Procedure]]

[[Category:Tmedia_OAM%26P|Install]]

File:TMG800 Installation Guide Issue3.0i.pdf

2012-03-12T15:29:48Z

Stephanie Quinn: TMG800 Standalone and TMG800 1+1 System Installation Guide (March 12th, 2012)

TMG800 Standalone and TMG800 1+1 System Installation Guide (March 12th, 2012)

Product Installation

2012-03-12T15:29:00Z

Stephanie Quinn:

TelcoBridges ships its [[VoIP Gateway]]s ready to be configured, with pre-installed software and license(s).
 
== Physical Installation ==

Refer to the appropriate installation guide for the physical installation and connection of the [[Tmedia]]:
*[[Media:TMG800_Installation_Guide_Issue3.0i.pdf|TMG800 Standalone & TMG800 1+1 System Installation Guide]] (March, 12th, 2012)
*[[Media:TMG800_Installation_Guide_Issue3.pdf|TMG800 1+1 System Installation Guide]] (For TMG800 1+1 system only)
*[[Media:TMG800_Installation_Guide_Issue2.5.pdf|TMG800 Installation Guide]] (For TMG800 shipped from August 15th 2011 onward)
*[[Media:TMG800_Installation_Guide_Issue1.3.pdf|TMG800 Installation Guide]] (For TMG800 shipped before August 15th 2011)
*[[Media:TMG800_AC_QIG_Issue1.1.pdf|TMG800 (AC) Quick Install Guide]]
*[[Media:TMG800_DC_QIG_Issue1.1.pdf|TMG800 (DC) Quick Install Guide]]
 
*[[Media:TMG3200_Installation_Guide_Issue4.pdf|TMG3200 1+1 System Installation Guide]] (For TMG3200 1+1 system only)
*[[Media:TMG3200_Installation_Guide_Issue3.3.pdf|TMG3200 Installation Guide]] (For TMG3200 shipped from September 19th 2011 onward)
*[[Media:TMG3200_Installation_Guide_Issue2.3.pdf|TMG3200 Installation Guide]] (For TMG3200 shipped before September 19th 2011)
*[[Media:TMG3202_AC_QIG_Issue3.2.pdf|TMG3200 (AC) Quick Install Guide]]
*[[Media:TMG3202_DC_QIG_Issue2.1.pdf|TMG3200 (DC) Quick Install Guide]]
 
*[[TMG7800 Installation Guide]]

== Related actions ==
*[[Tmedia_Upgrade|Tmedia Upgrade Procedure]]

*[[Manual_Tmedia_Upgrade|Tmedia Manual Upgrade Procedure]]

[[Category:Tmedia_OAM%26P|Install]]

Product Installation

2012-03-12T15:28:49Z

Stephanie Quinn:

TelcoBridges ships its [[VoIP Gateway]]s ready to be configured, with pre-installed software and license(s).
 
== Physical Installation ==

Refer to the appropriate installation guide for the physical installation and connection of the [[Tmedia]]:
*[[Media:TMG800_Installation_Guide_Issue3.0i.pdf|TMG800 Standalone & TMG800 1+1 System Installation Guide]](March, 12th, 2012)
*[[Media:TMG800_Installation_Guide_Issue3.pdf|TMG800 1+1 System Installation Guide]] (For TMG800 1+1 system only)
*[[Media:TMG800_Installation_Guide_Issue2.5.pdf|TMG800 Installation Guide]] (For TMG800 shipped from August 15th 2011 onward)
*[[Media:TMG800_Installation_Guide_Issue1.3.pdf|TMG800 Installation Guide]] (For TMG800 shipped before August 15th 2011)
*[[Media:TMG800_AC_QIG_Issue1.1.pdf|TMG800 (AC) Quick Install Guide]]
*[[Media:TMG800_DC_QIG_Issue1.1.pdf|TMG800 (DC) Quick Install Guide]]
 
*[[Media:TMG3200_Installation_Guide_Issue4.pdf|TMG3200 1+1 System Installation Guide]] (For TMG3200 1+1 system only)
*[[Media:TMG3200_Installation_Guide_Issue3.3.pdf|TMG3200 Installation Guide]] (For TMG3200 shipped from September 19th 2011 onward)
*[[Media:TMG3200_Installation_Guide_Issue2.3.pdf|TMG3200 Installation Guide]] (For TMG3200 shipped before September 19th 2011)
*[[Media:TMG3202_AC_QIG_Issue3.2.pdf|TMG3200 (AC) Quick Install Guide]]
*[[Media:TMG3202_DC_QIG_Issue2.1.pdf|TMG3200 (DC) Quick Install Guide]]
 
*[[TMG7800 Installation Guide]]

== Related actions ==
*[[Tmedia_Upgrade|Tmedia Upgrade Procedure]]

*[[Manual_Tmedia_Upgrade|Tmedia Manual Upgrade Procedure]]

[[Category:Tmedia_OAM%26P|Install]]

Product Installation

2012-03-12T15:28:11Z

Stephanie Quinn: Addition of the New TMG800 Standalone and TMG800 1+1 System Installation Manual as of March 12th, 2012

TelcoBridges ships its [[VoIP Gateway]]s ready to be configured, with pre-installed software and license(s).
 
== Physical Installation ==

Refer to the appropriate installation guide for the physical installation and connection of the [[Tmedia]]:
*[[Media:TMG800_Installation_Guide_Issue3.0i.pdf|TMG800 Standalone & TMG800 1+1 System Installation Guide (March, 12th, 2012]]
*[[Media:TMG800_Installation_Guide_Issue3.pdf|TMG800 1+1 System Installation Guide]] (For TMG800 1+1 system only)
*[[Media:TMG800_Installation_Guide_Issue2.5.pdf|TMG800 Installation Guide]] (For TMG800 shipped from August 15th 2011 onward)
*[[Media:TMG800_Installation_Guide_Issue1.3.pdf|TMG800 Installation Guide]] (For TMG800 shipped before August 15th 2011)
*[[Media:TMG800_AC_QIG_Issue1.1.pdf|TMG800 (AC) Quick Install Guide]]
*[[Media:TMG800_DC_QIG_Issue1.1.pdf|TMG800 (DC) Quick Install Guide]]
 
*[[Media:TMG3200_Installation_Guide_Issue4.pdf|TMG3200 1+1 System Installation Guide]] (For TMG3200 1+1 system only)
*[[Media:TMG3200_Installation_Guide_Issue3.3.pdf|TMG3200 Installation Guide]] (For TMG3200 shipped from September 19th 2011 onward)
*[[Media:TMG3200_Installation_Guide_Issue2.3.pdf|TMG3200 Installation Guide]] (For TMG3200 shipped before September 19th 2011)
*[[Media:TMG3202_AC_QIG_Issue3.2.pdf|TMG3200 (AC) Quick Install Guide]]
*[[Media:TMG3202_DC_QIG_Issue2.1.pdf|TMG3200 (DC) Quick Install Guide]]
 
*[[TMG7800 Installation Guide]]

== Related actions ==
*[[Tmedia_Upgrade|Tmedia Upgrade Procedure]]

*[[Manual_Tmedia_Upgrade|Tmedia Manual Upgrade Procedure]]

[[Category:Tmedia_OAM%26P|Install]]

Tmedia Comparison

2012-02-29T21:23:40Z

Stephanie Quinn:

This article compares and the differences as well as the similarities between the Tmedia models.

== Hardware Capacities ==
Each model was designed to address different system size; low (32-256 bridges), mid (256-2016) and large (256-32768) .

Here is comparison table of the models capacities:

{| cellpadding="5" border="1" class="wikitable"
|-
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" rowspan="2" |
! width="630" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" colspan="3" | Models
|-
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | [[TMG800]]
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | [[TMG3200]]
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | [[TMG7800]]
|-
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | [[T1,_E1,_and_J1_interfaces|T1/E1]]
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | 1-8
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | 8-64
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | 16-1024
|-
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | [[DS3_interfaces|DS3]]
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark|}}
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | 1-3
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | 1-48
|-
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | [[SONET/SDH_interfaces|STM1/OC3]]
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark|}}
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | 1
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | 1-16
|-
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | VoIP Channels Capacity
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | 32 - 256
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | 256 - 2016
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | 512 - 32768
|-
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | VoIP Gigabit Port
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | 2
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | 2
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | 2
|-
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | Managment Port
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | 1
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | 1
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | 2
|-
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | Form Factors
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | 1 U
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | 2 U
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | 4-39 U
|-
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" |
Redundant Power Supplies

(AC or DC)
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | Optional
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | Standard
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | Standard
|}

== Unified Platform ==

Aside from their capacities, all models possess all the same features.

{| cellpadding="5" border="1" class="wikitable"
|-
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" rowspan="2" |
! width="630" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" colspan="3" | Models
|-
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | [[TMG800]]
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | [[TMG3200]]
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | [[TMG7800]]
|-
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" |
[[H.248]] and/or

[[TMG call control]]
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
|-
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | [[Text_Call_Detail_Records_(CDR)|Text CDR]]
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
|-
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | [[RADIUS]]
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
|-
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | [[Web Base OAM&P]]
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
|-
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | [[Voice_codecs|Universal Codecs]]
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
|-
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | Protocols run on the same device
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
|-
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | [[SIP]]
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
|-
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | [[SIGTRAN]]
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
|-
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | [[SS7]]
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
|-
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | [[ISDN|ISDN PRI]]
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
|-
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | [[CAS|CAS R2]]
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
! width="210" style="background: none repeat scroll 0% 0% rgb(255, 255, 255);" | {{Check_X_Mark| Y}}
|}

Main Page

2012-01-25T14:37:13Z

Stephanie Quinn: Update of TB Support Details 2012

[[Image:TB_Wiki_banner_960px.jpg|link=Tmedia_Installation]] 

__NoToC__'''Welcome to the TBwiki! [http://www.telcobridges.com TelcoBridges] has developed this wiki to help you with your product and service questions.'''

{| cellpadding="5" border="1" class="wikitable"
|-
! width="225" style="background: none repeat scroll 0% 0% rgb(239, 239, 239);" |
[[Tmedia]]

[[VoIP_Gateway|VoIP Gateways]]

! width="225" style="background: none repeat scroll 0% 0% rgb(239, 239, 239);" |
[[Tdev]]

[[Development_Platform|Development Platforms]]

! width="225" style="background: none repeat scroll 0% 0% rgb(239, 239, 239);" |
[[Tmonitor]]

[[Network monitoring|Network Monitoring]]

! width="225" style="background: none repeat scroll 0% 0% rgb(239, 239, 239);" |
Support

|-
| rowspan="3" valign="top" | '''[[Tmedia_Comparison| Model Comparison]]'''
*[[TMG800]]
*[[TMG3200]]
*[[TMG7800]]
*[[Tmedia 1+1]]

'''[[:Category:Tmedia_Features|Features]]'''

*[[Call_detail_record|Call Detail Record (CDR)]]
*[[Energy Consumption]]
*[[H.248|H.248/Megaco]]
*[[Signaling_protocols|Signaling Protocols]]
*[[Redundancy_&_High_Availability|Redundancy & High Availability]]
*[[Tmedia_Routing|Routing]]
*[[Voice_codecs|Voice Codecs]]

'''[[:Category:Tmedia_Solutions|Solutions]]'''

*[[Call routing]]
*[[Fax over IP]]
*[[Tandem switching]]
*[[Transcoding]]
*[[Trunking]]

'''[[:Category:Tmedia_OAM&P|OAM&P]]'''

*[[Tmedia_Installation|Installing]]
*[[Tmedia_Upgrade|Upgrading]]
*[[Tmedia_Provision|Provisioning]]
*[[Tmedia_Management|Managing]]
*[[Troubleshooting|Troubleshooting]]
*[[Best_practices|Best Practices]]
*[[TMG-CONTROL_Version_History|Version History]]

| rowspan="3" valign="top" | '''Models'''
*[[TMP800]]
*[[TMP6400]]
*[[TMP6400-CTRL]]
*[[TMP6400-TMS]]

'''[[:Category:Tdev_Features|Features]]'''

*[[Application components|Application Components]]
*[[Toolpack: Architecture, philosophy and evolution|Architecture, Philosophy and Evolution]]
*[[High_Availability_Overview|Redundancy & High Availability]]
*[[Tdev_Signaling_Protocols|Signaling Protocols]]
*[[Supported operating systems]]
*[[Toolpack API]]
*[[Voice_codecs|Voice Codecs]]

'''[[:Category:Tdev_Solutions|Solutions]]'''

*[[Prepaid & postpaid calling]]
*[[Ringback tones]]
*Signaling gateway
*[[Unified communications]]

'''[[:Category:Tdev_OAM&P|OAM&P]]'''

*[[Installing Toolpack|Installing]]
*[[Upgrading Toolpack|Upgrading]]
*[[Compiling_Toolpack|Compiling]]
*[[Toolpack_Web_Portal|Provisioning]]
*[[Troubleshooting Toolpack|Troubleshooting]]
*[[Develop Using Toolpack]]
*[[Best practices]]
*[[Toolpack version history|Version History]]

| valign="top" style="height: 200px;"| '''Models'''
*[[TM1000]]

'''Solutions'''

*[[Lawful intercept]]
*[[Location-based services|Location-based services (LBS)]]
*[[Network monitoring|Network Monitoring]]

| rowspan="3" valign="top" |'''TB Support'''
*[[TB Support Standard]]
*[[TB Support A la Carte]]
*[[Media:TB Support (Sales doc).pdf|TB Support (.pdf)]]
*[[Media:TB Support Full length25-01-2012.pdf|TB Support Details]]
*[[Support:Contacting TelcoBridges technical support|Contacting TB Support]]
*[[Support:License_server|License Server]]
*[http://docs.telcobridges.com/mediawiki/index.php/Category:FAQ Frequently Asked Questions]
*[http://forums.telcobridges.com Support Forums]
*[[Support:How To Submit A Problem|Submitting a Problem]]

'''Legal'''

*[[Media:Product Warranty.pdf|Product Warranty]]
*[[Media:Terms & Conditions 03-02-2011.pdf|Standard Terms & Conditions]]

'''Interoperability'''

*[[Interoperability:Deployments|Deployments]]
*[[Interoperability:Certifications|Certifications]]
*[[Partners]]
*Best interoperability practices

'''Other'''
*[[Regulatory compliance]]

|-
| width="210" style="background: none repeat scroll 0% 0% rgb(239, 239, 239);" align="center" | '''Legacy'''
|-
| valign=top | '''Products'''
*[[TB640]]
*[[TMG8300|TMG8300: H.323 Signaling Converter]]
*[[TM2000]]
*[[TM3000]]

'''Solutions'''

*[[Prepaid & postpaid calling]]
*[[Ringback tones]]
*Signaling gateway
*[[Unified communications]]
*[[Video]]

'''Policies'''

*[[End-of-Life (EOL) policy|End-of-Life (EOL)]]

|}

 

== Using TBwiki ==

Please note that the TBWiki is a living document, where the navigation and naming of content evolves over time.

There are various ways to search for information in the TBWiki...You can choose to search in the table above, use the glossary in the navigation bar or use the search box on the left hand side of each page.

== Disclaimer ==

The information on the TBwiki web site is subject to change without notice. No part of this web site may be reproduced or transmitted in any form or by any means, electronic or mechanical, for any purpose, without the express written permission of TelcoBridges Inc. TelcoBridges may have patents or pending patent applications, trademarks, copyrights, or other intellectual property rights covering subject matter in this web site or associated documents. The furnishing of access to this web site does not give you license to these patents, trademarks, copyrights, or other intellectual property except as expressly provided in any written agreement from TelcoBridges.

The information provided in this web site is intended as a guide. No responsibility is implied and the terms of your agreement with TelcoBridges will continue to claim precedence. For the latest detailed engineering specifications, please contact TelcoBridges. TelcoBridges is committed to continually improving product designs, as a result, product specifications may be subject to change without notification.

== Copyright ==

*This web site and its content, as well as any external links to content on TelcoBridges servers, is ©2003-2011 TelcoBridges Inc. All rights reserved.

Main Page

2012-01-25T14:30:47Z

Stephanie Quinn: Change the TB Support Details documents - update 2012

[[Image:TB_Wiki_banner_960px.jpg|link=Tmedia_Installation]] 

__NoToC__'''Welcome to the TBwiki! [http://www.telcobridges.com TelcoBridges] has developed this wiki to help you with your product and service questions.'''

{| cellpadding="5" border="1" class="wikitable"
|-
! width="225" style="background: none repeat scroll 0% 0% rgb(239, 239, 239);" |
[[Tmedia]]

[[VoIP_Gateway|VoIP Gateways]]

! width="225" style="background: none repeat scroll 0% 0% rgb(239, 239, 239);" |
[[Tdev]]

[[Development_Platform|Development Platforms]]

! width="225" style="background: none repeat scroll 0% 0% rgb(239, 239, 239);" |
[[Tmonitor]]

[[Network monitoring|Network Monitoring]]

! width="225" style="background: none repeat scroll 0% 0% rgb(239, 239, 239);" |
Support

|-
| rowspan="3" valign="top" | '''[[Tmedia_Comparison| Model Comparison]]'''
*[[TMG800]]
*[[TMG3200]]
*[[TMG7800]]
*[[Tmedia 1+1]]

'''[[:Category:Tmedia_Features|Features]]'''

*[[Call_detail_record|Call Detail Record (CDR)]]
*[[Energy Consumption]]
*[[H.248|H.248/Megaco]]
*[[Signaling_protocols|Signaling Protocols]]
*[[Redundancy_&_High_Availability|Redundancy & High Availability]]
*[[Tmedia_Routing|Routing]]
*[[Voice_codecs|Voice Codecs]]

'''[[:Category:Tmedia_Solutions|Solutions]]'''

*[[Call routing]]
*[[Fax over IP]]
*[[Tandem switching]]
*[[Transcoding]]
*[[Trunking]]

'''[[:Category:Tmedia_OAM&P|OAM&P]]'''

*[[Tmedia_Installation|Installing]]
*[[Tmedia_Upgrade|Upgrading]]
*[[Tmedia_Provision|Provisioning]]
*[[Tmedia_Management|Managing]]
*[[Troubleshooting|Troubleshooting]]
*[[Best_practices|Best Practices]]
*[[TMG-CONTROL_Version_History|Version History]]

| rowspan="3" valign="top" | '''Models'''
*[[TMP800]]
*[[TMP6400]]
*[[TMP6400-CTRL]]
*[[TMP6400-TMS]]

'''[[:Category:Tdev_Features|Features]]'''

*[[Application components|Application Components]]
*[[Toolpack: Architecture, philosophy and evolution|Architecture, Philosophy and Evolution]]
*[[High_Availability_Overview|Redundancy & High Availability]]
*[[Tdev_Signaling_Protocols|Signaling Protocols]]
*[[Supported operating systems]]
*[[Toolpack API]]
*[[Voice_codecs|Voice Codecs]]

'''[[:Category:Tdev_Solutions|Solutions]]'''

*[[Prepaid & postpaid calling]]
*[[Ringback tones]]
*Signaling gateway
*[[Unified communications]]

'''[[:Category:Tdev_OAM&P|OAM&P]]'''

*[[Installing Toolpack|Installing]]
*[[Upgrading Toolpack|Upgrading]]
*[[Compiling_Toolpack|Compiling]]
*[[Toolpack_Web_Portal|Provisioning]]
*[[Troubleshooting Toolpack|Troubleshooting]]
*[[Develop Using Toolpack]]
*[[Best practices]]
*[[Toolpack version history|Version History]]

| valign="top" style="height: 200px;"| '''Models'''
*[[TM1000]]

'''Solutions'''

*[[Lawful intercept]]
*[[Location-based services|Location-based services (LBS)]]
*[[Network monitoring|Network Monitoring]]

| rowspan="3" valign="top" |'''TB Support'''
*[[TB Support Standard]]
*[[TB Support A la Carte]]
*[[Media:TB Support (Sales doc).pdf|TB Support (.pdf)]]
*[[Media:TB Support Full length 25-01-2012.pdf|TB Support Details]]
*[[Support:Contacting TelcoBridges technical support|Contacting TB Support]]
*[[Support:License_server|License Server]]
*[http://docs.telcobridges.com/mediawiki/index.php/Category:FAQ Frequently Asked Questions]
*[http://forums.telcobridges.com Support Forums]
*[[Support:How To Submit A Problem|Submitting a Problem]]

'''Legal'''

*[[Media:Product Warranty.pdf|Product Warranty]]
*[[Media:Terms & Conditions 03-02-2011.pdf|Standard Terms & Conditions]]

'''Interoperability'''

*[[Interoperability:Deployments|Deployments]]
*[[Interoperability:Certifications|Certifications]]
*[[Partners]]
*Best interoperability practices

'''Other'''
*[[Regulatory compliance]]

|-
| width="210" style="background: none repeat scroll 0% 0% rgb(239, 239, 239);" align="center" | '''Legacy'''
|-
| valign=top | '''Products'''
*[[TB640]]
*[[TMG8300|TMG8300: H.323 Signaling Converter]]
*[[TM2000]]
*[[TM3000]]

'''Solutions'''

*[[Prepaid & postpaid calling]]
*[[Ringback tones]]
*Signaling gateway
*[[Unified communications]]
*[[Video]]

'''Policies'''

*[[End-of-Life (EOL) policy|End-of-Life (EOL)]]

|}

 

== Using TBwiki ==

Please note that the TBWiki is a living document, where the navigation and naming of content evolves over time.

There are various ways to search for information in the TBWiki...You can choose to search in the table above, use the glossary in the navigation bar or use the search box on the left hand side of each page.

== Disclaimer ==

The information on the TBwiki web site is subject to change without notice. No part of this web site may be reproduced or transmitted in any form or by any means, electronic or mechanical, for any purpose, without the express written permission of TelcoBridges Inc. TelcoBridges may have patents or pending patent applications, trademarks, copyrights, or other intellectual property rights covering subject matter in this web site or associated documents. The furnishing of access to this web site does not give you license to these patents, trademarks, copyrights, or other intellectual property except as expressly provided in any written agreement from TelcoBridges.

The information provided in this web site is intended as a guide. No responsibility is implied and the terms of your agreement with TelcoBridges will continue to claim precedence. For the latest detailed engineering specifications, please contact TelcoBridges. TelcoBridges is committed to continually improving product designs, as a result, product specifications may be subject to change without notification.

== Copyright ==

*This web site and its content, as well as any external links to content on TelcoBridges servers, is ©2003-2011 TelcoBridges Inc. All rights reserved.

Tmedia

2011-12-07T14:33:03Z

Stephanie Quinn: Modification of content 07/12/2011

[[Image:Tmedia1+1_web-banner_static.jpg|link=http://www.telcobridges.com/en/highperformance.aspx?modeaffichage=0&forcemode=0]]

[[Image:tbwiki big tmg800 front.jpg|thumb|250px|[[TMG800]] VoIP / Media Gateway]]
Tmedia is TelcoBridges' brand name for its family of VoIP / media gateway devices.
[[Image:TBWiki big TMG3200-RJ.jpg|thumb|250px|[[TMG3200]] VoIP / Media Gateway]]

Tmedia devices are targeted at service providers that are looking to:
*Drive network convergence
*Expand their network footprint
*Consolidate multiple devices from one or more vendors
*Free up space in the data centre and simplify OAM&P activities

[[Image:TBWiki TMG7800 front.jpg|thumb|250px|[[TMG7800]] VoIP / Media Gateway]]

Tmedia solutions are characterized by the presence of an integrated VoIP gateway controller (ie.e, an on-board application host running TelcoBridges' VoIP / Media Gateway Application), a key difference relative to the [[Tdev]] family of products.

==Individual products==
The following products are part of the Tmedia product line:
*'''[[TMG800]]'''
**Low density (8 T1/E1/J1s) VoIP / media gateway with integrated gateway controller; targeted at those providers looking to cost-effectively extend their network footprint.

====Performance benchmarks for the NEW Tmedia TMG800====
Tuesday, November 29th, 2011, TelcoBridges launched an official press release entitled [http://www.telcobridges.com/en/highperformance.aspx?modeaffichage=0&forcemode=0 “TelcoBridges NEW Tmedia TMG800 and TMG3200 VoIP/Media Gateways Outperform the Competition by up to 100% for TDM-IP and IP-TDM”] announced performance results achieved by the New Tmedia VoIP gateways.

[[Image:TMG800 benchmarks.jpg|VoIP / Media Gateway Benchmarks]]

*'''[[TMG3200]]'''
**High performance (64 T1/E1/J1s, 3 DS-3, 1 STM-1) VoIP / media gateway with integrated gateway controller; available in a 2U form factor; aimed at consolidating equipment at larger points-of-presence (POP) or providing a foundation for rapid subscriber uptake

====Performance benchmarks for the NEW Tmedia TMG3200====
Tuesday, November 29th, 2011, TelcoBridges launched an official press release entitled [http://www.telcobridges.com/en/highperformance.aspx?modeaffichage=0&forcemode=0 “TelcoBridges NEW Tmedia TMG800 and TMG3200 VoIP/Media Gateways Outperform the Competition by up to 100% for TDM-IP and IP-TDM”] announced performance results achieved by the New Tmedia VoIP gateways.

[[Image:TMG3200 benchmarks.jpg|VoIP / Media Gateway Benchmarks]]

*'''[[TMG7800]]'''
**High capacity, high performance, high-availability VoIP / media gateway with integrated gateway controller (redundancy option available); available configuration of a mix of 1024 T1/E1/J1s, 48 DS-3, and/or 16 STM-1 interfaces for a total of 32,768 ports per rack; aimed at network core, including device replacement and consolidation projects

== Comparing models ==
The following table lists the various '''technical capabilities''' that are common to all members of the Tmedia family of media gateways.

[[Image:2012 technical capabilities.jpg|650px| ]]

This table provides a high-level summary of the '''differences''' between the various Tmedia media gateway devices.

[[Image:2012 model comparison.jpg|650px| ]]

== References ==
*[[Media:Tmedia_Product_Brief.pdf‎|Product brief]]
*[[Media:Media Gateway 2 0 10-04-2009.pdf|White paper]]

[[Category:RevisionV2]]

VoIP Gateway

2011-12-07T14:25:18Z

Stephanie Quinn: Correction of english phrasing

VoIP gateways are devices that interface public switched telephone networks (PSTN) with IP networks for voice and fax calls.

== TelcoBridges and VoIP gateway ==

TelcoBridges has developed a family of VoIP gateways to address both small and large deployments. This family of VoIP gateways is branded as [[Tmedia]].

[[Image:Tmedia1+1_web-banner_static.jpg|link=http://www.telcobridges.com/en/highperformance.aspx?modeaffichage=0&forcemode=0]]

== Related actions ==
*[[Tmedia]]
*[[:Category:Tmedia_Features|Tmedia Features]]
*[[:Category:Tmedia_Solutions|Tmedia Solutions]]

== References ==
[http://www.webopedia.com/TERM/V/VoIP_Gateway.html| Webopedia]

File:2012 technical capabilities.jpg

2011-12-07T14:23:53Z

Stephanie Quinn: Replacement of table to include 2012 products

Replacement of table to include 2012 products

Tmedia

2011-12-07T14:23:30Z

Stephanie Quinn: replacement of the technical capabilities chart to represent 2012 products

[[Image:Tmedia1+1_web-banner_static.jpg|link=http://www.telcobridges.com/en/highperformance.aspx?modeaffichage=0&forcemode=0]]

[[Image:tbwiki big tmg800 front.jpg|thumb|250px|[[TMG800]] VoIP / Media Gateway]]
Tmedia is the trade name for TelcoBridges' family of media gateway devices.
[[Image:TBWiki big TMG3200-RJ.jpg|thumb|250px|[[TMG3200]] VoIP / Media Gateway]]

Tmedia devices are targeted at service providers that are looking to:
*drive network convergence
*expand their network footprint
*consolidate multiple devices from one or more vendors
*free up space in the data centre and simplify OAM&P activities

[[Image:TBWiki TMG7800 front.jpg|thumb|250px|[[TMG7800]] VoIP / Media Gateway]]

Tmedia solutions are characterized by the presence of an integrated media gateway controller (ie.e, an on-board application host running TelcoBridges' Media Gateway Application), a key difference relative to the [[Tdev]] family of products.

==Individual products==
The following products are part of the Tmedia product line:
*'''[[TMG800]]'''
**Low density (8 T1/E1/J1s) media gateway with integrated media gateway controller; targeted at those providers looking to cost-effectively extend their network footprint

====Performance benchmarks for the NEW Tmedia TMG800====
Tuesday, November 29th, 2011, TelcoBridges launched an official press release entitled [http://www.telcobridges.com/en/highperformance.aspx?modeaffichage=0&forcemode=0 “TelcoBridges NEW Tmedia TMG800 and TMG3200 VoIP/Media Gateways Outperform the Competition by up to 100% for TDM-IP and IP-TDM”] announced performance results achieved by the New Tmedia VoIP gateways.

[[Image:TMG800 benchmarks.jpg|VoIP / Media Gateway Benchmarks]]

*'''[[TMG3200]]'''
**High density (64 T1/E1/J1s, 3 DS-3, 1 STM-1) media gateway with integrated media gateway controller; available in 1U or 2U form factors; aimed at consolidating equipment at larger points-of-presence (POP) or providing a foundation for rapid subscriber uptake

====Performance benchmarks for the NEW Tmedia TMG3200====
Tuesday, November 29th, 2011, TelcoBridges launched an official press release entitled [http://www.telcobridges.com/en/highperformance.aspx?modeaffichage=0&forcemode=0 “TelcoBridges NEW Tmedia TMG800 and TMG3200 VoIP/Media Gateways Outperform the Competition by up to 100% for TDM-IP and IP-TDM”] announced performance results achieved by the New Tmedia VoIP gateways.

[[Image:TMG3200 benchmarks.jpg|VoIP / Media Gateway Benchmarks]]

*'''[[TMG7800]]'''
**Very high capacity, high-availability media gateway cluster with redundant integrated media gateway controllers; available configuration of a mix of 1024 T1/E1/J1s, 48 DS-3, and/or 16 STM-1 interfaces for a total of 32,768 ports per rack; aimed at network core, including device replacement and consolidation projects

== Comparing models ==
The following table lists the various '''technical capabilities''' that are common to all members of the Tmedia family of media gateways.

[[Image:2012 technical capabilities.jpg|650px| ]]

This table provides a high-level summary of the '''differences''' between the various Tmedia media gateway devices.

[[Image:2012 model comparison.jpg|650px| ]]

== References ==
*[[Media:Tmedia_Product_Brief.pdf‎|Product brief]]
*[[Media:Media Gateway 2 0 10-04-2009.pdf|White paper]]

[[Category:RevisionV2]]

File:2012 model comparison.jpg

2011-12-07T14:22:11Z

Stephanie Quinn: Replacement of table with 2012 products and info

Replacement of table with 2012 products and info