System Configuration

You can configure the following System objects from the Configuration tab on the Web GUI:

Note:

Click Show Advanced in the navigation pane to display all of the System objects in the following list.

capture-receiver

Enable and configure a capture receiver.

fraud-protection

Enable and configure fraud protection.

host-route

Add one or more host routes.

network-interface

Add one or more network interfaces.

network-parameters

Configure TCP and SCTP parameters for the network.

ntp-config

Add one or more NTP servers and authentication servers.

phy-interface

Add one or more physical interfaces.

redundancy-config

Enable redundancy and add one or more peers.

snmp-community

Add one or more SNMP communities, including subnet ranges.

spl-config

Add an SPL option and one or more plugins.

system-access-list

Add one or more system access lists.

system-config

Configure the system settings for MIBS, SNMP functions, syslog servers, comm monitor, and more.

tdm-config

Enable and configure Time Division Multiplexing (TDM).

trap-receiver

Add one or more trap receivers.

web-server-config

Enable and configure a web server, including a TLS profile.

Telephony Fraud Protection

You can configure the Oracle® Enterprise Session Border Controller (E-SBC) to protect against fraudulent calls by using lists of phone numbers to block, allow, redirect, and rate limit calls, according to rules that you configure to manage fraudulent traffic. The lists reside together in a single file that you specify as the source file in the fraud protection configuration. You can enable and manage fraud protection from the Web GUI, but only in Expert mode. You can enable fraud protection from the ACLI, but you cannot manage fraud protection from the ACLI. Telephony Fraud Protection is part of the advanced license. If you owned an Advanced license before the introduction of Telephony Fraud Protection, you must re-enable the license to access this feature.

Fraud Protection List Types and Uses

The E-SBC supports the following types of lists for protecting against fraudulent calls.

Blacklist—Use the blacklist to specify a fraudulent call based on the destination phone number or URI. You can add a known fraudulent destination to the blacklist by prefix or by fixed number. When the E-SBC receives a call to an entry on the blacklist, the system rejects the call according to the SIP response code that you specify.

White List—Use the white list to manage any exception to the blacklist. Suppose you choose to block a prefix such as +49 555 123 by way of the blacklist. This also blocks calls to individual numbers starting with this prefix, such as +49 555 123 666. If you add a prefix or individual number to the white list, the system allows calls to the specified prefix and number. Continuing with the previous example, if you add +49 555 123 6 to the white list, the system allows calls to +49 555 123 666, which was blocked by the blacklist entry of +49 555 123.

Redirect List—Use the redirect list to send a fraudulent call to an Interactive Voice Response (IVR) system, or to a different route. For example, you can intercept and redirect a call to a revenue-share fraud target in a foreign country to an end point that defeats the fraud. For example, you can redirect subscribers dialing a particular number and URI to an announcement to make them aware that an account is compromised and what they should do. You can use an external server to provide such an announcement or you can use the E-SBC media playback function.

Rate Limit List—Use rate limiting to limit the loss of money, performance, and availability that an attack might cause. While local ordinances may not allow you to completely block or suppress communication, as with a blacklist, you may want to reduce the impact with rate limiting until a network engineer can analyze an attack and plan remediation. Note that rate limiting may not function immediately after a High Availability switch over because the newly active system must re-calculate the call rate before it can apply rate limiting.

Configuration

To configure fraud protection, you must specify the source of fraud protection management and specify the file that contains the list of phone numbers to manage. The E-SBC or another device can manage fraud protection. You can create or upload the phone number list file by way of the File Management page on the Web GUI.

Administration

When you configure the E-SBC to manage fraud protection, the system applies the following behavior:

An Admin with privileges can Refresh, Add, and Upload an unselected file, and Edit, Download, and Delete a selected file.
An Admin with no privileges can only view the files.

The system provides the following methods for viewing fraud protection data.

From the ACLI, use the show commands to view fraud protection statistics.
From the Web GUI, use the Show Summary, Show Blacklist, Show White List, Show Call Redirect List, and Show Rate Limit Widgets.

Note:

The Telephony Fraud Protection feature does not affect emergency calls.

Telephony Fraud Protection Target Matching Rules

When matching a call to an entry on a telephony fraud protection list, the Oracle® Enterprise Session Border Controller (E-SBC) performs the matching only on the ingress leg of the initial INVITE. In the initial INVITE, the E-SBC uses the From, To, and User-Agent headers for matching. Because you can place a phone number on multiple lists in the same source file, the E-SBC uses the following evaluation hierarchy to determine which number takes precedence:

Longest match—The most specific entry takes precedence. For example, when 555-123-4000 is blacklisted and 555-123-* is white listed, the system blocks the call from 555-123-4000 because it is the longest match.
Destination—When the system detects matches in both the SIP From header and the SIP To header, the match for the To header takes precedence.
URI—When the system detects matches in both the USER and Host parts of a SIP URI, the match for the USER part takes precedence.
SIP User-Agent header—Lowest priority. When nothing else matches, and there is a match for the User-Agent field, the E-SBC acts as instructed.
Multiple instances—When the system detects multiple instances of the same match length, or when the target resides in multiple lists, the system uses the following order of precedence:
1. White list—Entries on the white list take precedence with no restrictions. For example, when 555-123-4567 is on both the blacklist and the white list, the system allows this call because the number is on the white list.

2. Blacklist

3. Redirect

4. Rate limiting

Note:

The telephony fraud protection feature does not affect emergency calls.

The telephony fraud protection feature uses source or destination IP, source or destination name or phone number, and caller user-agent to identify a caller. The system enforces the following rules for formatting entries on a fraud protection list:

Hostname

Format: Enter the exact IP address or FQDN.

User name

Format: Enter the exact user name. For example: joe.user or joe_user.

User-Agent-Header

The User-Agent header text in the INVITE message from the first call leg. This text usually contains the brand and firmware version of the SIP device making the call. For example, sipcli/v1.8, Asterisk PBX 1.6.026-FONCORE-r78.

Format: Enter the exact text.

Phone Number

Format: Enter the exact number or a partial number using the following characters to increase the scope of the matches.

Asterisk *

Use to indicate prefix matching, but only at the end of the pattern. For example, use 555* not *555. Do not use * in any other patterns, for example, in brackets [ ], parentheses ( ), or with an x.

Square Brackets [ ]

Use to enclose ranges in a pattern. Syntax: [min-max]. For example: 555 [0000-9999].

The system considers 8[1-20]9 and 8[01-20]9 to contain the same number of characters because the leading 0 is implied. The system strictly enforces this pattern with respect to the range and the number of characters, as follows:

8019 matches
819 does not match
8119 matches

Character x

Use as a wildcard a the end of a dial pattern to mean 0-9. For example: 555xxx means match a number starting with 555 followed by 3 digits from 0-9.

Parentheses ( )

Use to enclose optional digits in a pattern. For example: 555xx(xxxx) means match a number starting with 555 plus a minimum of 2 digits, and optionally up to 4 more digits.

Telephony Fraud Protection File Activation

After you create, edit, or upload the fraud protection file, you must activate the file before the Oracle® Enterprise Session Border Controller (E-SBC) can use it as the source of the fraud protection lists. The system recognizes only one file at a time as the active file.

The first time you configure the E-SBC to manage fraud protection, the system activates the file when you save and activate the configuration. After the initial configuration, the system does not refresh the fraud protection file when you save and activate other configuration changes on the E-SBC. The exception occurs when you specify a new file name in the fraud protection configuration, make changes to other configurations, and save and activate all of the changes at one time.

After the initial configuration, use the following methods to activate the fraud protection file.

New File—After you create or upload a new file, go to the Fraud Protection configuration page, enter the name of the new file, and click Save. The system prompts for activation upon a successful Save. Note that you can decline the inline activation and manually activate the file later. For example, you might want to edit an uploaded file before activation.
Overwrite File—When you upload a file with the same name as the specified file, for example a file that you updated outside of the E-SBC, the system prompts for activation upon upload.
Edit File—When you edit the specified file directly from the Web GUI, the system prompts for activation after you save the edits.
Refresh File—When you want to use the ACLI to refresh the fraud protection file, send the file to the E-SBC and use the notify fped refresh command. The name of the file that you refresh must match the name of the file specified in the configuration.

Note:

The system displays an alert on the Notifications menu to remind you that the fraud protection file needs activation.

Telephony Fraud Protection File Management

When you want to edit the telephony fraud protection file managed by the Oracle® Enterprise Session Border Controller (E-SBC), use the Web GUI. You cannot manage the fraud protection file from the ACLI. When another device manages the file, you can edit the file on the device and upload the file to the E-SBC or you can upload the file to the E-SBC and perform edits prior to activation.

A user with Admin privileges can work with the fraud protection file, while a user with no Admin privileges can only view the file. The Web GUI supports fraud protection file management only in the Expert mode.

From the System tab, the File Management page displays the File Type drop-down list that includes the Fraud Protection Table item. The Fraud Protection Table displays the list of fraud protection files on the E-SBC, as shown in the following illustration.

This image is a screen capture of the fraud proteciton file management table page. Here you can select fraud protection table as the file type. You can refresh, add, edit, upload, download, and delete items in the list on this page.

A privileged Admin can Refresh the display, Add a new file, and Upload a file. Upon selecting a file, the Admin can Edit, Download, and Delete a file.

File Upload from an External Source

When you want to use a fraud protection file from another source, you can upload the file to the E-SBC. The system puts the file into the /code/fpe directory. The system supports only the .gz, .gzip, and .xml file extensions for a fraud protection file. The Upload File dialog provides the option to activate the fraud protection file upon upload when the uploaded file name matches the configured file name, as shown in the following illustration.

This image is a screen capture of the fraud protection file upload dialog. You enter a file name or browse to the file lcoation. The dialog displays a check box that you can select if you want to activate the file after the upload.

You can activate the file upon upload, or at a later time. For example, you might not activate the file upon upload because you want to edit the entries before activation. If you do not select the option to activate the file now, you must manually activate the file before the system can use the file. When the name of the uploaded file differs from the one specified in the configuration, the Upload dialog does not display the option to activate the file because the system cannot use the file until you specify the file name in the fraud protection configuration and activate the configuration.

File Creation

When you want to create a new fraud protection file on the E-SBC, use the Add button on the File Management page to launch the following dialog.

This image is a screen capture of the add fraud proteciton table dialog. Here you enter the name and extension of the file that you want to add. The dialog displays a check box that you can select to compress the file.

After you enter the file name and click OK, the system adds the new file to the list of Fraud Protection Tables on the File Management page. To make the new file the source file for Fraud Protection, you must specify the file name in the fraud protection configuration and activate the configuration.

File Activation

The first time you configure the E-SBC to manage fraud protection, the system activates the file when you save and activate the configuration. After the initial configuration, the system does not refresh the fraud protection file when you save and activate configuration changes on the E-SBC, except when you specify a new file name in the fraud protection configuration.

List Maintenance

When you want to edit a fraud protection list, select the file on the File Management page, click Edit, select a list type on the Fraud Protection Table page, and click Edit.

This image is a screen capture example of the fraud protection table, showing the editing controls you use to maintain the lists..

The system displays the corresponding dialog for editing the selected list type. For example, suppose that you selected call-whitelist in the preceding illustration. The system displays the following dialog.

This image is a screen capture of the fraud protection whitelist entry dialog. Here you select a file type, the match valur, and the ingress realm to associate with the select whitelist.

List Viewing Filters

The default view of the Fraud Protection Table displays all of the fraud protection entries in the system for all list types. For easier viewing, you can sort the table by list type. The following illustration shows the sorting selections.

This image is a screen capture of the fraud protection table filter list drop down lsit. The drop-down list displays filter selections for all, black list, white list, rate limit, and call redirect.

Telephony Fraud Protection Data Types and Formats

Use the information in the following tables when you create or edit a fraud protection list in the Add Fraud Protection Entry and Modify Fraud Protection Entry dialogs.

Data Type Descriptions

The following table describes the data types listed in the Type drop-down list.

from-hostname

The hostname from the SIP FROM header.

from-phone-number

The phone number from the SIP FROM header

from-username

The user name from the SIP FROM header.

to-hostname

The hostname from the SIP TO header.

to-phone-number

The phone number from the SIP TO header.

to-username

The user name from the SIP TO header.

user-agent-header

The SIP User-Agent header.

Match Value Formats

The following table describes the formats required for the data types.

hostname

Enter the exact IP address or FQDN.

username

Enter the exact user name. For example: joe.user or joe_user.

user-agent-header

Enter the exact text match to the SIP User-Agent header. For example: equipment vendor information.

phone-number

You can use the following characters for phone-number:

Asterisk *. Use to indicate prefix matching, but only at the end of the pattern. For example, use 555* not *555. Do not use * in any other patterns, for example, in brackets [ ], parentheses ( ), or with an x.
Brackets [ ]. Use to enclose ranges in a pattern. Syntax: [min-max]. For example: 555 [0000-9999].
Parentheses. ( ) Use to enclose optional digits in a pattern. For example: 555xx(xxxx) means 555 with between 2 and 4 following digits.
Character x. Use as a wildcard a the end of a dial pattern to mean 0-9. For example: 555xxx means a number starting with 555 followed by 3 digits.

Create a Telephony Fraud Protection File

When you want to use the Oracle® Enterprise Session Border Controller (E-SBC) to manage telephony fraud protection, the system requires a specified file to use as the source of the fraud protection lists. When you do not want to upload a file from elsewhere, you can create a new file on the system. You can create more files now or anytime after configuring fraud protection, but the system uses only the file named in the configuration as the source file. Note that you cannot create a fraud protection file by way of the ACLI. You must use the Web GUI.

Confirm that the system displays the Expert mode.

Use the following procedure to create a new fraud protection file on the E-SBC, either before or after enabling fraud protection. See "Telephony Fraud Protection Data Types and Formats" for more information about the selections and formats for Type and Match Value.

From the Web GUI click Configuration, System, File Management..
On the File Management page, select Fraud Protection Table from the File Type drop-down list.
Click Add.

In the Add Fraud Protection table dialog, do the following:

Filename

Enter the name of the file. File extensions allowed: .gz, .gzip, or .xml.

Compress

(Optional) Select to compress the file.

Click OK.
The system displays the Edit Fraud Prevention Table <filename> dialog.
(Optional) Click Verify.
The system checks that the file name is unique and uses a valid extension.
(Optional) Click OK.
The system displays the Edit Fraud Prevention Table <filename> dialog.
Click Add.

Select a list type from the drop-down list to add to the file, and do the following according to the list type:

Blacklist

Type. Select the type of data to match from the drop-down list.
Match value. Enter the value in the format that corresponds to the Type. Phone (exact match or prefix), Name (exact match), Source or destination IP or FQDN (exact match), or User agent.
Ingress Realm. Select the ingress realm from the drop-down list to associate to the match value.

White list

Type. Select the type of data to match from the drop-down list.
Match value. Enter the value in the format that corresponds to the Type. Phone (exact match or prefix), Name (exact match), Source or destination IP or FQDN (exact match), or User agent.
Ingress Realm. Select the ingress realm from the drop-down list to associate to the match value.

Rate limit

Type. Select the type of data to match from the drop-down list.
Match value. Enter the value in the format that corresponds to the Type. Phone (exact match or prefix), Name (exact match), Source or destination IP or FQDN (exact match), or User agent.
Ingress realm. Select the ingress realm from the drop-down list to associate to the match value.
Calls per second. Enter the number of calls per second to allow for the entry. Range:0-65535. 0 = unlimited.
Max active calls. Enter the maximum number of active calls allowed for the entry. Range: 0-65535. 0 = unlimited.

Call redirect

Type. Select the type of data to match from the drop-down list.
Match value. Enter the value in the format that corresponds to the Type. Phone (exact match or prefix), Name (exact match), Source or destination IP or FQDN (exact match), or User agent.
Ingress realm. Select the ingress realm from the drop-down list to associate to the match value.
Target. Enter one of the following: Session agent, session agent group name, Hostname, or IP address.

Click OK.
(Optional) Repeat steps 8-10 to add more entries.
Click Verify.
The system checks for valid entries in the configuration fields.
Click Save.
Click OK.
Click Close.

When fraud protection is not configured, see "Configure Telephony Fraud Protection - GUI."
When fraud protection is configured, see "Activate a New Telephony Fraud Protection File -GUI."

Upload a Telephony Fraud Protection File

When you want to use a telephony fraud protection file from another source, you can upload the file to the Oracle® Enterprise Session Border Controller (E-SBC) by way of the Web GUI. You cannot upload the file by way of the ACLI.

Confirm that the file to upload uses one of the following file extensions: .gz, .gzip, or .xml.
Log on to the Web GUI directly to the Expert mode. (The system does not allow this procedure when you log on to Basic mode and switch to Expert mode.)

When you upload a fraud protection file, the system puts the file into the /code/fpe directory. The Upload File dialog provides the option to activate the fraud protection file immediately after the upload, or at a later time. For example, you might defer activation because you want to edit the uploaded file before it becomes the active file.

From the Web GUI, click System, File management.
On the File management page, select Fraud protection table from the File type drop-down list, and click Upload.

In the Upload file dialog, do the following:

File to upload.

Browse to the file to upload.

(Optional) Activate the File After Upload.

Select to activate the file now.

Click Upload.
Click Close.

When fraud protection is not configured, see "Configure Telephony Fraud Protection - GUI."
When fraud protection is configured, see "Activate a New Telephony Fraud Protection File - GUI."

Configure Telephony Fraud Protection

The telephony fraud protection feature requires configuration, which you can perform from the Oracle® Enterprise Session Border Controller (E-SBC) Web GUI by way of the fraud-protection element listed under System on the Configuration tab.

Confirm that you own the Advanced license.
Add or upload at least one telephony fraud protection file to the E-SBC.
Note the name of the telephony fraud protection file that you want to use.
Login to Expert mode directly. (The system does not allow this procedure when you login to Basic mode and switch to Expert mode.)

Use this procedure to enable telephony fraud protection management on the E-SBC. You must also specify the fraud protection file name and activate the configuration. You cannot specify multiple fraud protection files because the system recognizes only one file as the active source file.

Note:

From the Web GUI, click Configuration, system, fraud-protection.

On the Fraud Protection page, do the following:

Mode

Select one of the following modes from the drop-down list.

local—Specifies the E-SBC as the source of the fraud protection file.
comm-monitor—Not currently supported.
disabled—Default

File name

Enter the name of the fraud protection file or select a file from the drop-down list.

Options

Add fraud protection options. (Not supported in some releases. )

Allow remote call terminate

Not currently supported.

Click OK.
Save the configuration.

Activate a New Telephony Fraud Protection File

When you create or upload a new telephony fraud protection file, you must activate the file before the system can use it as the source of the fraud protection lists. A new file is a file with a different name than one already in the system.

Create or upload the new file.
Note the name of the file that you want to activate.
Confirm that the system displays the Expert mode.

You can activate a fraud protection file from the Web GUI only in Expert mode. In the following procedure, the Local mode establishes the Oracle® Enterprise Session Border Controller (E-SBC) as the source of fraud protection management.

From the Web GUI, click Configuration, system, fraud-protection.

On the Fraud protection page, do the following:

Mode

Select Local.

File name

Select the file to activate from the drop-down list or enter the file name.

Click OK.
Save the configuration.

Edit a Telephony Fraud Protection File

When you want to edit a telephony fraud protection file on the Oracle® Enterprise Session Border Controller (E-SBC), use the Web GUI. You cannot edit a telephony fraud protection file from the ACLI.

To edit a fraud protection file, go to the Web GUI and select a file from the list on the File Management page. When you click Edit, the system displays the fraud protection lists in the file. Select a list type and click Edit. The system displays the corresponding dialog for editing the selected type of list. See "Telephony Fraud Protection Data Types and Formats" for more information about the selections and formats for Type and Match Value.

You can use this procedure to edit any fraud protection file, but the system cannot use the file unless it is the file named in the activated configuration. The following procedure assumes editing the configured file.

From the Web GUI, click System, File management.
On the File Management page, select Fraud Protection Table from the File type drop-down list.
Select a file, and click Edit.
The system displays the Fraud Protection Table dialog.
Select a list type, and click Edit.
The system displays the corresponding dialog for editing that type of list.

Do the following according to the list type:

Blacklist

Type. Select the type of data to match from the drop-down list.
Match value. Enter the value in the format that corresponds to the Type. Phone (exact match or prefix), Name (exact match), Source or destination IP or FQDN (exact match), or User agent.
Ingress realm. Select the ingress realm to associate with the match value.

White list

Type. Select the type of data to match from the drop-down list.
Match value. Enter the value in the format that corresponds to the Type. Phone (exact match or prefix), Name (exact match), Source or destination IP or FQDN (exact match), or User agent.
Ingress realm. Select the ingress realm to associate with the match value.

Rate limit

Type. Select the type of data to match from the drop-down list.
Match value. Enter the value in the format that corresponds to the Type. Phone (exact match or prefix), Name (exact match), Source or destination IP or FQDN (exact match), or User agent.
Ingress realm. Select the ingress realm to associate with the match value.
Calls per second. Enter the number of calls per second to allow for the entry. Range:0-65535.
Max active calls. Enter the maximum number of active calls allowed for the entry. Range: 0-65535.

Call redirect

Type. Select the type of data to match from the drop-down list.
Match value. Enter the value in the format that corresponds to the Type. Phone (exact match or prefix), Name (exact match), Source or destination IP or FQDN (exact match), or User agent.
Ingress realm. Select the ingress realm to associate with the match value from the drop-down list.
Redirect target. Enter one of the following: Session agent, session agent group name, Hostname, or IP address

Click OK.
(Optional) Click Verify.
The system checks for valid entries in the configuration fields.
Click OK.
Click Save.
Click OK.
Click Close.
Go to Configuration, system, system, fraud-protection, fraud-protection, and Save and Activate the configuration.
The system uses the edited file as the fraud protection source file.

Configure a Host Route

Use the host-routes element to insert entries into the Oracle® Enterprise Session Border Controller routing table to steer management traffic to the correct network.

Confirm that the gateway for this host route is defined as a gateway for an existing network interface.
Confirm that the system displays the Expert mode.

In the following procedure, note that no two host-route elements can use the same "dest network" address.

From the Web GUI, click Configuration, system, host-route.
On the Host Route page, click Add.

On the Add host route page, do the following:

Dest network

Enter the IPv4 address of the destination network for this host route.

Netmask

Select the netmask associated with the destination network from the drop-down list.

Gateway

Enter the gateway address for traffic going to the Dest network parameter to use as the first hop when forwarding a packet out of the originator’s LAN.

Description

Enter a description for this host route. Alpha-numeric characters.

Click
Save the configuration.

Configure the Network Interface

You must configure the network interface of the Oracle® Enterprise Session Border Controller (E-SBC) to communicate with the physical interface and the network.

Confirm that the physical interface is configured. For more information, see "Physical Interface Configuration."
Confirm that the system displays the Expert mode.

Use the network-interface object to configure the parameters for the network interface, which specifies a logical network interface over which you can configure one or more application SIP interfaces. Note that the E-SBC supports only one network interface.

From the Web GUI, click Configuration, Objects, System, network-interface.
On the network-interface page, click Add.
On the Add network-interface page, click Show Advanced.

In the Add network-interface dialog, do the following:

Name

Enter the name of the physical interface linked to this network interface. Control and Maintenance operation types must start with “wancom.”

Sub port ID

Enter the sub port ID to identify a specific virtual interface in a physical interface (e.g., a VLAN tag). A value of 0 indicates that this element is not using a virtual interface. The sub-port-id field value is required only if the operation type is Media. Default: 0. Range: 0-4095.

Description

Enter a description of this network interface.

Hostname

Enter the hostname of this network interface in Fully Qualified Domain Name (FQDN) format or IP address format.

IP address

The IP address of this network interface in the IP address format.

Pri utility addr

Enter the utility IP address of the primary peer in an HA pair.

Sec utility addr

Enter the utility IP address of the secondary peer in an HA pair.

Netmask

Enter the netmask portion of the IP address for this network interface in IP address format.

Gateway

Enter a description for this host route. Alpha-numeric characters.

Gw heartbeat

State. Select to enable front interface link detection and polling functionality on the E-SBC for this network-interface element. Default: enabled.
Heartbeat. Enter the time interval in seconds between heartbeats for the front interface gateway. Default: 0. Range: 0-65535.
Retry count. Enter the number of front interface gateway heartbeat retries before a gateway is considered unreachable. Default: 0. Range: 0- 65535.
Retry timeout. Enter the heartbeat retry timeout value in seconds. Default: 1. Range: 1-65535.
Health score. Enter the amount to subtract from the health score if the front interface gateway heartbeat expires. Range: 0 -100.

DNS IP primary

Enter the IP address of the primary DNS to use for this interface.

DNS IP backup1

Enter the IP address of the first backup DNS to use for this interface.

DNS IP backup 2

Enter the IP address of the second backup DNS to use for this interface.

DNS domain

Enter the default domain name associated with this interface. Entries must follow the name format.

DNS timeout

Enter the maximum waiting time for a DNS response in seconds. Range: 0-4294967295.

Signalling mtu

Enter the Maximum Transmission Unit (MTU) size for signalling packets. Default: 0. Range: 576-4096.

HIP IP list

Create a list of IP addresses allowed to access signaling and maintenance protocol stacks by way of this front interface using the Hosted IP (HIP) feature.

Click Add, enter the HIP IP address, and do one of the following:

Click OK.
Click Apply/Add another, add another HIP IP address, and click OK. Repeat, as needed.

Ftp address

Enter the FTP address.

ICMP address

Create a list of Internet Control Message Protocol (ICMP) addresses.

Click Add, enter the ICMP address, and do one of the following:

Click OK.
Click Apply/Add another, add another ICMP address, and click OK. Repeat, as needed.

Telnet address

Enter the Telnet address.

Ssh address

Enter the SSH IP address. The gateway address of this interface must be default gateway.

Click OK.
Save the configuration.

For High Availability (HA), configure redundancy. See "Redundancy Configuration" and "Configure Redundancy."

Configure NTP

Use the ntp-config element to associate the Network Time Protocol (NTP) server with theOracle® Enterprise Session Border Controller (E-SBC).

Use the following procedure to configure synchronization of the NTP server with the E-SBC.

From the Web GUI, click Configuration, system, ntp-config.

On the ntp-config page, do the following:

Server

Click Add, enter the name or IP address of the NTP server in your network that you want to use for the E-SBC, and do one of the following:

Click OK.
Click Apply/Add another, add another NTP server, and click OK. Repeat, as needed.

Auth servers

Click Add.
IP address. Enter the IPv4 address of the NTP server.
Keyid. Enter the Key ID. Range: 1-999999.
Key. Enter the authentication key in bytes. Range: 1-28.
Click OK.

Click OK.
Save the configuration.

Configure the Physical Interface

You must configure the physical interface of the Oracle® Enterprise Session Border Controller to connect to the network.

Use the phy-interface object to configure the physical interface for control, media, and maintenance operations. Perform this procedure for each operation type, which you will select in step 4.

From the Web GUI, click Configuration, Objects, System, phy-interface.
On the phy-interface page, click Add.
On the Add phy-interface page, click Show Advanced.

In the Add phy-interface dialog, do the following:

Name

Enter a unique name for this physical interface, using the name format. For Control and Maintenance physical interfaces, the name must begin with “wancom.”

Operation type

Select the type of operation for this physical interface configuration. You must perform the phy-interface configuration procedure for each type of operation. Default: Control.

Media
Control
Maintenance

Port

Enter the physical port number for the operation type.

Media. Front-panel interfaces only. Port: 0-3.
Control. Rear-panel interfaces only. Port 0-2.
Maintenance. Rear-panel interfaces only. Port 0-2.

Slot

Enter the physical slot number for the operation type.

Media. Front-panel interfaces only. Slot: 0 or 1.
Control. Rear-panel interfaces only. Slot: 0.
Maintenance. Rear-panel interfaces only. Slot: 0.

0 is the motherboard (rear-panel interface), if the name begins with "wancom."
0 is the left Phy media slot on the front of the chassis.
1 is the right Phy media slot on the front of the chassis.

Virtual mac

Enter the virtual MAC address for this interface in hexadecimal format.

Admin state

Select to enable the administrative state of the Media interface. Not applicable for Control and Maintenance interfaces.

Auto negotiation

Select to enable auto negotiation on the Media interface. Not applicable for Control and Maintenance interfaces.

Duplex mode

Select the duplex mode for the Media interface. Default: Full.

Speed

Select the speed for the Media interface. Required only when auto-negotiation is set to disabled for 10/100 Phy cards. Default: 100.

Wancom health score

The amount to subtract from the E-SBC health score, if the wancom link goes down. Default: 50. Range: 0-100.

Click OK.
Save the configuration.

Configure the Network Interface. See "Configure the Network Interface."

High Availability

High Availability (HA) is a network configuration used to ensure that planned and unplanned outages do not disrupt service. In an HA configuration, Oracle® Enterprise Session Border Controllers (E-SBC) are deployed in a pair to deliver continuous high availability for interactive communication services. Two E-SBCs operating in this way are called an HA node. The HA node design ensures that no stable call is dropped in the event of an outage.

In an HA node, one E-SBC operates in the active mode and the other E-SBCoperates in the standby mode.

Active. The active member of the HA node is the system actively processing signal and media traffic. The active member continuously monitors itself for internal processes and IP connectivity health. If the active member detects a condition that can interrupt or degrade service, it hands over its role as the active member of the HA node to the standby member.
Standby. The standby member of the HA node is the backup system. The standby member is fully synchronized with the active member's session status, but it does not actively process signal and media traffic. The standby member monitors the status of the active member and it can assume the active role without the active system having to instruct it to do so. When the standby system assumes the active role, it notifies network management using an SNMP trap.

The E-SBC establishes active and standby roles in the following ways.

If an E-SBC boots up and is alone in the network, it is automatically the active system. If you pair a second E-SBC with the first one to form an HA node, the second system automatically establishes itself as the standby.
If both E-SBCs in the HA node boot up at the same time, they negotiate with each other for the active role. If both systems have perfect health, then the E-SBC with the lowest HA rear interface IPv4 address becomes the active E-SBC. The E-SBC with the higher HA rear interface IPv4 address becomes the standby E-SBC.

If the rear physical link between the twoE-SBCs is unresponsive during boot up or operation, both will attempt to become the active E-SBC. In this circumstance, processing does not work properly.

The standby E-SBC assumes the active role when:

it does not receive a checkpoint message from the active E-SBC for a certain period of time.
it determines that the active E-SBC health score declined to an unacceptable level.
the active E-SBC relinquishes the active role.

To produce a seamless switch over from one E-SBC to the other, the HA node members share their virtual MAC and virtual IP addresses for the media interfaces in a way that is similar to Virtual Router Redundancy Protocol (VRRP). Sharing these addresses eliminates the possibility that the MAC address and the IPv4 address set on one E-SBC in an HA node will be a single point of failure. Within the HA node, the E-SBCs advertise their current state and health to one another in checkpointing messages to apprise each one of the other one's status. Using the Oracle HA protocol, the E-SBCs communicate with UDP messages sent out and received on the rear interfaces. During a switch over, the standby E-SBC sends out an ARP request using the virtual MAC address to establish that MAC address on another physical port within the Ethernet switch. To the upstream router, the MAC address and IP address are still alive. Existing sessions continue uninterrupted.

Configure the Acme Packet 1100 for HA

The details in the procedures for configuring High Availability (HA) on the Acme Packet 1100 differ from configuring HA for other models of the Oracle® Enterprise Session Border Controller because the Acme Packet 1100 has a single management interface and it shares the wancom0 port for HA operations.

Use the following Expert mode procedures to configure the Acme Packet 1100 for HA operations. You must perform the physical interface configuration twice. One configuration sets the Management operations the other configuration sets the Media operations.

Configure the physical interface for management. See "Configure the Physical Interface."
Configure the physical interface for media. See "Configure the Physical Interface."
Configure the network interface with addresses for the Primary and Secondary devices. See "Configure the Network Interface."
Configure the peers for redundancy. See "Configure Redundancy."

Configure Redundancy

Use the redundancy-config element to configure the parameters to support redundancy for a High Availability (HA) pair of Oracle® Enterprise Session Border Controller (E-SBC) devices.

Confirm that the physical interface for Control, the physical interface for Media, and the Network interface on the primaryE-SBC are configured for HA pairing.

Perform this procedure to configure redundancy for High Availability (HA) pairing of the primary E-SBC and the secondary E-SBC.

From the Web GUI, click Configuration, system, redundancy-config.

On the Add redundancy config page, click Show advanced, and do the following:

State

Select to enable redundancy. Default: Enabled.

Log level

Select a log level for redundancy processes from the drop-down list. Default: Info.

Becoming standby time

Enter the maximum time, in milliseconds, to wait complete synchronization. Deafult:180000. Range: 5-2147483674.

Becoming active time

Enter the maximum time, in milliseconds, to wait for incremental synchronization. Deafult:100. Range: 5-2147483674.

Media if peer check time

Enter the media interface peer check timeout in milliseconds. Default: 0 = disabled. Range: 0-500.

Peers

Click Add,Show advanced, and do the following:

Name. Enter the name of the primary HA node peer, as it appears in the target name boot parameter. This is also the name of the system that appears in the system prompt. For example, in the system prompt ACMEPACKET#, ACMEPACKET is the target name for that E-SBC.
State. Select State to enable HA for the E-SBC.
Type. Select Primary. If you select Unknown, the system cannot perform configuration checkpointing.
Destinations. Click Add, enter the destination address of the peer, select the network interface from the drop-down list, and click OK.
Click OK. The system displays the Redundancy config / peer page.
Name. Enter the name of the secondary HA node peer, as it appears in the target name boot parameter. This is also the name of the system that appears in the system prompt. For example, in the system prompt ACMEPACKET#, ACMEPACKET is the target name for that E-SBC.
Type. Select Secondary.
Destinations. Click Add, enter the destination address of the peer, select the network interface from the drop-down list, and click OK.

Click OK.
Save the configuration.

SNMP Trap Receiver

A trap receiver is an application used to receive, log, and view SNMP traps for monitoring the Oracle® Enterprise Session Border Controller (E-SBC).

An SNMP trap is the notification sent from a network device, such as an E-SBC, that declares a change in service. You can define one or more trap receivers on an E-SBC for redundancy or to segregate alarms with different severity levels to individual trap receivers. Each server on which an NMS is installed should be configured as a trap receiver on each E-SBC managed by an NMS.

You can select a filter level threshold that indicates the severity level at which a trap is sent to the trap receiver. The following table maps Syslog and SNMP alarms to trap receiver filter levels.

Filter Level	Syslog Severity Level	(SNMP) Alarm Severity Level
All	Emergency (1) Critical (2) Major (3) Minor (4) Warning (5) Notice (6) Info (7) Trace (8) Debug (9)	Emergency Critical Major Minor Warning
Critical	Emergency (1) Critical (2)	Emergency Critical
Major	Emergency (1) Critical (2) Major (3)	Emergency Critical Major
Minor	Emergency (1) Critical (2) Major (3) Minor (4)	Emergency Critical Major Minor

When configuring the trap-receiver element for use with Network Management Systems, Oracle recommends setting the filter-level parameter to All.

Configure an SNMP Trap Receiver

You can define one or more SNMP trap receivers on an Oracle® Enterprise Session Border Controller (E-SBC) for redundancy or to segregate alarms with different severity levels to individual trap receivers.

Confirm that SNMP is configured.
Note the names of users who are allowed to receive secure traps.

Oracle recommends that you configure each server with an NMS installed as a trap receiver on each E-SBC managed by an NMS. When configuring the trap-receiver element for use with Network Management Systems, Oracle recommends setting the filter-level parameter to All.

From the Web GUI, click Configuration, System, Show advanced, trap-receiver.
On the trap receiver page, click Add.

On the Add trap receiver page, do the following:

IP address

Enter the IPv4 address and port number of an authorized NMS in dotted decimal format. Default: 0.0.0.0:162.

Filter level

Select the filter level threshold for the severity level at which a trap is sent to the trap receiver.

Community name

Enter the SNMP community name to which this trap receiver belongs.

User list

Create a list of users allowed to receive secure traps. Click Add, enter the name of a user, and do one of the following:

Click OK.
Click Apply/Add another, add another user, and click OK. Repeat, as needed.

Note:

If SNMPv3 is enabled on the E-SBC, but no users are listed for this field, a warning message is sent during the verify-config execution.

Click OK.
Save the configuration.

SNMP Community

A Simple Network Management Protocol (SNMP) community is a grouping of network devices and management stations used to define where information is sent and accepted. An SNMP device or agent might belong to more than one SNMP community. SNMP communities provide a type of password protection for viewing and setting management information within a community.

An SNMP community is a string used as a password by the SNMP manager to communicate with the SNMP agent. The SNMP community string allows access to statistics of other devices. The access is used to support the monitoring of devices attached to the network for conditions that warrant administrative attention. When an SNMP community is configured, the Oracle® Enterprise Session Border Controller (E-SBC) sends the community string along with all SNMP requests.

A community name value can also be used as a password to provide authentication, thereby limiting the NMS that has access to an E-SBC. With this field, the SNMP agent provides trivial authentication based on the community name that is exchanged in plain text SNMP messages. For example, public.

SNMP communities also include access level settings, which are used to define the access rights associated with a specific SNMP community. You can define two types of access level on the E-SBC, which are read-only and read-write. You can define multiple SNMP communities on an E-SBC to segregate access modes per community and NMS host. The access level determines the permissions that other NMS hosts can wield over this (E-SBC).

Read-only. Allows GET requests. (Default)
Read/Write. Allows both GET and SET requests.

IPv4 addresses that are valid within this SNMP community correspond with the IPv4 address of NMS applications that monitor or configure this E-SBC. Include the IPv4 addresses of each server on which an NMS is installed.

Only devices that support SNMPv1 and SNMPv2c protocol can use SNMP community strings. SNMPv3 uses username and password authentication, along with an encryption key.

Configure SNMP Community

Configure a Simple Network Management Protocol (SNMP) community to support the monitoring of devices, such as the Oracle® Enterprise Session Border Controller (E-SBC), attached to the network for conditions that warrant administrative attention.

Confirm that SNMP is configured.
Note the IP addresses that you want for this community.

Use this procedure to group network devices and management stations, and to set the access rights for the community. If you want to narrow the scope of the this community, use the Network Addresses option to specify one or more subnets. See "Subnet Ranges for SNMP Community" for more information.

Note:

Only devices that support SNMPv1 and SNMPv2c protocol can use SNMP community strings. SNMPv3 uses username and password authentication, along with an encryption key.

From the Web GUI, click System, SNMP community.

On the SNMP community page, click Add, and do the following:

Community name

Enter an SNMP community name of an active community where this E-SBC can send or receive SNMP information.

Access mode

Select the access level for all Network Management Systems (NMS) defined within this SNMP community.

IP addresses

Add one or more IPv4 addresses, or network address prefixes for subnets, that are valid within this SNMP community, and click OK.

Click OK.
Save the configuration.

Configure Subnet Ranges in SNMP Community

The SNMP system can dynamically originate SNMP GET requests from any host among a wide range of IP addresses. Due to the distributed nature of a typical network, the SNMP GET request may come from any IP address on an /8 netblock. It is not feasible to add all 16,777,216 possible IP addresses, one-by-one, to the snmp-community configuration. The solution for the Oracle® Enterprise Session Border Controller (E-SBC) is to allow subnet ranges in the snmp-community configuration. Such configuration allows the (E-SBC) to accept SNMP GET requests from any host in the specified subnet.

You can configure the subnet range from the ACLI and the Web GUI by way of the IP-addresses parameter in the snmp-community object.

The IP-addresses parameter accepts subnet addresses in address prefix format (<Net_addr>/<Net_mask>), for example, 10.0.0.0/24. For an exact match, omit the number of bits, for example, 10.196.0.0. For multiple entries, use the parenthesis separated by comma format, for example, (172.16.0.0/16,192.168.4.0/24).

Configure system-config

The system-config object contains attributes and sub-objects that you use to configure system-level operations for the Oracle® Enterprise Session Border Controller (E-SBC).

Access the system-config object.
Configuration, system, system-config.

In the system-config object, do the following:

Hostname

Set the primary hostname used to identify the system.

Description

(Optional) Type a description of this system for informational purposes.

Location

(Optional) Type the location of this system for informational purposes. For example, note the physical location of this chassis.

MIB system contact

Set the name and contact information for the person you want named in MIB transactions as the system contact.

MIB system name

Set the name of this E-SBC that you want displayed in MIB transactions.

MIB system location

Set the physical location of thisE-SBC that you want displayed in MIB transactions. This parameter does not relate to the "Location" element in this configuration.

ACP TLS profile

Set the TLS profile that you want to use.

SNMP enabled

Enable or disable the SNMP system on this E-SBC. Default: enabled.

Enable SNMP auth traps

Enable or disable the E-SBC to send SNMP authentication traps. Default: Disabled.

Enable SNMP syslog notify

Enable or disable the E-SBC to send SNMP traps when the system generates an alarm message. Default: Disabled. Note: You must enable SNMP to support this function.

Enable SNMP monitor traps

Enable or disable the E-SBC to generate SNMP monitor traps with unique IDs.

Enabled—generate a unique trap ID for each syslog event.
Disabled—generate a single trap ID for all events, with different values in the description string.

Enable env monitor traps

Enable or disable the E-SBC to provide SNMP environment traps. Default: Disabled.

Enable mblk tracking

Default: Disabled.

Enable SNMP syslog his table length

Set the number of entries that you want the syslog trap history table to contain. Default: 1. Range: 1-500.

SNMP system log level

Syslog servers

Access the syslog server configuration, and do the following:

Address—Set the IP address of the Syslog server.
Port—Set the Syslog server port. Default: 514.
Facility—Set a number to help identify the E-SBC as the source of a syslog message. Default: 4. RFC 3164 specifies the other valid values.

System log level

Process log level

Process log IP address

Set the IP address of the process log server. Default: 0.0.0.0 (Writes logs to the standard log file.)

Process log port

Set the port number for the process log server. Default: 0 (Writes logs to the standard log file.) Range: 0-65535.

Collect

Access the collectconfiguration, and do the following:

Sample interval—Set the data collection sampling interval.
Push interval—Set the data collection push interval.
Boot state—Set Enable to enable the collection process.
Start time—Set the date and time to start data collection.
End time—Set the date and time to end data collection.
Red collect state—Set Enable to enable collector redundancy.
Red max trans—Set the maximum number of transactions to keep.
Red sync start time—Set the time for redundancy sync start timeout.
Red sync comp time—Set the time for redundancy sync completion timeout.
Push receiver—Configure one or more servers to receive push data.
1. Address—Set the IP address of the push receiver.
2. User name—Set the user name for pushing collect data.
3. Password—Set the login password for pushing collect data.
4. Data store—Set the server directory in which to store the collect data.
5. Protocol—Set the protocol for pushing data to the server.
Group settings—Configure the collector group parameters.
1. Group name—Set a name for this group.
2. Sample interval—Set the group data collection sampling interval.
3. Start time—Set the date and time to start data collection.
4. End time—Set the date and time to end data collection.
5. Boot state—Enable or disable this group from the collection process.
Push success trap state—Type Enable to enable the collector HDR push data success trap.

Comm Monitor

Access the comm-monitor configuration, and do the following:

State—Select to enable Comm Monitor.
SBC group ID—Set the group ID for the Palladion ME.
TLS profile—Select the TLS profile that you want to use for TLS connections.
QoS enable—Enable or disable the system to send QoS information.
Interim QoS Update—Select to enable incremental QoS sampling every 10 seconds.
Monitor collector—Click Add, and do the following:
1. Port—Set the Palladion ME listening port.
2. Address—Set the IP destination address for data that the system pushes.
3. Interface—Set the local network interface to use for the connection. Format: <name>:<subport-ID>

Call trace

Enable or disable protocol message tracing, regardless of the process log level setting.

Note:

You cannot disable call trace when the process log level specifies "trace" or "debug."

Internal trace

Enable or disable internal ACP message tracing for all processes, except sipmsg.log and alg,log, regardless of the process log level setting.

Note:

You cannot disable call trace when the process log level specifies "trace" or "debug."

Log filter

Default gateway

Set the default egress gateway for traffic with no explicit destination.

Restart

Enable or disable a system restart when a task suspends.

Exceptions

Take no action when the named tasks suspend.

Telnet timeout

Set the number of seconds for the E-SBC to wait before disconnecting a Telnet or SSH session. Default: 0. Range: 0-65535.

Console timeout

Set the number of seconds for the E-SBC to wait before disconnecting a console session. Default: 0. Range: 0-65535.

Remote control

Allow remote ACP control

Alarm threshold

Access the Alarm Threshold configuration, and do the following:

Type-Select a threshold from the drop-down list.
Severity-Select a severity from the drop-down list.
Value-Enter a threshold value, as a percentage. Range:1-100.
Click OK.
(Optional) Repeat to add another alarm threshold profile.

CLI audit trail

Enable the ACLI command audit trail.

Link redundancy state

Enable or disable the E-SBC to run a pair of redundant media interfaces for switch over when a network or link disruption occurs.

Source routing

Set the egress route for the HIP packet, based on the source IP address.

CLI more

Enable the ACLI more paging function to work persistently with the E-SBC across the console, Telent, and SSH sessions. Set to disabled, if you want set this function on a per session basis.

Terminal height

Configure ACLI tty more terminal height.

Debug timeout

Set the number of seconds for the E-SBC to wait before timing out log levels for system processes set to "debug." Range: 0-65535.

Trap event lifetime

Set the maximum number of days traps remain in the table.

IDS syslog facility

Set the facility number for syslog messages.

Options

Add optional features and parameters.

Default v6 gateway

Set the IPv6 gateway for egress traffic on this E-SBC with no explicit destination. Format: <ipv6>.

IPv6 signalling MTU

Set the system-wide default MTU for IPv6 network interfaces. Default: 1500 bytes.

IPv4 signalling MTU

Set the system-wide default MTU for IPv4 network interfaces. Default: 1500 bytes.

Clean up time of day

Set the time for the system to perform directory cleanup.

Directory cleanup

Configure the directories that you want the E-SBC to automatically clean up.

SNMP engine ID suffix

Set a customized suffix to uniquely identify the SNMP engine ID.

SNMP agent mode

Set the SNMP agent mode that you want. Valid values: SNMPv1v2 or SNMPv3.

Save the configuration

Time Division Multiplexing

Oracle® designed the Time Division Multiplexing (TDM) functionality for companies planning to migrate from TDM to SIP trunks by using a hybrid TDM-SIP infrastructure, rather than adopting VoIP-SIP as their sole means of voice communications. The TDM interface on the Oracle® Enterprise Session Border Controller (E-SBC) provides switchover for egress audio calls, when the primary SIP trunk becomes unavailable. You can use TDM with legacy PBXs and other TDM devices.

Only the Acme Packet 1100 and the Acme Packet 3900 platforms support TDM, which requires the optional TDM card.
TDM supports bidirectional calls as well as unidirectional calls.
TDM operations require the configuration of tdm-config and tdm-profile, as well as local policies for inbound and outbound traffic.
The software upgrade procedure supports the TDM configuration.
Options for the Acme Packet 1100 and the Acme Packet 3900 platforms include Calling-Line Identification Presentation (CLIP) and Connected-Line Identification Presentation (COLP).
Options for the Acme Packet 1100 platform include the four-port Primary Rate Interface (PRI), the Euro ISDN Basic Rate Interface (BRI), and the Foreign Exchange Office-Foreign Subscriber Office (FXO-FXS) card.

Interface Requirements

PRI—Digium1TE133F single-port or Digium 1TE435BF four-port card.

BRI—Digium 1B433LF four-port card

FXS—Digium 1A8B04F eight-port card, green module (ports 1-4)

FXO—Diguim 1A8B04F eight-port card, red module (ports 5-8)

Notes

When you deploy either the Acme Packet 1100 or the Acme Packet 3900 in a High Availability (HA) pair, the active system cannot replicate calls between SIP and TDM to the standby system.

The Acme Packet 1100 does not support HA for the PRI, BRI, and FXO-FXS interfaces.

Time Division Multiplexing Configuration

To perform Time Division Multiplexing (TDM) operations on the Oracle® Enterprise Session Border Controller (E-SBC), you must enable TDM, specify the parameters for the interface in use, run the TDM configuration wizard, and create local policies for routing TDM traffic.

TDM configuration requires the following process:

Configure the tdm-config element and its corresponding sub-elements. The tdm-config element, located under system, contains the parameters that are common to all TDM configurations. The sub-elements contain the particular parameters for the interface that the system detects in use on the E-SBC. The system displays the sub-elements, as follows:
- When the E-SBC detects either the Primary Rate Interface (PRI) or the Basic Rate Interface (BRI) interface, tdm-config displays the tdm-profile sub-element with the parameters that correspond to the interface. See "Primary Rate Interface Support" and "Basic Rate Interface Support."
- When the E-SBC detects the Analog interface, tdm-config displays both the fxo-profile and the fxs-profile sub-elements with the parameters that correspond to the interface. See "Foreign Exchange Office-Foreign Exchange Subscriber Support."
Run the TDM configuration wizard to complete the configuration. The wizard creates the realm, SIP interface, steering pools, and other necessary configuration elements including the network interface and the phy-interface for SIP call routing. With SRTP enabled (default), the wizard also creates the media-sec-policy object, enables the secured-network attribute for the sip-interface object, and configures the media-sec-policy attribute for realm-config. You can run the wizard from either the Web GUI (Set TDM Configuration) or the ACLI (setup tdm).
The Oracle® Enterprise Session Border Controller (E-SBC) requires running the TDM configuration wizard only after the initial TDM configuration. The system does not require you to run the wizard after you make changes to the existing configuration.

Note:
When the Oracle Session Delivery Manager (SDM) manages the E-SBC, you configure TDM from the SDM and you do not need to run the TDM configuration wizard. See "Time Division Multiplexing (TDM) Settings on the Session Delivery Manager (SDM)" for the required settings.
Configure the local policy for routing traffic through the TDM interface. For unidirectional TDM call routing, the system requires a local policy only for the call direction that you want. For example, inbound-only or outbound-only. For bi-directional TDM call routing, create both inbound and outbound local policies. See "Local Policy Configuration for Time Division Multiplexing."

You can configure TDM from the following locations:

ACLI—Use the tdm-config, tdm-profile, fxo-profile, and fxs-profile elements located under system.
Web GUI—Basic mode. Double-click the TDM icon in the network diagram to display the TDM configuration dialog.
Web GUI—Expert mode. Use the tdm-config, tdm-profile, fxo-profile, and fxs-profile elements located under system.
Session Delivery Manager (SDM)—Launch the Web GUI from SDM and use the tdm-config, tdm-profile, fxo-profile, and fxs-profile elements located under system.

Incoming Call Pattern Guidelines

When you configure either the Primary Rate Interface (PRI) or Basic Rate Interface (BRI) interface for Time Division Multiplexing (TDM), you can set a list of extension numbers and match patterns for routing incoming calls. You can specify exact matches as well as patterns that route to a range of destinations.

For example, suppose that a company with 300 employees deploys the Oracle® Enterprise Session Border Controller (E-SBC) and connects to the PSTN network by way of an ISDN interface. The company allocates 300 extension numbers: numbers 7100 - 7399 for employee desk phones, and number 70 for the reception desk so that it is easy to remember.

The service provider assigns the prefix 49331200 to the company, so the reception desk PSTN number becomes 4933120070 and the employee numbers become 493312007100 , 493312007101-493312007399.

The incoming pattern in this example will match either the reception desk number or one of the other extensions. When the match is successful, the received number is complete and the call setup can proceed. You can configure TDM to match the reception desk number as a whole: "4933120070," and to match any of the other extensions through a single pattern: "_493312007[1-3]XX". To put these rules together, set the incoming-pattern parameter to the following value: "4933120070|_493312007[1-3]XX".

In match patterns, separate single extension numbers with the vertical bar (|) character. Start a match pattern with the underscore (_) character preceding the first number of the pattern. Do not use the underscore with an exact match. Type the exact match, starting with the first number. An exact match does not use In an extension pattern, note the meaning of the following characters:

X matches any digit from 0-9

Z matches any digit from 1-9

N matches any digit from 2-9

[1237-9] matches any digit in the brackets (in this example, 1,2,3,7,8,9).

. wildcard, matches one or more characters

! wildcard, matches zero or more characters immediately

Configure the Single-Port Primary Rate Interface

The Acme Packet 1100 Supports the single-port ISDN Primary Rate Interface (PRI). To configure the PRI interface, you must set the parameters in tdm-config and tdm-profile under system. After you create the configuration, you must run either the Set TDM Configuration wizard from the Web GUI or the setup tdm command from the ACLI to complete the configuration.

Confirm the presence of the single-port PRI interface on the Acme Packet 1100.

Note that because the single-port interface supports only one profile, you can set either pri_cpe (Customer Premises Equipment) or pri_net (Network) for signaling. The setting you choose depends on the setting at the other end of the connection. Set this configuration to the opposite of the other end. For example, when the setting at the other end is pri_net, set pri_cpe in this configuration.

Note:

The system requires the four-port interface to support profiles for both pri_cpe and pri_net.

Access the tdm-config object.
Configuration, system, tdm-config.

In tdm-config, set the following:

state

Set to enable to allow TDM operations.

logging

Set to enable to allow logging.

line-mode

Set either t1 (North America) or e1 (Europe).

tone-zone

Set the TDM tone zone.

Valid values: ae, ar, at, au, be, bg, br, ch, cn, cr, cz, de, dk, ee, es, fi, fr, gr, hu, il, in, it, jp, lt, mo, mx, my, nl, no, nz, pa, ph, pl, pt, ru, se, sq, th, tw, uk, us, us-old, ve, za. Default: us.

calling-pres

Set the type of call ID presentation for this profile.

Valid values: allowed_not_screened, allowed_failed_screen, allowed_passed_screen, prohib_not_screened, prohib_passed_screen, prohib_failed_screen, prohib, unavailable.

Default: allowed_not_screened

caller-ID

Set the type of caller ID for CLIP and COLP that you want for the SIP header.

Valid values: no, rpid (remote-party-ID), pai (p-asserted-ID)

Default: No

In tdm-profile, set the following:

name

Set the name for this TDM profile.

signaling

Do one of the following:

Set pri_net when you want the E-SBC to represent the network side of the connection.
Set pri_cpe when you want the E-SBC to represent the Customer Premises Equipment side of the connection. Default.

switch-type

Set a switch type for this configuration.

Valid values: national, dms100, 4ess, 5ess, euroisdn, ni1, qsig.

b-channel

Set the B channel value according to the line mode that you specified for this configuration.

For t1: 1-23
For e1: 1-15,17-31

d-channel

Set the D channel value according to the line mode that you specified for this configuration.

For t1: 24
For e1: 16

span-number

Set the span number to 1.

route-group

Set the number of the associated route group to use this profile.

Valid values: 0-63.

line-build-out

Set the decibel (db) level per foot of line length.

Valid values: 0-7. 0db up to 133 feet. Increment by 1db/133 feet after 133 feet. For example, 2db for 266-399 feet.

framing-value

Set the framing value according to the line mode that you specified for this configuration.

For t1: esf
For e1: ccs

coding-value

Set the coding value according to the line mode that you specified for this configuration.

For t1: b8zs
For e1: hdb3

crc4-checking

For e1, only. Enable or disable crc4-checking to match the setting of the PBX or service provider. Default: Disabled.

time-source

Set the timing source.

Valid values: 0-4. Default: 1.

0—The interface provides its own timing.
1—The interface receives timing from the remote end.
2—The interface receives secondary timing from the remote end.
3—The interface receives tertiary backup timing from the remote end.
4—The interface receives quaternary backup timing from the remote end.

rx-gain

Set the decibel level that increases or decreases the TDM receiving channel volume.

Valid values: 0.0-9.9. Default: 0.0.

tx-gain

Set the decibel level that increases or decreases the TDM transmitting channel volume.

Valid values: 0.0-9.9. Default: 0.0.

echo-cancellation

Enable or disable echo cancellation.

overlap-dial

Set the overlap dialing function to either no or incoming, which means yes.

incoming-pattern

Set a list of extension numbers or match patterns. Separate single extension numbers with the vertical bar (|) character. A pattern starts with the underscore (_) character. In an extension pattern, note the meaning of the following characters:

X matches any digit from 0-9

Z matches any digit from 1-9

N matches any digit from 2-9

[1237-9] matches any digit in the brackets (in this example, 1,2,3,7,8,9).

. wildcard matches one or more characters

! wildcard matches zero or more characters immediately

Syntax examples:

Suppose the main number is 800-555-1234, one key extension is number 80, and the range of other extensions is from 8100-8399.

Match the exact number including the extension: 800555123480
Match the extension in a range: _80055512348[1-3]XX
Match the exact number including the extension or match an extension in a range: 800555123480|_80055512348[1-3]XX

Click OK.
Click OK.
Save the configuration.

Run the TDM configuration wizard.
Configure the inbound and outbound TDM local policies.

Configure the Four-Port Primary Rate Interface

The Acme Packet 1100 and the Acme Packet 3900 support the four-port ISDN Primary Rate Interface (PRI) for carrying multiple Digital Signal 0 (DS0) voice and data transmissions between the network and an endpoint. To configure the PRI interface, you must set the parameters in tdm-config and tdm-profile under system. After you create the configuration, you must run either the Set TDM Configuration wizard from the Web GUI or the setup tdm command from the ACLI to complete the configuration.

Confirm the presence of the four-port PRI.
Plan the number of TDM profiles that you want. (You can add or delete profiles later.)

When the Oracle® Enterprise Session Border Controller (E-SBC) detects the PRI interface interface, it displays the corresponding configuration parameters. In the PRI configuration, the line mode that you specify dictates certain corresponding settings. You can set either t1 or e1 for line-mode, but note that each one requires certain uniquely compatible settings. For example, when you specify the t1 line mode you must specify esf for the framing-value. Do not specify an e1 value for the t1 line mode or a t1 value for the e1 line mode. The following procedure shows the specific t1 and e1 settings, where required.

Access the tdm-config object.
Configuration, system, tdm-config.

In tdm-config, set the following:

state

Set to enable to allow TDM operations.

logging

Set to enable to allow logging.

line-mode

Set either t1 (North America) or e1 (Europe).

tone-zone

Set the TDM tone zone. Valid values: ae, ar, at, au, be, bg, br, ch, cn, cr, cz, de, dk, ee, es, fi, fr, gr, hu, il, in, it, jp, lt, mo, mx, my, nl, no, nz, pa, ph, pl, pt, ru, se, sq, th, tw, uk, us, us-old, ve, za. Default: us.

calling-pres

Set the type of call ID presentation for this profile.

Valid values: allowed_not_screened, allowed_failed_screen, allowed_passed_screen, prohib_not_screened, prohib_passed_screen, prohib_failed_screen, prohib, unavailable.

Default: allowed_not_screened

caller-ID

Set the type of caller ID for CLIP and COLP for this profile.

Valid values: no, rpid (remote-party-ID), pai (p-asserted-ID)

Default: No

In tdm-profile, set the following:

name

Set the name for this TDM profile.

signaling

Do one of the following:

Set pri_net when you want the E-SBC to represent the network side of the connection.
Set pri_cpe when you want the E-SBC to represent the Customer Premises Equipment side of the connection. Default.

switch-type

Set a switch type for this configuration.

Valid values: national, dms100, 4ess, 5ess, euroisdn, ni1, qsig.

b-channel

Set the B channel value according to the line mode that you specified for this configuration.

For t1: 1-23
For e1: 1-15,17-31

d-channel

Set the D channel value according to the line mode that you specified for this configuration.

For t1: 24
For e1: 16

span-number

Set the number of the spans affected by this profile.

Valid values: Single numbers 1-4. Any combination of 1,2,3,4 comma separated.

route-group

Set the number of the associated route group to use this profile.

Valid values: 0-63.

line-build-out

Set the decibel (db) level per foot of line length.

Valid values: 0-7. 0db up to 133 feet. Increment by 1db/133 feet after 133 feet. For example, 2db for 266-399 feet.

framing-value

Set the framing value according to the line mode that you specified for this configuration.

For t1: esf
For e1: ccs

coding value

Set the coding value according to the line mode that you specified for this configuration.

For t1: b8zs
For e1: hdb3

crc4-checking

For e1, only. Enable or disable crc4-checking to match the setting of the PBX or service provider. Default: Disabled.

time-source

Set the timing source.

Valid values: 0-4. Default: 1.

0—The interface provides its own timing.
1—The interface receives timing from the remote end.
2—The interface receives secondary timing from the remote end.
3—The interface receives tertiary backup timing from the remote end.
4—The interface receives quaternary backup timing from the remote end.

rx-gain

Set the decibel level that increases or decreases the TDM receiving channel volume.

Valid values: 0.0-9.9. Default: 0.0.

tx-gain

Set the decibel level that increases or decreases the TDM transmitting channel volume.

Valid values: 0.0-9.9. Default: 0.0.

echo-cancellation

Enable or disable echo cancellation.

overlap-dial

Set the overlap dialing function to either no or incoming, which means yes.

incoming-pattern

X matches any digit from 0-9

Z matches any digit from 1-9

N matches any digit from 2-9

[1237-9] matches any digit in the brackets (in this example, 1,2,3,7,8,9).

. wildcard matches one or more characters

! wildcard matches zero or more characters immediately

Syntax examples:

Suppose the main number is 800-555-1234, one key extension is number 80, and the range of other extensions is from 8100-8399.

Match the exact number including the extension: 800555123480
Match the extension in a range: _80055512348[1-3]XX
Match the exact number including the extension or match an extension in a range: 800555123480|_80055512348[1-3]XX

Click OK.
Click OK.
Save the configuration.

Run the TDM configuration wizard.
Configure the inbound and outbound TDM local policies.

Configure the Basic Rate Interface

To configure the Basic Rate Interface (BRI) card, you must set the parameters in tdm-config and tdm-profile under system. Note that the system supports coexisting profiles for both bri_cpe (Customer Premises Equipment) and bri_net (Network). After you create the configuration, you must run either the Set TDM Configuration wizard from the Web GUI or the setup tdm command from the ACLI to complete the configuration.

Confirm the presence of the BRI interface on the Acme Packet 1100.
Plan the number of TDM profiles that you want. (You can add or delete profiles later, if your needs change.)

When the Oracle® Enterprise Session Border Controller (E-SBC) detects the BRI interface, it displays the corresponding parameters and inserts certain values that you cannot change.

Access the tdm-config object.
Configuration, system, tdm-config.

In tdm-config, set the following:

state

Set to ebable to allow TDM operations.

logging

Set to ebable to allow logging.

line-mode

The system sets BRI.

tone-zone

Set the tone zone.

calling-pres

Set the type of call ID presentation for this profile.

Valid values: allowed_not_screened, allowed_failed_screen, allowed_passed_screen, prohib_not_screened, prohib_passed_screen, prohib_failed_screen, prohib, unavailable.

Default: allowed_not_screened

caller-ID

Set the type of caller ID for CLIP and COLP that you want for this profile.

Valid values: no, rpid (remote-party-ID), pai (p-asserted-ID)

Default: No

In tdm-profile, do the following:

name

Set the name for this TDM profile.

signaling

Do one of the following:

Set bri_net, if you want the E-SBC to represent the network side of the connection.
Set bri_cpe, if you want the E-SBC to represent the Customer Premises Equipment side of the connection. Default.

switch-type

Set the switch type for this configuration.

Valid value: euroisdn

b-channel

Set 1-2 for the B channel value.

d-channel

Set 3 for the D channel value.

span-number

Set a span list for this profile. Separate multiple spans with commas. Default: 1.

route-group

Set the number of the associated route group to use this profile.

Valid values: 0-63.

line-build-out

Set the decibel (db) level per foot of line length.

Valid values: 0-7. 0db up to 133 feet. Increment by 1db/133 feet after 133 feet. For example, 2db for 266-399 feet.

framing-value

Set the framing value to ccs.

coding-value

Set the framing value to ccs.

term-resistance

Enable or disable terminating resistance. Default: Disabled.

Enable terminating resistance when the E-SBC operates as the CPE side. For example, the E-SBC is a terminal endpoint connecting to a Telco through NT1.
Disable terminating resistance when the E-SBC operates as the NET side, and you encounter difficulties establishing a link to the terminal endpoint. For example, the E-SBC is emulating a Telco line.

time-source

Set the timing source.

Valid values: 0-4. Default: 1.

0—The card provides its own timing.
1—The card receives timing from the remote end.
2—The card receives secondary timing from the remote end.
3—The card receives tertiary backup timing from the remote end.
4—The card receives quaternary backup timing from the remote end.

rx-gain

Set the decibel level that increases or decreases the TDM receiving channel volume.

Valid values: 0.0-9.9. Default: 0.0.

tx-gain

Set the decibel level that increases or decreases the TDM transmitting channel volume.

Valid values: 0.0-9.9. Default: 0.0.

echo-cancellation

Enable or disable echo cancellation.

overlap-dial

Set the overlap dialing function to either no or incoming.

incoming-pattern

X matches any digit from 0-9

Z matches any digit from 1-9

N matches any digit from 2-9

[1237-9] matches any digit in the brackets (in this example, 1,2,3,7,8,9).

. wildcard matches one or more characters

! wildcard matches zero or more characters immediately

Syntax examples:

Suppose the main number is 800-555-1234, one key extension is number 80, and the range of other extensions is from 8100-8399.

Match the exact number including the extension: 800555123480
Match the extension in a range: _80055512348[1-3]XX
Match the exact number including the extension or match an extension in a range: 800555123480|_80055512348[1-3]XX

Click OK.
Click OK.
Save the configuration.

Run the TDM configuration wizard.
Configure the inbound and outbound TDM local policies.

Configure Inbound TDM Policy

Time Division Multiplexing (TDM) operations require policies for directing traffic to and from the TDM realm. In the following procedure, you specify the attributes for inbound TDM traffic.

Configure TDM.

For the Policy priority parameter, the priority hierarchy from lowest to highest is none, normal, non-urgent, urgent, emergency. None means no priority. Each higher priority handles sessions at its level plus the sessions in the priorities above it. For example, non-urgent also handles sessions for urgent and emergency.

In the following procedure, the to-address and from-address can match the caller and called phone number or you can use any of the valid values noted. Note that you must use tdmRealm, which is case sensitive, for source-realm.

Access the local-policy configuration element.
Configuration, session-router, show advanced, local-policy, Add.
On the Local policy page, click Add.

On the Add local policy page, set the following:

To address

Source realm

Click Add, set tdmRealm as the source realm, and click OK.

Description

Enter a description of the policy.

State

Select state to enable this policy.

Policy priority

Set the priority of the policy. Valid values: none | normal | urgent | non-urgent | emergency.

Policy attributes

Click Add, and do the following:

Next hop. Next hop. Set the next hop. Valid values:
Only for the PRI and BRI interfaces—next-hop tdm:span:<number>

Only for the Analog interface—next-hop tdm:channel:<number>

next-hop tdm:group:<number>

next-hop tdm:<profileName>
Realm. Set the realm for the next hop.
Action: Set the action to take. Valid values: none | redirect | replace-uri. Default: none.
Cost: Set the cost. Range: 0-999999999. Default: 0.
Click OK.

Click OK.
Save the configuration.

If your deployment requires an outbound TDM local policy, see "Configure the Outbound TDM Policy."

Configure the Outbound TDM Policy

Time Division Multiplexing (TDM) operations require policies for directing traffic to and from the TDM realm. In the following procedure, you specify the attributes for outbound TDM traffic.

For the next-hop parameter in policy-attributes, use the name of the tdm-profile that you want associate with this policy.

Access the local-policy configuration element.
Configuration, session-router, show advanced, local-policy, Add.

On the Add local policy page, set the following:

From address

To address

Source realm

Click Add, set the source realm, and click OK.

Description

Enter a description of the policy.

State

Select state to enable this policy.

Policy priority

Set the priority of the policy. Valid values: none | normal | non-urgent | urgent | emergency.

Policy attributes

Click Add, and do the following:

Next hop. Set the next hop. Valid values:
Only for the PRI and BRI interfaces—next-hop tdm:span:<number>

Only for the Analog interface—next-hop tdm:channel:<number>

next-hop tdm:group:<number>

next-hop tdm:<profileName>
Realm. Set the realm for the next hop.
Action: Set the action to take. Valid values: none | redirect | replace-uri. Default: none.
Cost: Set the cost. Range: 0-999999999. Default: 0.
Click OK.

Click OK.
Save the configuration.

If your deployment requires an inbound TDM local policy, see "Configure the Inbound TDM Policy."

Configure Outbound Local Policy with TDM Backup

To complete the Time Division Multiplexing (TDM) configuration for redundancy, you must configure the TDM local routing policy.

Confirm that a TDM configuration exists.
Confirm that a policy exists for the realm.

To configure TDM for backup, add the tdm profile as a second attribute to the local policy.

Access the local-policy configuration element.
Configuration, session-router, show advanced, local-policy, Add.
On the Add local policy page, under Policy attributes, click Add.
On the Add Local Policy / policy attribute page, select tdm:<profilename> from the Next Hop drop down list.
Click OK.
Save the configuration.
Save the configuration.

Add an FXO-FXS Profile

When your deployment requires Foreign Exchange Office-Foreign Exchange Subscriber (FXO-FXS) profiles, you can add up to four profiles each to support different attributes at different endpoints. For example, you might create profiles based on user name, department, location, and so on. You can create FXO profiles only, FSO profiles only, or both. To configure the FXO-FXS profiles, go to tdm-config under system, and create the profiles that you need.

Requires the FXO-FXS interface

The configuration process includes configuring tdm-config and a corresponding fxo-profile or fxo-profile.

Access the tdm-config object.
Configuration, system, tdm-config.

In tdm-config, set the following:

state

Enable or disable the configuration.

Default: Disabled.

logging

Enable or disable logging.

Default: Disabled.

line-mode

The system sets Analog, when it detects the FXO-FXS interface.

tone-zone

Set the tone zone value.

Default: us.

Valid values: ae, ar, at, au, be, bg, br, ch, cn, cr, cz, de, dk, ee, es, fi, fr, gr, hu, il, in, it, jp, lt, mo, mx, my, nl, no, nz, pa, ph, pl, pt, ru, se, sq, th, tw, uk, us, us-old, ve, za.

caller-ID

Set the type of caller ID for CLIP and COLP that you want for this profile.

Default: No

Valid values: no, rpid (remote-party-ID), pai (p-asserted-ID)

For each fxo-profile and fxs-profile that you want to create, set the following:

name

Enter a name for this profile.

channels

Enter the channels that apply to this profile. You can enter any combination of the four that apply to the particular card.

FXS—1,2,3,4
FXO—5,6,7,8

rx-gain

Set the TDM receive volume in decibels.

Default: 0.0.

Valid values: 0.0-9.9.

tx-gain

Set the TDM transmit volume in decibels.

Default: 0.0.

Valid values: 0.0-9.9.

echo-cancellation

Enable or disable.

Default: Enabled.

fax-detect

For fax transcoding, set fax-detect to one of the following:

both (default)
incoming
outgoing
no

route-group

Enter the number of the route-group for this profile. Range: 0-63.

signaling

Set the signaling type.

For the fxo-profile—Valid values: fxs_ls, fxs_gs, fxs_ks. Default: fxs_ks.
For the fxs-profile—Valid values: fxo_ls, fxo_gs, fxo_ks. Default: fxo_ks.

phone-number

Enter the caller's number. Required.

full-name

Enter the caller's name.

cid-signaling

Set the caller ID signaling type.

Valid values: Bell, v23, v23_ip, dtmf, of smdi.

Default: Bell.

Click OK.
Click OK
Save the configuration.

Run the TDM configuration wizard.
Configure the inbound and outbound TDM local policies.

Perform FXO Port Tuning

Tuning the Foreign Exchange Office (FXO) ports can help the echo canceller to work more efficiently. The setup fxotune run command creates the fxotune configuration file, which contains the script that fine tunes the Digium Asterisk Hardware Device Interface (DAHDI) FXO channels, and restarts the system. The tuning takes place during the restart. After FXO tuning, the system saves the result in a configuration file that is automatically applied after each subsequent restart. No additional user action is necessary.

Configure one or more FXO profiles and activate the configuration.

Note that the following procedure requires a system restart, which can take longer than usual due to the tuning process.

From the command line, type setup fxotune run.
Restart the E-SBC.

Reset the FXO Port Tuning Defaults

If you ever want to reset the setup fxotune run boot parameter, use the setup fxotune reset command. The command resets the boot parameter for setup fxotune run to the default tuning values and removes the fxotune configuration file.

Note that the following procedure requires a system restart.

From the command line, type setup fxotune reset.
Restart the E-SBC.

Configure Fax Transcoding for the Acme Packet 1100

The system requires two codec policies, two local policies, and two realms to support fax transcoding.

Before you begin, configure one realm that points to the Internet and one realm that points to the Time Division Multiplexing (TDM) interface.

For example, suppose you name the internet-facing codec policy "Remote" and you name the TDM-facing codec policy "TDM." Use the following guidelines for configuration:

Codec policies

In the "Remote" codec-policy, set allow-codecs to T.38 PCMU PCMA and set add-codecs-on-egress to T.38OFD.
In the "TDM" codec-policy, set allow-codecs to PCMU PCMA and set add-codecs-on-egress to G711FB.

Local Policies

In the "Remote" local-policy, set source-realm to remote.
In the "TDM" local-policy, set source-realm to tdmRealm.

Realms

In the "Remote" realm-config, set identifier to remote, set the codec-policy type, and set codec-manip-in-realm to enabled.
In the "TDM" realm-config, set identifier to tdmRealm, set the codec-policy type, and set codec-manip-in-realm to enabled.

Configure Overlap Dialing for Call Routing

When you enable overlap dialing and set the incoming match pattern, the Oracle® Enterprise Session Border Controller (E-SBC) can work with the information in the SETUP message to successfully route calls through the Primary Rate Interface (PRI) and Basic Rate Interface (BRI) in a Time Division Multiplexing (TDM ) deployment.

Plan the match patterns that you want for incoming calls. See "Incoming Call Patterns Guidelines" for rules and syntax.
Confirm that the tdm-profile that you want to enable for overlap dialing exists.

Note:

If the tdm-profile that you want does not exist, you can set the overlap dial and incoming-pattern parameters when you create the profile. The following procedure assumes the profile already exists.

Access tdm-confg and use the tdm-profile sub-element to set the overlap dial and incoming-pattern parameters.

Access the tdm-config object.
Configuration, system, tdm-config.
Select the TDM profile that you want.
Set the overlap dial parameter to incoming.
Set a list of extension numbers or match patterns for the incoming-pattern parameter.
Separate single extension numbers with the vertical bar (|) character. A pattern starts with the underscore (_) character. In an extension pattern, note the meaning of the following characters:

X matches any digit from 0-9

Z matches any digit from 1-9

N matches any digit from 2-9

[1237-9] matches any digit in the brackets (in this example, 1,2,3,7,8,9).

. wildcard matches one or more characters

! wildcard matches zero or more characters immediately
Syntax examples:
Suppose the main number is 800-555-1234, one key extension is number 80, and the range of other extensions is from 8100-8399.
- Match the exact number including the extension: 800555123480
- Match the extension in a range: _80055512348[1-3]XX
- Match the exact number including the extension or match an extension in a range: 800555123480|_80055512348[1-3]XX
Save the configuration.

Web Server Configuration

The Web server is a software application that helps to deliver Web content that you can access through the Internet. The Web server runs the Enterprise application called the Web GUI.

Every Web server has an IP address and sometimes a domain name. For example, if you enter the URL http://www.acmepacket.com/index.html in your browser, the browser sends a request to the Web server with domain name is acmepacket.com. The server fetches the page named index.html and sends it to the browser.

If you enter http://132.45.6.5, and this address has been configured by your Administrator to access the Web GUI, the server fetches the page and displays the Web GUI logon page to your browser.

This section provides a procedure for configuring the Web server in your network.

Configure a Web Server

Use the web-server element to enable the Web server and to specify how you want it to communicate with the Oracle® Enterprise Session Border Controller.

From the Web GUI, click Configuration, system, web-server.

On the Add Web server config page, click Show advanced, and do the following.

State

Select to enable Web server.

Inactivity timeout

Enter the number of minutes you want the Web server to wait before timing out.

HTTP state

Select to enable an HTTP connection to the Web server.

Optional. HTTP port

(Optional) Enter the port number that you want to use instead of the default port 80.

HTTPS state

Select to enable HTTPS connection to the Web server.

Optional. HTTPS port

(Optional) Enter a the port number that you want to use instead of the default port 443.

TLS profile

Select a TLS profile to use for HTTPS from the drop down list.

Click OK.
Save the configuration.