Adtran TA908e

DOCUMENT REVISION HISTORY

OVERVIEW

• The template on Broadworks is a default config to add required settings to Adtran. Any additional settings or changes will be made manually on the device. There are Scripts below for some common changes

• Device Profile type needs to be Adtran TA908e

  • Each Solution has its own Default template

    • Default_SIP.cfg = Normal SIP trunk Install

      • It includes the trunk group settings and 1 NI2 PRI on interface 1

    • Default_EVC.cfg = EV Connect Install

      • It includes the trunk group settings and 4 NI2 PRI interfaces. Only interface t1 0/1 is enabled by default

    • Default_EVA_Connect_Pro.cfg = EVA Connect Pro Install

      • It includes the trunk group settings and 2 sets of interfaces, Only the first set 0/1- 0/2 are enabled by default

        • t1 0/1 in from Carrier ISDN, t1 0/2 out to PBX.

        • t1 0/3 in from Carrier ISDN, t1 0/4 out to PBX.

• Need to set the following tags before downloading config (If need to be changed from the default) (More information on default values and available values for tags can be found below)

  • %TIMEZONE%

  • %LAN_IP_GATEWAY%

  • %GIGABIT_ETH_1_IP_ADDRESS%

  • %GROUP_ID%

• After configuration default enable and admin password is (contact support)

BROADWORKS CONFIGURATION CHANGES

• Adtran uses Trunk Group Identity to tie calls to the trunk group. Need to make sure to set the trunk group id to the line port or the pilot user

• Ensure the Trunk group is set up as the below to ensure proper routing and CLID

TAGS

TIMEZONES

INSTALLATION GUIDE

The TA908e ships with a statically assigned IP address of 10.10.10.1 and the ability to connect to a Dynamic Host Control Protocol (DHCP) network and receive an IP address assignment from a DHCP server.
Regardless of the method you use to connect the Total Access unit to the network, there are two methods available for configuration:

• Web-based graphical user interface (GUI)

• ADTRAN Operating System (AOS) command line interface (CLI)
  The GUI lets you configure the main unit settings and provides online guidance and explanations for each setting. However, using the AOS CLI may be necessary for more advanced configurations.

TOTAL ACCESS 900E SERIES DEFAULTS

ACCESSING THE GUI

Connect via the DHCP Client Address

1. Connect the Total Access unit to an existing network that supports DHCP using the port labeled GIG 0/1 on the back of the device. The unit will automatically request an IP address assignment from the DHCP server.

2. Check the DHCP server and record the IP address assigned to the Total Access unit.

3. Open a web browser on any network PC that can route to the IP address recorded in Step 2 and enter the Total Access unit’s IP address.

4. The initial GUI screen appears.

Connect via the Static Address

1. Connect the Total Access unit to your PC using the port labeled GIG 0/1 on the back of the unit.

2. Set your PC to a fixed IP address of 10.10.10.2. To change your PC IP address, navigate to Computer –

   • Control Panel > Network Connections > Local Area Connection > Properties > IP (TCP/IP) and select Use this IP Address. Enter these parameters:

     • IP Address: 10.10.10.2

     • Subnet Mask: 255.255.255.0

     • Default Gateway: 10.10.10.1

3. Open a web browser and enter the unit’s IP address in your browser address line as follows: http://10.10.10.1. The default IP address is 10.10.10.1, but if you had to change the unit’s IP address using the CLI, enter that address in the browser line.

4. The initial GUI screen appears.

ACCESS THE CLI

Access the AOS CLI via the console port or a Telnet or SSH session. To establish a console connection to the
Total Access via the port labeled CRAFT, you need the following items:

• PC with VT100 terminal emulation software

• Straight-through serial cable with a DB-9 (male) connector on one end and the appropriate interface for your terminal or PC communication port on the other end.

There are many terminal emulation applications available on the web. PuTTy, SecureCRT, and HyperTerminal
are a few examples.

1. Connect the DB-9 (male) connector of your serial cable to the port labeled CRAFT on the back panel of the unit.

2. Connect the other end of the serial cable to the terminal or PC.

Many PCs do not come with a standard serial port. A universal serial bus (USB) to serial adapter can be used instead. The drivers for the USB to serial adapter must be installed according to the manufacturer’s instructions. If the USB to serial adapter is not properly installed on your PC, you will not be able to communicate with the AOS unit and you should seek support from the USB to serial adapter manufacturer.

3. Provide power to the unit as appropriate.

4. Once the unit is powered up, open a VT100 terminal session using the following settings: 9600 baud, 8 data bits, no parity bits, 1 stop bit, and no flow control. Press ENTER to activate the AOS CLI.

   

5. Enter enable at the > prompt and enter the Enable mode password when prompted. The default password is (contact support)

You can also access the CLI from a Telnet or SSH client. In order to do this, you must know the IP address of the Total Access device. If you do not know the unit’s IP address, you must use the port labeled CRAFT to access the CLI. To access the CLI using a Telnet or SSH client, follow these steps:

1. Connect the Total Access unit to your PC or to an existing network that supports DHCP using an Ethernet cable connected to the port labeled GIG 0/1 on the back of the device.

2. Open a Telnet or SSH client on your computer and enter 10.10.10.1. If your unit received an IP address from a DHCP server or you have changed your unit’s IP address, you will need to enter that address.

3. For SSH, log into the unit using the default login (admin) and password (password). For Telnet, only the default password (contact support) is required.

   

4. Enter enable at the > prompt and enter the enable password when prompted. The default password is (contact support)

COMMON CLI COMMANDS

The following are common CLI commands and tips for getting started with the CLI.

• Entering a question mark (?) shows contextual help and options. For example, entering ? at the prompt will show all commands available from that prompt.

• To view interface statistics, enter show interfaces interface type interface number

• To view the current configuration, enter show running-config

• To view all the IP Addresses currently configured, enter show ip interfaces brief

• To view the AOS version, serial number, and other information, enter show version

• To save the current configuration, enter write

MANUALLY CONFIGURING THE UNIT’S IP ADDRESS

The following steps create an IP address and subnet mask for GIG 0/1. If you are not sure what IP address to assign, please contact your network administrator.

1. At the # prompt, enter config terminal.

2. At the (config)# prompt, enter interface g 0/1 to access the configuration parameters for the GIG 0/1 port located on the back of the unit.

3. Enter ip address 192.168.114.1 255.255.255.0 to assign an IP address to the 0/1 port using a 24-bit subnet mask.

4. Enter no shutdown to activate the interface to pass data.

5. Enter exit to exit the Ethernet interface commands and return to the Global Configuration mode.

6. Enter ip default-gateway 192.168.114.1 to assign the default gateway and setup the default route

7. Enter do write memory to save the current configuration.

   

UPLOADING A CONFIGURATION FILE

Access and download the repository file from the device profile on Broadworks. Make sure the required tags are set before downloading

1. Navigate to the Broadworks Group on CommPilot

2. Navigate to Resources -> Identity/Device Profiles

   

3. Search for the Profile by name and click Edit

4. Go to "Custom Tags" tab and set the required Tags

5. Go to the "Files" Tab

6. Click "Rebuild the files"

7. Identify the correct configuration file for the installation type and Download the Repository File

   

Following instructions in [[#ACCESSING THE GUI]], navigate to the Web GUI and log in.

1. Navigate to Utilities -> System -> Configuration

2. Under Upload Config, Click Choose File

   

3. Select the .cfg file downloaded from Broadworks, and click open.

4. Click Upload

5. Once the upload is complete, Select Reboot.

6. The configuration will now be applied and device with boot with new IP Details (If Changed)

7. After the reboot, Log in to the GUI once again

8. Navigate to Voice -> Reports -> Trunk Registration, and verify the trunk group is registered

   

FIRMWARE UPGRADE

• Minimum Version: R14.4.2.E

• Current Production Version: R14.4.2.E

• Firmware can be downloaded from Adtran Support Site

To Upgrade Firmware: Following instructions in [[#ACCESSING THE GUI]], navigate to the Web GUI and log in.

1. In the GUI menu on the left, navigate to Utilities > System > Firmware.

2. Scroll to the Upload Firmware section.

3. Select the Choose File button next to the Update Firmware field. Browse to the directory on your PC containing the AOS firmware upgrade file.

   

4. Select the firmware file (with a .biz extension), and then select Open. The directory location and file name should now be displayed in the Update Firmware field.

5. If you want to replace the primary or backup image with the firmware you are uploading, check the box to the left of Replace and select whether you want to delete the Primary or Backup image.

If you need to delete firmware to free drive space, but you don’t want to delete the current Primary or Backup image, you can select older versions of firmware to delete in the GUI section titled Delete Firmware, which is located below the Upload Firmware section.

6. Select Upload to transfer the new firmware file to the AOS unit. This process can take several minutes. If there is insufficient memory on the AOS unit to upload the firmware update, you will receive an error message.You can delete the backup firmware file to make room for the new firmware file.

7. When the process is complete, scroll up to the Primary/Backup Firmware section and change the Primary Firmware selector to the newly uploaded firmware file using the drop-down menu. Set the Backup Firmware selector to the previous primary firmware file.

   

8. Select Apply to accept changes.

9. Navigate to Utilities > Reboot Unit. Then, select Save and Reboot. It is important to save any changes to the configuration before rebooting. If you reboot without saving the current configuration, and changes you have made will be lost during the reboot.

GENERAL SCRIPTS

• Paste to CLI in enable mode to configure required settings.

• Anything that starts with $ needs to be changes to the correct value for the site

TLS AND SRTP

Enable TLS and SRTP

• $GROUP_DOMAIN

• $SECURE_SBC_ADDRESS

end
config terminal
voice trunk T00
  sip-server primary $GROUP_DOMAIN tls 14IP 5061 srv sips tcp
  registrar primary $GROUP_DOMAIN tls 14IP 5061 srv sips tcp
  outbound-proxy primary $SECURE_SBC_ADDRESS tls 14IP 5061 srv sips tcp
  srtp optional avp-savp SRTP
end

Example:

Disable TLS and SRTP

• $GROUP_DOMAIN

• $SBC_ADDRESS

end
config terminal
voice trunk T00
  sip-server primary $GROUP_DOMAIN
  registrar primary $GROUP_DOMAIN
  outbound-proxy primary $SBC_ADDRESS
  no srtp optional avp-savp SRTP
end

Example:

PROGRAMMING PRI INTERFACES

PRI Interface 1

• $PILOT_NUMBER

end
config terminal
interface t1 0/1
  description "PRI 1"
  tdm-group 1 timeslots 1-24 speed 64
  no shutdown
exit

interface pri 1
  description PRI 1
  role network b-channel-restarts enable
  isdn name-delivery setup
  connect t1 0/1 tdm-group 1
  digits-transferred 4
  no shutdown
exit

isdn-group 1
  connect pri 1
exit

voice trunk t01 type isdn
  description "PRI 1"
  resource-selection linear ascending
  caller-id-override number-inbound $PILOT_NUMBER if-no-cpn
  connect isdn-group 1
  rtp delay-mode adaptive
  codec-list GLOBAL
exit

voice grouped-trunk ISDN
    trunk t01
end

Example:

PRI Interface 2

• $PILOT_NUMBER

end
config terminal
interface t1 0/2
  description "PRI 2"
  tdm-group 2 timeslots 1-24 speed 64
  no shutdown
exit

interface pri 2
  description PRI 2
  role network b-channel-restarts enable
  isdn name-delivery setup
  connect t1 0/2 tdm-group 2
  digits-transferred 4
  no shutdown
exit

isdn-group 2
  connect pri 2
exit

voice trunk t02 type isdn
  description "PRI 2"
  resource-selection linear ascending
  caller-id-override number-inbound $PILOT_NUMBER if-no-cpn
  connect isdn-group 2
  rtp delay-mode adaptive
  codec-list GLOBAL
exit

voice grouped-trunk ISDN
    trunk t02
end

For Example see PRI Interface 1

PRI Interface 3

• $PILOT_NUMBER

end
config terminal
interface t1 0/3
  description "PRI 3"
  tdm-group 3 timeslots 1-24 speed 64
  no shutdown
exit

interface pri 3
  description PRI 3
  role network b-channel-restarts enable
  isdn name-delivery setup
  connect t1 0/3 tdm-group 3
  digits-transferred 4
  no shutdown
exit

isdn-group 3
  connect pri 3
exit

voice trunk t03 type isdn
  description "PRI 3"
  resource-selection linear ascending
  caller-id-override number-inbound $PILOT_NUMBER if-no-cpn
  connect isdn-group 3
  rtp delay-mode adaptive
  codec-list GLOBAL
exit

voice grouped-trunk ISDN
    trunk t03
end

For Example see PRI Interface 1

PRI Interface 4

• $PILOT_NUMBER

end
config terminal
interface t1 0/4
  description "PRI 4"
  tdm-group 4 timeslots 1-24 speed 64
  no shutdown
exit

interface pri 4
  description PRI 4
  role network b-channel-restarts enable
  isdn name-delivery setup
  connect t1 0/4 tdm-group 4
  digits-transferred 4
  no shutdown
exit

isdn-group 4
  connect pri 4
exit

voice trunk t04 type isdn
  description "PRI 4"
  resource-selection linear ascending
  caller-id-override number-inbound $PILOT_NUMBER if-no-cpn
  connect isdn-group 4
  rtp delay-mode adaptive
  codec-list GLOBAL
exit

voice grouped-trunk ISDN
    trunk t04
end

For Example see PRI Interface 1

REMOVING PRI INTERFACES

Remove PRI interface 1

end
config terminal
interface t1 0/1
  no description
  no tdm-group 1
  shut
exit
no interface pri 1
no isdn-group 1
no voice trunk t01
end

Remove PRI interface 2

end
config terminal
interface t1 0/2
  no description
  no tdm-group 2
  shut
exit
no interface pri 2
no isdn-group 2
no voice trunk t02
end

Remove PRI interface 3

end
config terminal
interface t1 0/3
  no description
  no tdm-group 3
  shut
exit
no interface pri 3
no isdn-group 3
no voice trunk t03
end

Remove PRI interface 4

end
config terminal
interface t1 0/4
  no description
  no tdm-group 4
  shut
exit
no interface pri 4
no isdn-group 4
no voice trunk t04
end

PROGRAMMING CAS-RBS INTERFACES

Note: need to remove PRI 1 before programming CAS interface 1

CAS T1 Interface 1

• $PILOT_NUMBER

end
config terminal
interface t1 0/1
  tdm-group 1 timeslots 1-24 speed 64
  no shutdown
!
voice trunk T01 type t1-rbs supervision wink role network
  description "CAS-RBS 1"
  resource-selection linear ascending
  caller-id-override number-inbound $PILOT_NUMBER if-no-cpn
  did digits-transferred 4
  connect t1 0/1 tdm-group 1
  rtp delay-mode adaptive
  codec-list GLOBAL
!
voice grouped-trunk "ISDN"
  trunk T01
  accept $ cost 0
end

Example: ^3a58b6

CAS T1 Interface 2

• $PILOT_NUMBER

end
config terminal
interface t1 0/2
  tdm-group 2 timeslots 1-24 speed 64
  no shutdown
!
voice trunk T02 type t1-rbs supervision wink role network
  description "CAS-RBS 2"
  resource-selection linear ascending
  caller-id-override number-inbound $PILOT_NUMBER if-no-cpn
  did digits-transferred 4
  connect t1 0/2 tdm-group 2
  rtp delay-mode adaptive
  codec-list GLOBAL
!
voice grouped-trunk "ISDN"
  trunk T02
  accept $ cost 0
end

For Example see CAS T1 Interface 1

CAS T1 Interface 3

• $PILOT_NUMBER

end
config terminal
interface t1 0/3
  tdm-group 3 timeslots 1-24 speed 64
  no shutdown
!
voice trunk T03 type t1-rbs supervision wink role network
  description "CAS-RBS 3"
  resource-selection linear ascending
  caller-id-override number-inbound $PILOT_NUMBER if-no-cpn
  did digits-transferred 4
  connect t1 0/3 tdm-group 3
  rtp delay-mode adaptive
  codec-list GLOBAL
!
voice grouped-trunk "ISDN"
  trunk T03
  accept $ cost 0
end

For Example see CAS T1 Interface 1

CAS T1 Interface 4

• $PILOT_NUMBER

end
config terminal
interface t1 0/4
  tdm-group 4 timeslots 1-24 speed 64
  no shutdown
!
voice trunk T04 type t1-rbs supervision wink role network
  description "CAS-RBS 4"
  resource-selection linear ascending
  caller-id-override number-inbound $PILOT_NUMBER if-no-cpn
  did digits-transferred 4
  connect t1 0/4 tdm-group 4
  rtp delay-mode adaptive
  codec-list GLOBAL
!
voice grouped-trunk "ISDN"
  trunk T04
  accept $ cost 0
end

For Example see CAS T1 Interface 1

REMOVING CAS T1 INTERFACE

Remove CAS T1 Interface 1

end
config terminal
interface t1 0/1
  no description
  no tdm-group 1
  shut
exit
no voice trunk t01
end

Remove CAS T1 Interface 2

end
config terminal
interface t1 0/2
  no description
  no tdm-group 2
  shut
exit
no voice trunk t02
end

Remove CAS T1 Interface 3

end
config terminal
interface t1 0/3
  no description
  no tdm-group 3
  shut
exit
no voice trunk t03
end

Remove CAS T1 Interface 4

end
config terminal
interface t1 0/4
  no description
  no tdm-group 4
  shut
exit
no voice trunk t04
end

CLOCKING

• Default SIP and EVC set to use internal clock by default

• EVA Connect Pro set to use t1 0/1 as primary and t1 0/3 as secondary to sync clocking with the carrier ISDN

Changing Primary Clocking Source

• $INTERFACE:

  • internal – Use internal clock source

  • t1 – Recover clock from a T1 Interface

    • <slot/port> – T1 interface slot and port

end
config terminal
timing-source $INTERFACE
end

Changing Secondary Clocking Source

• Can set up to 3 secondary clocking sources

• $INTERFACE:

  • internal – Use internal clock source

  • t1 – Recover clock from a T1 Interface

    • <slot/port> – T1 interface slot and port

end
config terminal
timing-source $INTERFACE secondary
end

MISC

Insert 011 for international calls

end
config terminal
voice trunk t00
  match dnis "NXXXXXXXXXXX" substitute "011NXXXXXXXXXXX"
end

EV CONNECT

• Uses Trunk group Identity to tie calls to the trunk group on Broadworks

• Has 4 PRIs built by default, but only PRI 1 is enabled

• If no CLID is sent by the PBX, the Pilot number is inserted as the FROM address

• The solution uses 2 HMR rules (Header Manipulation Rule)

  • The first inserts the %GROUP_ID% into the FROM address when the FROM address is between 1 and 6 digits in length

    • Allows for the caller to be tied to a broadworks user so the CLID be modified correctly on external calls

      • It is tied to the broadworks user using the ATI(Alternate Trunk Identity) which should be the userid prefix (GROUP ID/ EXT)

    • Any CLID longer than 6 digits is viewed as a public number and is routed as an unscreened call (no CLID information is modified)

  • The second removes the %GROUP_ID% from any locations so that the call can route properly to the PBX

    

EV CONNECT SCRIPTS

Enabling Additional Interfaces

Interface T1 0/2

end
config terminal
interface t1 0/2
  no shutdown
exit
interface pri 2
  no shutdown
end

Interface T1 0/3

end
config terminal
interface t1 0/3
  no shutdown
exit
interface pri 3
  no shutdown
end

Interface T1 0/4

end
config terminal
interface t1 0/4
  no shutdown
exit
interface pri 4
  no shutdown
end

Disabling Additional Interfaces

Interface T1 0/1

end
config terminal
interface t1 0/1
  shutdown
exit
interface pri 1
  shutdown
end

Interface T1 0/2

end
config terminal
interface t1 0/2
  shutdown
exit
interface pri 2
  shutdown
end

Interface T1 0/3

end
config terminal
interface t1 0/3
  shutdown
exit
interface pri 3
  shutdown
end

Interface T1 0/4

end
config terminal
interface t1 0/4
  shutdown
exit
interface pri 4
end

EVA CONNECT PRO

• Uses Trunk group Identity to tie the call to the trunk group on platform

• Uses received name and number for calls to EVA to pass the extension and name

• Uses ANI and DNIS substitutions to modify calling/ called numbers where needed

• Trunk Group T00

  • type sip

  • SIP trunk to Broadworks

  • has a DNIS substitution to change the last 4 of the Pilot number to "141414"

    

  • Accepts calls to:

    • last 4 of Pilot user (route main number to EVA)

    • 1414XX (any EVA extension)

      

• Trunk Group T01 and T03

  • type ISDN

  • T03 disabled by default

  • trunk groups for PRI 1 and PRI 3 connected to Carrier ISDN

    • Set as user role (TE)

    • PRI 1 is setup as the Primary Clocking Source to clock off carrier

    • PRI 3 is setup as the secondary Clocking Source to clock off carrier

  • has a DNIS substitution to change 9911 to 911

  • If no Caller ID is passed, it will insert the Pilot number

  • Has ani substitution to change the calling number to the Pilot number if the CLID is 1-6 digits in length

    • Otherwise it will pass whatever the PBX sends as the CLID

      

  • Accepts calls to:

    • any number 7 or more digits

    • X11 (X is any number 1-9)

    • 9911

      

• Trunk Group T02 and T04

  • type ISDN

  • T04 is disabled by default

  • trunk group for PRI 2 connected to Customer PBX

    • Set as network role (NT)

      

  • Accepts calls to:

    • any number 1-6 digits long

      

• Trunk Group T12 and T14

  • Setup as Failover trunks for T02 and T04

    • The Adtran does not support routing calls back to the same trunk group they came from

    • Used to route calls to PBX in case the SIP trunk is unavailable (Internet Outage)

      

  • Accepts calls to:

    • last 4 of Pilot user (route main number to EVA)

    • 1414XX (any EVA extension)

      

EVA CONNECT PRO SCRIPTS

Phantom DNs

• $PHANTOM_DN

• $TRANSLATED_NUMBER

end
config terminal
voice trunk t01
  match dnis "$PHANTOM_DN" substitute "$TRANSLATED_NUMBER"
exit
voice trunk t03
  match dnis "$PHANTOM_DN" substitute "$TRANSLATED_NUMBER"
exit
voice grouped-trunk PHANTOM_DN
  accept $PHANTOM_DN cost 0
end

Example:

Using 2 ISDN/PBX Interfaces

end
config terminal
interface t1 0/3
  no shutdown
exit
interface t1 0/4
  no shutdown
exit
interface pri 3
  no shutdown
exit
interface pri 4
  no shutdown
end