Add New Trunk Group

Click to add a trunk group for the selected card.

You can add one trunk group for a voice port.

—

Copy from Existing

Click to copy an existing trunk group to a new trunk group. In the box that appears, change the name if desired, select a trunk group, and click Copy.

—

Name

Name of the trunk group.

The name can contain up to 32 characters.

trunk group name

Hunt-Scheme

Select the hunt scheme in the trunk group for outgoing calls:

• least-idle both—Searches for an idle channel with the shortest idle time

• least-idle even—Searches for an idle even-numbered channel with the shortest idle time

• least-idle odd—Searches for an idle odd-numbered channel with the shortest idle time

• least-used both—Searches for a trunk group member that has the highest number of available channels (applies only to PRI ISDN cards)

• least-used even—Searches for a trunk group member that has the highest number of available even-numbered channels (applies only to PRI ISDN cards)

• least-used odd—Searches for a trunk group member that has the highest number of available odd-numbered channels (applies only to PRI ISDN cards)

• longest-idle both—Searches for an idle odd-numbered channel with the longest idle time

• longest-idle even—Searches for an idle channel that has the highest number of available even-numbered channels

• longest-idle odd—Searches for an idle channel that has the highest number of available odd-numbered channels

• round-robin both—Searches trunk group members in turn for an idle channel, starting with the trunk group member that follows the last used member

• round-robin even—Searches trunk group member in turn for an idle even-numbered channel, starting with the trunk group member that follows the last used member

• round-robin odd—Searches trunk group member in turn for an idle odd-numbered channel, starting with the trunk group member that follows the last used member

• sequential-both—Searches for an idle channel, starting with the trunk group member with the highest preference within the trunk group

• sequential-even—Searches for an idle even-numbered channel, starting with the trunk group member with the highest preference within the trunk group

• sequential-odd—Searches for an idle odd-numbered channel, starting with the trunk group member with the highest preference within the trunk group

• random—Searches for a trunk group member at random and selects a channel from the member at random

Default: least-used both

trunk group name

hunt-scheme least-idle [both | even | odd ]

hunt-scheme least-used [both | even | odd ]

hunt-scheme longest-idle [both | even | odd ]

hunt-scheme round-robin [both | even | odd ]

hunt-scheme sequential [both | even | odd ]

hunt-scheme random

Max Calls

Enter the maximum number of calls that are allowed for the trunk group. If you do not enter a value, there is no limit on the number of calls.

If the maximum number of calls is reached, the trunk group becomes unavailable for more calls.

• In field—Enter the maximum number of incoming calls that are allowed for this trunk group

• Out field— Enter the maximum number of outgoing calls that are allowed for this trunk group

Valid range for both fields: integers 0 through 1000.

trunk group name

max-calls voice number-of-calls direction [ in | out]

Max-Retry

Select the maximum number of outgoing call attempts that the trunk group makes if an outgoing call fails.

If you do not enter a value and a call fails, the system does not attempt to make the call again.

Valid range: integers 1 through 5.

trunk group name

max-retry attempts

Save Trunk Group

Click to save the Trunk Group that you configured.

—

Add New Translation Profile

Click to add a translation profile for the selected card.

You can create up to two translation profiles for this endpoint.

voice translation-profile name

Copy from Existing

Click to copy an existing translation profile to a new translation profile. In the box that appears, change the name if desired, select a called translation rule and a calling translation rule, and click Copy.

—

Calling

Click to configure translation rules for the number that is calling in.

The Translation Rules pane displays.

translate calling translation-rule-number

Called

Click to configure translation rules for the number that is being called.

The Translation Rules pane displays.

translate called translation-rule-number

Translation Rules pane

1. Click Add New to create a translation rule.

   Alternatively, you can click Copy From Existing to copy an existing translation rule to a new translation rule. In the box that appears, change the name if desired, select a called translation rule and a calling translation rule, and click Copy.

2. In the Translation Rule Number field, enter a unique number that designates the precedence for this rule. Valid range: integers 1 through 100.

3. (Optional) To copy existing translation rules from a CSV file, click Import. Continue to add rules or click Finish. For detailed information about this file, see Translation rules CSV file.

4. Click Add Rule.

5. In the Match field, enter the string that you want the translation rule to affect. Enter the string in regular expression format beginning and ending with a slash (/). For example, /^9/.

   To include the backslash character (\) in a match string, precede the backslash with a backslash.

6. From the Action drop-down list, select the action that the system performs for calls that match the string in the Match field. The Reject option causes the system to reject the call. The Replace option causes the system to replace the match number with a value that you specify.

7. If you select the Replace action, in the Replace field that displays, enter the string to which to translate the matched string. Enter the number in regular expression format beginning and ending with a slash (/). For example, //, which indicates a replacement of no string.

   To include the backslash character (\) in a replace string, precede the backslash with a backslash.

   As an example, if you specify a match string of /^9/ and a replace string of //, the system removes the leading 9 from calls with a number that begins with 9. In this case, the system translates 914085551212 to 14085551212.

8. Click Save.

9. Add more translation rules as needed.

10. (Optional) Click Export to save the translation rules that you created in a CSV file.

11. Click Finish at the bottom of the pane.

voice translation-rule number

Match and Replace Rule:

rule precedence /match-pattern/ / replace-pattern/

Reject Rule:

rule precedence reject /match-pattern/

Station Name

Enter the name of the station.

The station name can contain up to 50 letters, numbers, and spaces, dashes (-), and underscores (_).

station-id name name

Station Number

Enter the phone number of the station in E.164 format.

The station number can contain up to 15 numeric characters.

station-id number number

Pre Dial Delay

Enter the delay, in seconds, of the delay on the FXO interface between the beginning of the off-hook state and the initiation of DTMF signaling.

Valid range: 0 through 10. Default: 1.

pre-dial-delay seconds

Supervisory Disconnect

Select the type of tone that indicates that a call has been released and that a connection should be disconnected:

• Anytone—Any tone indicates a supervisory disconnect

• Signal—A disconnect signal indicates a supervisory disconnect

• Dualtone—A dual-tone indicates a supervisory disconnect

Default: Signal.

Anytone:

supervisory disconnect anytone

Signal:

supervisory disconnect

Dualtone:

supervisory disconnect dualtone {mid-call | pre-connect}

Dial Type

Select the dialing method for outgoing calls:

• pulse—Pulse dialer

• dtmf—Dual-tone multifrequency dialer

• mf—Multifrequency dialer

Default: dtmf.

dial-type {dtmf | pulse | mf}

Timing Sup-Disconnect

Enter the minimum time, in milliseconds, that is required to ensure that an on-hook indication is intentional and not an electrical transient on the line before a supervisory disconnect occurs (based on power denial signaled by the PSTN or PBX).

Valid range: 50 through 1500. Default: 350.

timing sup-disconnect milliseconds

Battery Reversal

Battery reversal reverses the battery polarity on a PBX when a call connects, then changes the battery polarity back to normal when the far-end disconnects.

Select Answer to configure the port to support answer supervision by detection of battery reversal.

Select Detection Delay to configure the delay time after which the card acknowledges a battery-reversal signal, then enter the delay time in milliseconds. Valid range: 0 through 800. Default: 0 (no delay).

If an FXO port or its peer FXS port does not support battery reversal, do not configure battery reversal options to avoid unpredictable behavior.

battery-reversal [answer]

battery-reversal-detection-delay milliseconds

Timing Hookflash out

Enter the duration, in milliseconds, of hookflash indications that the gateway generates on the FXO interface.

Valid range: 50 through 1550. Default: 400.

timing hookflash-out milliseconds

Timing Guard out

Enter the number of milliseconds after a call disconnects before another outgoing call is allowed.

Valid range: 300 through 3000. Default: 2000.

timing guard-out milliseconds

Tuning Params Options for FXS Cards

Timing Hookflash In

Enter the minimum and maximum duration, in milliseconds, of an on-hook condition to be interpreted as a hookflash by the FXS card.

Valid range for minimum duration: 0 through 400. Default minimum value: 50.

Valid range for maximum duration: 50 through 1500. Default maximum value: 1000.

timing hookflash-in maximum-milliseconds minimum-milliseconds

Pulse Digit Detection

To enable pulse digit detection at the beginning of a call, select Yes.

Default: Yes.

pulse-digit-detection

Loop Length

Select the length for signaling on FXS ports (Long or Short).

Default: Short.

loop-length [long | short]

Ring

• Frequency—Select the frequency, in Hz, of the alternating current that, when applied, rings a connected device. Default: 25.

• DC Offset—Applies only if Loop Length is set to Long. Select the voltage threshold below which a ring does not sound on devices. Valid values: 10-volts, 20-volts, 24-volts, 30-volts, and 35-volts.

ring frequency number

ring dc-offset number

Ringer Equivalence Number (REN)

Select the REN for calls that this card processes. This number specifies the loading effect of a telephone ringer on a line.

Valid range: 1 through 5. Default: 1.

ren number

Wait Before Wink

Enter the amount of time, in milliseconds, that the card waits after receiving a call before sending a wink signal to notify the remote side that it can send DNIS information.

Valid range: 100 through 6500. Default: 550.

timing wait-wink milliseconds

Wink Duration

Enter the maximum amount of time, in milliseconds, of the wink signal for the card.

Valid range: 50 through 3000. Default: 200.

timing wait-duration milliseconds

Clear Wait

Enter the minimum amount of time, in milliseconds, between an inactive seizure signal and the call being cleared for the card.

Valid range: 200 through 2000. Default: 400.

timing clear-wait milliseconds

Dial Pulse Min Delay

Enter the amount of time, in milliseconds, between wink-like pulses for the card.

Valid range: 0 or 140 through 5000. Default: 140.

timing dial-pulse min-delay milliseconds

Answer Winkwidth

Enter the minimum delay time, in milliseconds, between the start of an incoming seizure and the wink signal.

Valid range: 110 through 290. Default: 210.

timing answer-winkwidth milliseconds

Add New Trunk Group

Click to add a trunk group for the selected card.

You can add one trunk group for a voice port.

—

Copy from Existing

Click to copy an existing trunk group to a new trunk group. In the box that appears, change the name if desired, select a trunk group, and click Copy.

A trunk group name whose name is preceded with “{Master}” is already associated with this voice policy. When you copy a this type of trunk group, the system reuses the existing trunk group without creating another instance of the trunk group definition. In this case, you cannot change the name.

—

Name

Name of the trunk group.

The name can contain up to 32 characters.

trunk group name

Hunt-Scheme

Select the hunt scheme in the trunk group for outgoing calls:

• least-idle both—Searches for an idle channel with the shortest idle time

• least-idle even—Searches for an idle even-numbered channel with the shortest idle time

• least-idle odd—Searches for an idle odd-numbered channel with the shortest idle time

• least-used both—Searches for a trunk group member that has the highest number of available channels (applies to only PRI ISDN cards)

• least-used even—Searches for a trunk group member that has the highest number of available even-numbered channels (applies only to PRI ISDN cards)

• least-used odd—Searches for a trunk group member that has the highest number of available odd-numbered channels (applies only to PRI ISDN cards)

• longest-idle both—Searches for an idle odd-numbered channel with the longest idle time

• longest-idle even—Searches for an idle channel that has the highest number of available even-numbered channels

• longest-idle odd—Searches for an idle channel that has the highest number of available odd-numbered channels

• round-robin both—Searches trunk group members in turn for an idle channel, starting with the trunk group member that follows the last used member

• round-robin even—Searches trunk group member in turn for an idle even-numbered channel, starting with the trunk group member that follows the last used member

• round-robin odd—Searches trunk group member in turn for an idle odd-numbered channel, starting with the trunk group member that follows the last used member

• sequential-both—Searches for an idle channel, starting with the trunk group member with the highest preference within the trunk group

• sequential-even—Searches for an idle even-numbered channel, starting with the trunk group member with the highest preference within the trunk group

• sequential-odd—Searches for an idle odd-numbered channel, starting with the trunk group member with the highest preference within the trunk group

• random—Searches for a trunk group member at random and selects a channel from the member at random

Default: least-used both

trunk group name

hunt-scheme least-idle [both | even | odd ]

hunt-scheme least-used [both | even | odd ]

hunt-scheme longest-idle [both | even | odd ]

hunt-scheme round-robin [both | even | odd ]

hunt-scheme sequential [both | even | odd ]

hunt-scheme random

Max Calls

Enter the maximum number of calls that are allowed for the trunk group. If you do not enter a value, there is no limit on the number of calls.

If the maximum number of calls is reached, the trunk group becomes unavailable for more calls.

• In field—Enter the maximum number of incoming calls that are allowed for this trunk group.

• Out field— Enter the maximum number of outgoing calls that are allowed for this trunk group.

Valid range for both fields: integers 0 through 1000.

trunk group name

max-calls voice number-of-calls direction [ in | out]

Max-Retry

Select the maximum number of outgoing call attempts that the trunk group makes if an outgoing call fails.

If you do not enter a value and a call fails, the system does not attempt to make the call again.

Valid range: integers 1 through 5.

trunk group name

max-retry attempts

Add New Translation Profile

Click to add a translation profile for the selected POTS dial peer.

You can create up to two translation profiles for this endpoint.

—

Copy from Existing

Click to copy an existing translation profile to a new translation profile. In the box that appears, change the name if desired, select a called translation rule and a calling translation rule, and click Copy.

—

Name

Name of the translation profile.

The name can contain up to 32 characters.

voice translation-profile name

Calling

Click to configure translation rules for the number that is calling in.

The Translation Rules pane displays.

translate calling translation-rule-number

Called

Click to configure translation rules for the number that is being called.

The Translation Rules pane displays.

translate called translation-rule-number

Translation Rules pane

1. Click Add New to create a translation rule.

   Alternatively, you can click Copy From Existing to copy an existing translation rule to a new translation rule. In the box that appears, change the name if desired, select a called translation rule and a calling translation rule, and click Copy.

2. In the Translation Rule Number field, enter a unique number that designates the precedence for this rule. Valid range: integers 1 through 100.

3. (Optional) To copy existing translation rules from a CSV file, click Import. Continue to add rules or click Finish. For detailed information about this file, see Translation rules CSV file.

4. Click Add Rule.

5. In the Match field, enter the string that you want the translation rule to affect. Enter the string in regular expression format beginning and ending with a slash (/). For example, /^9/.

   To include the backslash character (\) in a match string, precede the backslash with a backslash.

6. From the Action drop-down list, select the action that the system performs for calls that match the string in the Match field. The Reject option causes the system to reject the call. The Replace option causes the system to replace the match number with a value that you specify.

7. If you select the Replace action, in the Replace field that displays, enter the string to which to translate the matched string. Enter the number in regular expression format beginning and ending with a slash (/). For example, //, which indicates a replacement of no string.

   To include the backslash character (\) in a replace string, precede the backslash with a backslash.

   As an example, if you specify a match string of /^9/ and a replace string of //, the system removes the leading 9 from calls with a number that begins with 9. In this case, the system translates 914085551212 to 14085551212.

8. Click Save.

9. Add more translation rules as needed.

10. (Optional) Click Export to save the translation rules that you created in a CSV file.

11. Click Finish at the bottom of the pane.

voice translation-rule number

Match and Replace Rule:

rule precedence /match-pattern/ / replace-pattern/

Reject Rule:

rule precedence reject /match-pattern/

Add New Translation Profile

Click to add a translation profile for the selected SIP dial peer.

You can create up to two translation profiles for this endpoint.

voice translation-profile name

Copy from Existing

Click to copy an existing translation profile to a new translation profile. In the box that appears, change the name if desired, select a called translation rule and a calling translation rule, and click Copy.

—

Calling

Click to configure translation rules for the number that is calling in.

The Translation Rules pane displays.

translate calling translation-rule-number

Called

Click to configure translation rules for the number that is being called.

The Translation Rules pane displays.

translate called translation-rule-number

Translation Rules pane

1. Click Add New to create a translation rule.

   Alternatively, you can click Copy From Existing to copy an existing translation rule to a new translation rule. In the box that appears, change the name if desired, select a called translation rule and a calling translation rule, and click Copy.

2. In the Translation Rule Number field, enter a unique number that designates the precedence for this rule. Valid range: integers 1 through 100.

3. (Optional) To copy existing translation rules from a CSV file, click Import. Continue to add rules or click Finish. For detailed information about this file, see Translation rules CSV file.

4. Click Add Rule.

5. In the Match field, enter the string that you want the translation rule to affect. Enter the string in regular expression format beginning and ending with a slash (/). For example, /^9/.

   To include the backslash character (\) in a match string, precede the backslash with a backslash.

6. From the Action drop-down list, select the action that the system performs for calls that match the string in the Match field. The Reject option causes the system to reject the call. The Replace option causes the system to replace the match number with a value that you specify.

7. If you select the Replace action, in the Replace field that displays, enter the string to which to translate the matched string. Enter the number in regular expression format beginning and ending with a slash (/). For example, //, which indicates a replacement of no string.

   To include the backslash character (\) in a replace string, precede the backslash with a backslash.

   As an example, if you specify a match string of /^9/ and a replace string of //, the system removes the leading 9 from calls with a number that begins with 9. In this case, the system translates 914085551212 to 14085551212.

8. Click Save.

9. Add more translation rules as needed.

10. (Optional) Click Export to save the translation rules that you created in a CSV file.

11. Click Finish at the bottom of the pane.

voice translation-rule number

Match and Replace Rule:

rule precedence /match-pattern/ / replace-pattern/

Reject Rule:

rule precedence reject /match-pattern/

Add New Media Profile

Click to add a translation profile for the dial peer.

—

Copy from Existing

Click to copy an existing media profile to a new media profile. In the box that appears, enter a media profile number for the profile, and click Copy.

—

Media Profile Number

Enter a number for this SIP media profile.

Valid range: Integers 1 through 10000.

voice class codec tag-number

Codec

Move from the Source list to the Target list the codecs that you want to be made available for the SIP trunk to use when communicating with the remote dial peer.

Codecs in the target list are in descending order of priority, with the highest priority at the top of the list. Drag and drop items in this list to rearrange them.

voice class codec tag-number

codec preference value codec-type

DTMF

Move from the Source list to the Target list the DTMF relay options that you want the system to use for SIP calls.

Items in the Target list are in descending order of priority, with the highest priority at the top of the list. Drag and drop items in this list to rearrange them.

If you want to include the Inband option in the Target list, it can be the only option in that list. If you want to include other options in the Target list, move the Inband option to the Source list before saving the media profile.

Save

Click to save the configuration settings that you made.

—

Add New Modem Pass-through

Click to add a modem pass-through for this SIP dial peer endpoint.

—

Copy from Existing

Click to copy an existing modem pass-through to a new modem pass-through profile. In the box that appears, select an existing modem pass-through, enter new name if desired, and click Copy.

—

Name

Name of the modem pass-through.

This name is used when you copy an existing modem pass-through profile to a new one.

—

Protocol

Select the protocol for the modem pass-through:

• None—Modem pass-through is disabled on the device

• NSE G.711ulaw—Uses named signaling events (NSEs) to communicate G.711ulaw codec switchover between gateways

• NSE G.711alaw—Uses named signaling events (NSEs) to communicate G.711alaw codec switchover between gateways

None:

no modem passthrough

NSE G.711 ulaw:

modem passthrough nse codec g711ulaw

NSE G.711 alaw:

modem passthrough nse codec g711alaw

Save Modem Pass-Through

Click to save the configuration settings that you made.

—

Add New Fax Protocol

Click to add a fax protocol for the dial peer.

—

Copy from Existing

Click to copy an existing fax protocol to a new fax protocol. In the box that appears, select an existing fax protocol, enter new name if desired, and click Copy.

—

Name

Name of the fax protocol.

This name is used when you copy an existing fax profile to a new fax profile.

—

Primary

Select from a set of fax protocol options. Each option is a bundled set of related fax commands.

For a detailed description of each bundle, see the “Primary Fax Protocol Command Bundles” table

The descriptions of the bundles include the following components:

• nse—Uses NSEs to switch to T.38 fax relay mode

• force—Unconditionally uses Cisco Network Services Engines (NSE) to switch to T.38 fax relay

• version—Specifies a version for configuring fax speed:

  • 0—Configures version 0, which uses T.38 version 0 (1998–G3 faxing)

  • 3—Configures version 3, which uses T.38 version 3 (2004–V.34 or SG3 faxing)

• none—No fax pass-through or T.38 fax relay is attempted

• Pass-through—The fax stream uses one of the following high-bandwidth codecs:

  • g711ulaw—Uses the G.711 ulaw codec

  • g711alaw—Uses the G.711 alaw codec

fax protocol { none | pass-through {g711ulaw | g711alaw} [fallback none ]| t38 [nse [force]] [version {0 | 3}] [ls-redundancy value [hs-redundancy value]] [fallback {none | pass-through {g711ulaw | g711alaw}}]}

Fallback

Available when the primary protocol bundle name that you selected in the Primary field begins with “T.38” or with “Fax Pass-through.”

Select the fallback mode for fax transmissions. This fallback mode is used if the primary fax protocol cannot be negotiated between device endpoints.

For a detailed description of each option, see the "Fallback Protocol Options” table.

fax protocol {none | pass-through {g711ulaw | g711alaw} [fallback none] | t38 [nse [force]] [version {0 | 3}] [ls-redundancy value [hs-redundancy value]] [fallback {none | pass-through {g711ulaw | g711alaw}}]}

Low Speed

Available when the primary protocol bundle name that you selected in the Primary field begins with “T.38.”

Specifies the number of redundant T.38 fax packets to be sent for the low-speed V.21-based T.30 fax machine protocol.

Range: varies from 0 (no redundancy) to 5. Default: 0.

ls-redundancy value

High Speed

Available when the primary protocol bundle name that you selected in the Primary field begins with “T.38.”

Specifies the number of redundant T.38 fax packets to be sent for high-speed V.17, V.27, and V.29 T.4 or T.6 fax machine image data.

Range: varies from 0 (no redundancy) to 2. Default: 0

hs-redundancy value

Save Fax Protocol

Click to save the configuration settings that you made.

—

T.38 Fax Relay Version 3

Primary fax protocol is T.38 fax relay version 3.

Options for selecting the low-speed and high-speed redundancy values are available.

fax protocol t38 version 3 ls-redundancy value hs-redundancy value

no fax-relay sg3-to-g3

T.38 Fax Relay Version 0

Primary fax protocol is T.38 fax relay version 0.

Options for selecting the low-speed and high-speed redundancy values are available.

fax protocol t38 version 0 ls-redundancy value hs-redundancy value

T.38 Fax Relay Version 3 NSE

Primary fax protocol is NSE based T.38 fax relay version 3.

Options for selecting the low-speed and high-speed redundancy values are available.

fax protocol t38 version 3 nse ls-redundancy value hs-redundancy value

no fax-relay sg3-to-g3

T.38 Fax Relay Version 3 NSE force

Primary fax protocol is NSE force option of T.38 fax relay version 3.

Options for selecting the low-speed and high-speed redundancy values are available.

fax protocol t38 version 3 nse force ls-redundancy value hs-redundancy value

no fax-relay sg3-to-g3

T.38 Fax Relay Version 0 NSE

Primary fax protocol is NSE option of T.38 fax relay version 0.

Options for selecting the low-speed and high-speed redundancy values are available.

fax protocol t38 version 0 nse ls-redundancy value hs-redundancy value

T.38 Fax Relay Version 0 NSE force

Primary fax protocol is NSE force option of T.38 fax relay version 0.

Options for selecting the low-speed and high-speed redundancy values are available.

fax protocol t38 version 0 nse force ls-redundancy value hs-redundancy value

T.38 Fax Relay Version 0 No ECM

Primary fax protocol is T.38 fax relay version 0 with ECM disabled.

Options for selecting the low-speed and high-speed redundancy values are available.

fax protocol t38 version 0 ls-redundancy value hs-redundancy value

fax-relay ecm disable

T.38 Fax Relay Version 0 NSE No ECM

Primary fax protocol is NSE based T.38 fax relay version 0 with ECM disabled.

Options for selecting the low-speed and high-speed redundancy values are available.

fax protocol t38 version 0 nse ls-redundancy value hs-redundancy value

fax-relay ecm disable

T.38 Fax Relay Version 0 NSE force No ECM

Primary fax protocol is NSE force option T.38 fax relay version 0 with ECM disabled.

Options for selecting the low-speed and high-speed redundancy values are available.

fax protocol t38 version 0 nse force ls-redundancy value hs-redundancy value

fax-relay ecm disable

T.38 Fax Relay Version 0 Rate 14.4 No ECM

Primary fax protocol is T.38 fax relay version 0 with ECM disabled and fax rate of 14,400 bps.

Options for selecting the low-speed and high-speed redundancy values are available.

fax protocol t38 version 0 ls-redundancy value hs-redundancy value

fax-relay ecm disable

fax rate 14400

T.38 Fax Relay Version 0 NSE Rate 14.4 No ECM

Primary fax protocol is NSE based T.38 fax relay version 0 with ECM disabled and fax rate of 14,400 bps.

Options for selecting the low-speed and high-speed redundancy values are available.

fax protocol t38 version 0 nse ls-redundancy value hs-redundancy value

fax-relay ecm disable

fax rate 14400

T.38 Fax Relay Version 0 NSE force Rate 14.4 No ECM

Primary fax protocol is NSE force option T.38 fax relay version 0 with ECM disabled and fax rate of 14,400 bps.

Options for selecting the low-speed and high-speed redundancy values are available.

fax protocol t38 version 0 nse force ls-redundancy value hs-redundancy value

fax-relay ecm disable

fax rate 14400

T.38 Fax Relay Version 0 Rate 9.6 No ECM

Primary fax protocol is T.38 fax relay version 0 with ECM disabled and fax rate of 9,600 bps

Options for selecting the low-speed and high-speed redundancy values are available.

fax protocol t38 version 0 ls-redundancy value hs-redundancy value

fax-relay ecm disable

fax rate 9600

T.38 Fax Relay Version 0 NSE Rate 9.6 No ECM

Primary fax protocol is NSE based T.38 fax relay version 0 with ECM disabled and fax rate of 9,600 bps.

Options for selecting the low-speed and high-speed redundancy values are available.

fax protocol t38 version 0 nse ls-redundancy value hs-redundancy value

fax-relay ecm disable

fax rate 9600

T.38 Fax Relay Version 0 NSE force Rate 9.6 No ECM

Primary fax protocol is NSE force option T.38 fax relay version 0 with ECM disabled and fax rate of 9,600 bps.

Options for selecting the low-speed and high-speed redundancy values are available.

fax protocol t38 version 0 nse force ls-redundancy value hs-redundancy value

fax-relay ecm disable

fax rate 9600

T.38 Fax Relay Version 0 Rate 14.4

Primary fax protocol is T.38 fax relay version 0 with ECM and fax rate of 14,400 bps.

Options for selecting the low-speed and high-speed redundancy values are available.

fax protocol t38 version 0 ls-redundancy value hs-redundancy value

fax rate 14400

T.38 Fax Relay Version 0 NSE Rate 14.4

Primary fax protocol is NSE based T.38 fax relay version 0 with ECM and fax rate of 14,400 bps.

Options for selecting the low-speed and high-speed redundancy values are available.

fax protocol t38 version 0 nse ls-redundancy value hs-redundancy value

fax rate 14400

T.38 Fax Relay Version 0 NSE force Rate 14.4

Primary fax protocol is NSE force option T.38 fax relay version 0 with ECM and fax rate of 14,400 bps.

Options for selecting the low-speed and high-speed redundancy values are available.

fax protocol t38 version 0 nse force ls-redundancy value hs-redundancy value

fax rate 14400

T.38 Fax Relay Version 0 Rate 9.6

Primary fax protocol is T.38 fax relay version 0 with ECM and fax rate of 9,600 bps.

Options for selecting the low-speed and high-speed redundancy values are available.

fax protocol t38 version 0 ls-redundancy value hs-redundancy value

fax rate 9600

T.38 Fax Relay Version 0 NSE Rate 9.6

Primary fax protocol is NSE based T.38 fax relay version 0 with ECM and fax rate of 9,600 bps.

Options for selecting the low-speed and high-speed redundancy values are available.

fax protocol t38 version 0 nse ls-redundancy value hs-redundancy value

fax rate 9600

T.38 Fax Relay Version 0 NSE force Rate 9.6

Primary fax protocol is NSE force option T.38 fax relay version 0 with ECM and fax rate of 9,600 bps.

Options for selecting the low-speed and high-speed redundancy values are available.

fax protocol t38 version 0 nse force ls-redundancy value hs-redundancy value

fax rate 9600

None

Fax protocol is disabled.

fax protocol none

Fax Pass-through G711ulaw

Primary fax protocol is fax pass-through with pass-through codec set to g711ulaw.

fax protocol pass-through g711ulaw

Fax Pass-through G711ulaw No ECM

Primary fax protocol is fax pass-through with pass-through codec set to g711ulaw and ECM disabled.

fax protocol pass-through g711ulaw

fax-relay ecm disable

Fax Pass-through G711alaw

Primary fax protocol is fax pass-through with pass-through codec set to g711alaw.

fax protocol pass-through g711alaw

Fax Pass-through G711alaw No ECM

Primary fax protocol is fax pass-through with pass-through codec set to g711alaw and ECM disabled.

fax protocol pass-through g711alaw

fax-relay ecm disable

None

Fallback Fax Protocol is None. All special fax handling is disabled.

fax protocol t38 [nse [force]] [version {0 | 3}] [ls-redundancy value [hs-redundancy value]] fallback none

fax protocol pass-through {g711ulaw | g711alaw } fallback none

Fax Pass-through G711ulaw

Fallback Fax Protocol is Fax Pass-through with pass-through codec set to g711ulaw.

fax protocol t38 [nse [force]] [version {0 | 3}] [ls-redundancy value [hs-redundancy value]] fallback pass-through g711ulaw

Fax Pass-through G711alaw

Fallback Fax Protocol is Fax Pass-through with pass-through codec set to g711alaw.

fax protocol t38 [nse [force]] [version {0 | 3}] [ls-redundancy value [hs-redundancy value]] fallback pass-through g711alaw

Medial Profile Number

Enter a number for this Cisco Unified SRST media profile.

Valid range: Integers 1 through 10000.

voice class codec tag-number

Codec

Move from the Source list to the Target list the codecs that you want to be available for phones when they are in Cisco Unified SRST mode and communicating with other phones that are in the same site and registered to the same gateway.

Codecs in the target list are in descending order of priority, with the highest priority at the top of the list. Drag and drop items in this list to rearrange them.

voice class codec tag-number

codec preference value codec-type

DTMF field

Move from the source list to the target list the DTMF relay options that you want the system to use when in Cisco Unified SRST mode.

Items in the target list are in descending order of priority, with the highest priority at the top of the list. Drag and drop items in this list to rearrange them.

If you want to include the Inband option in the Target list, it can be the only option in that list. If you want to include other options in the Target list, move the Inband option to the Source list before saving the media profile.

Save

Click to save the configuration settings that you made.

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