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Cisco Unified Communications Manager (CallManager)

Release Notes for Cisco CallManager Release 3.1(4b)


Table Of Contents

Release Notes for Cisco CallManager Release 3.1(4b)



System Requirements

IBM xSeries 340 and 330 Server Recommendations

Determining the Software Version

Upgrading to 3.1(4b)

SQL Service Pack 4

Compatibility Matrix

Related Documentation

New and Changed Information

Upgrading from Cisco CallManager Release 3.1(4a) to 3.1(4b)

Important Notes

Important Notes for Release 3.1(4b)

Restore Procedure

Enabling Microsoft Performance Monitor for troubleshooting

Resolved Caveats for Cisco CallManager Release 3.1(4b)

Open Caveats for Cisco CallManager Release 3.1(4b)

Documentation Updates


Getting Started Title Changes

Cisco IP Phone 7900 Family Administration Guide Title Changes

Remote Serviceability and Troubleshooting Information Changes Book

T1-CAS connection reference removed

Procedure for Starting the Cisco Telephony Call Dispatcher

Updated Service Parameters Configuration


Maintaining Cisco IP Phone Services List


Obtaining Documentation

World Wide Web

Documentation CD-ROM

Ordering Documentation

Documentation Feedback

Obtaining Technical Assistance


Technical Assistance Center

Contacting TAC by Using the Cisco TAC Website

Contacting TAC by Telephone

Release Notes for Cisco CallManager Release 3.1(4b)

July 30, 2002

These release notes describe the new feature and caveats for Cisco CallManager Release 3.1(4b).

For a list of the open and resolved caveats for Cisco CallManager Release 3.1(4b), see "Resolved Caveats for Cisco CallManager Release 3.1(4b)" section and "Open Caveats for Cisco CallManager Release 3.1(4b)" section. These release notes get updated every maintenance and major release.

If you are running Cisco CallManager 3.1(4a), you may need to reset the SQLSvc account password. See"Upgrading from Cisco CallManager Release 3.1(4a) to 3.1(4b)" section to determine if this applies to you.

To read the feature descriptions implemented in Cisco CallManager Release 3.1(3a), refer to


To access the Cisco CallManager documentation suite, refer to


Access the latest software upgrades and release notes for Cisco CallManager 3.1 on Cisco Connection Online (CCO) at



These release notes discuss the following topics:


System Requirements

Compatibility Matrix

New and Changed Information

Important Notes

Resolved Caveats for Cisco CallManager Release 3.1(4b)

Open Caveats for Cisco CallManager Release 3.1(4b)

Obtaining Documentation

Obtaining Technical Assistance


Cisco CallManager, a network business communication system, provides high-quality telephony over IP networks. Cisco CallManager enables the conversion of conventional, proprietary, circuit-switched PBXs to multiservice, open LAN systems.

System Requirements

Make sure you install and configure Cisco CallManager Release 3.1 on a Cisco Media Convergence Server.

You may also install Cisco CallManager on a Cisco-approved Compaq server configuration or a Cisco-approved IBM server configuration.

Caution The installation will not complete if you do not follow the exact configuration.

Access the correct Cisco-approved server configuration for IBM server or Compaq server at


For system hardware component information and system requirements, refer to Installing Cisco CallManager Release 3.1.

IBM xSeries 340 and 330 Server Recommendations

For xSeries 340 servers that have the ServerRAID-4Lx Ultra 160 (part number 06P5740), you must upgrade the RAID controller BIOS/firmware to a minimum level of 4.80.26. Without this BIOS/firmware load, CD 1 will not install.

Cisco recommends that if you are deploying an xSeries 340 server with a 20/40 GB DDS/4 4-mm tape drive (marketing part number for tape drive 00N7991), update your tape drive firmware to the latest version 8.160 with a release date of 2/19/01. This upgrade improves the performance of your tape drive.

Cisco recommends that if you are deploying the IBM xSeries 330 or 340 servers, update your Advanced Systems Management Processor (ASMP) firmware if necessary.

For the xSeries 340, the ASMP firmware load should be v1.15 dated 4/16/2001, and for the xSeries 330, the ASMP firmware load should be v1.04 dated 4/9/2001. The firmware upgrade ensures UM Services compatibility.

Access the correct server configuration and firmware location for IBM server or Compaq server at


Determining the Software Version

To determine the software version of Cisco CallManager 3.1, open Cisco CallManager Administration; then, click Details on the main Cisco CallManager Administration page. The following information displays:

Cisco CallManager System version

Cisco CallManager Administration version

Database information and database DLL versions

Upgrading to 3.1(4b)

Cisco recommends that you upgrade to Cisco CallManager 3.1(4b) from the latest Cisco CallManager version 3.0(12) or any version of 3.1.

SQL Service Pack 4

Before upgrading to Cisco CallManager 3.1(4b), you should install SQL Service Pack 4. Refer to Upgrading Cisco CallManager Release 3.1(4b) for more information.

Compatibility Matrix

You can find the minimum versions with which Cisco CallManager Release 3.1(4b) has been tested at


Note Please review the product-specific release notes to make sure that no known defects exist that will prevent the component or application from working with Cisco CallManager.

Related Documentation

The following list contains related documents for Cisco CallManager Release 3.1.

Cisco CallManager Document Locator for Release 3.1(4b)

Quick Start Guide for Cisco CallManager Release 3.1

Installing Cisco CallManager Release 3.1

Rack-Mount Conversion Kit Installation

Upgrading Cisco CallManager Release 3.1

Backing Up and Restoring Cisco CallManager Release 3.1

Cisco CallManager Administration Guide

Cisco CallManager System Guide

Cisco IP Phone Administration Guide for Cisco CallManager

Cisco CallManager Serviceability Administration Guide

Personal Directory Configuration Guide

Cisco WebAttendant User Guide, Release 3.1

Cisco CallManager 3.1 JTAPI Developer's Guide

Cisco CallManager 3.1 TAPI Developer's Guide

Cisco CallManager 3.1 Extension Mobility API Developer's Guide

System Error Message

Software License Agreement

New and Changed Information

The following sections describes the new features for Cisco CallManager Release 3.1(4b).

Tip To see the feature descriptions that were added to Cisco CallManager Release 3.1(3a), refer to http://www.cisco.com/univercd/cc/td/doc/product/voice/c_callmg/3_1/rel_note/

Upgrading from Cisco CallManager Release 3.1(4a) to 3.1(4b)

If you are running Cisco CallManager Release 3.1(4a), you do not need to upgrade to Cisco CallManager Release 3.1(4b).

The Cisco CallManager 3.1(4a) installation program resets a background account password used for database replication and other Cisco CallManager communication processes. Cisco design specifications require that the installation process provides a unique encrypted password for each Cisco CallManager cluster. After you upgrade to Cisco CallManager Release 3.1(4a), replication and/or services that rely on the SQLSvc account may not work correctly.

To ensure that replication occurs and services function properly with Cisco CallManager Release 3.1(4a), you must enter an identical SQLSvc account password on all servers in the cluster and for all services that use the SQLSvc account. For information on how to perform these tasks, refer to Upgrading Cisco CallManager Release 31(4b).

Important Notes

The following section contains important information that may have been unavailable upon the initial release of documentation for Cisco CallManager Release 3.1(4b).

Important Notes for Release 3.1(4b)

Restore Procedure

In the unlikely event of a catastrophic multiserver failure, you must restore every server in the Cisco CallManager cluster. Consider the following guidelines before you restore the cluster.

Step 1 Restore the publisher database server first.

Note Cisco requires that you restore the server to the version of the last successful Cisco CallManager database backup.

Step 2 Restore the Cisco CallManager database.

Step 3 Install Cisco CallManager on all subscribers in the cluster.

Enabling Microsoft Performance Monitor for troubleshooting

Microsoft Performance Monitor is an application that monitors and logs resource counters from the Cisco CallManager nodes in the network and displays the system activities and status information in real time.

Tip Use the following procedure to collect and display system and device statistics for any Cisco CallManager installation. The collected information enables Cisco TAC to help you with potential installation problems.


Step 1 Access Performance Monitor by choosing
Start > Programs > Administration Tools > Performance.

Step 2 Choose Action > New log settings and enter a name for the counter log.

Step 3 Click Counters.

Step 4 Click Add.

Step 5 Click Performance Object.

Step 6 Click Process.

Step 7 In Select Counters from List and Select Instances from List, choose the following counters and associated instances:

% Processor Time/_Total

% Processor Time/ccm

% Processor Time/AudioTranslator

% Processor Time/Aupair

% Processor Time/CiscoMessagingI

% Processor Time/ctftp

% Processor Time/CTIManager

% Processor Time/DLLHOST

% Processor Time/sqlservr

% Processor Time/TcdSrv

% Processor Time/RisDC

% Processor Time/snmp

% Processor Time/CallBackService

% Processor Time/LogoutService

% Processor Time/InsertCDR

Virtual Bytes/_Total

Virtual Bytes/AudioTranslator

Virtual Bytes/Aupair

Virtual Bytes/ccm

Virtual Bytes/CiscoMessagingI

Virtual Bytes/ctftp

Virtual Bytes/CTIManager

Virtual Bytes/DLLHOST

Virtual Bytes/sqlservr

Virtual Bytes/TcdSrv

Virtual Bytes/RisDC

Virtual Bytes/snmp

Virtual Bytes/CallBackService

Virtual Bytes/LogoutService

Virtual Bytes/InsertCDR

Private Bytes/_Total

Private Bytes/ccm

Private Bytes/AudioTranslator

Private Bytes/Aupair

Private Bytes/CiscoMessagingI

Private Bytes/ctftp

Private Bytes/CTIManager

Private Bytes/DLLHOST

Private Bytes/sqlservr

Private Bytes/TcdSrv

Private Bytes/RisDC

Private Bytes/snmp

Private Bytes/CallBackService

Private Bytes/LogoutService

Private Bytes/InsertCDR

Step 8 Click the General tab.

Step 9 Enter the collection interval of 60 and for Units choose seconds so that the data is averaged and collected over 60-second intervals.

Step 10 Click Apply.

Step 11 Click the Schedule tab.

Step 12 Choose the At option for Start log and enter the current time and date.

This will enable the logging to continue after a reboot.

Step 13 Click Save to save your settings, such as the Objects you selected.

This allows you to load the same data again, if necessary.

Note The log files will expand in size. Manually purge the log files to maintain optimal disk space.

Performance Monitor can simultaneously collect data from multiple installed systems and store the information in a single log file. You can export the log file into a Tab Separated Value (TSV) file or a Comma Separated Value (CSV) file. View the TSV file or CSV file in a spreadsheet application.

Note You must enable Statistics in the Cisco CallManager Administration for the Performance Monitor to collect data.

Cisco CallManager directly updates Microsoft Performance Monitor counters. The call perfmon counters are call-processing-related counters, which contain simple, useful counts such as number of registered phones, number of active calls, and number of available conference bridge resources.

The following list identifies the Cisco CallManager performance counters:

Cisco CallManager

Cisco Phones

Cisco Lines

Cisco H323

Cisco MGCP Gateways

Cisco MOH Device

Cisco Analog Access

Cisco MGCP FXS Device

Cisco MGCP FXO Device

Cisco MGCP T1CAS Device

Cisco MGCP PRI Device

Customize Performance Monitor to view the Cisco CallManager-related parameters that you want to monitor by choosing the object, counter, and the instance.

Resolved Caveats for Cisco CallManager Release 3.1(4b)

Table 1 lists and describes caveats that were resolved in Cisco CallManager Release 3.1(4b).

Note If you have an account with Cisco.com (Cisco Connection Online), you can use the Bug Toolkit to find caveats of any severity for any release.

To access the Bug Toolkit, log on to http://www.cisco.com/support/bugtools

Table 1 Resolved Caveats for Cisco CallManager Release 3.1(4b)

DDTS Number

The following defect was resolved in Cisco CallManager release 3.1(4b).


The SQLSvc default password gets changed when upgrading to Cisco CallManager.

The following defects were resolved in Cisco CallManager release 3.1(4a).


A feedback loop gets created when a port on a Cisco Unicast Conference Bridge is conferenced back to itself.


Gatekeeper calls cause memory loss on a Cisco CallManager server.


Wave installation does not have the correct path to install avaudio.dll.


Calls from CTI ports that are redirected to a busy destination fail.


CallerID does not display correctly.


Two skinny protocol messages should be deleted from Cisco CallManager.


User does not get sent progress tones on intercluster trunk transfers.


Conference function key remains active upon reaching the maximum conference participants.


Binary files do not get placed in non-default TFTPPATH during an upgrade.


WS-X6608 E1 does not establish D-channel with Cisco CallManager server.


Every MaxForwardsToDn call on a phone in a call pickup group gets sent a reorder tone.


Bandwidth does not get returned when the location is updated before a call ends.


STI backup utilities need to run at a low priority.


Unity cannot identified AS-8 port when the voice message field is used.


A call forwarded with no answer reason gets busy greeting.


A lineAnswer returns SUCCESS, but state does not change.


An anonymous device can be configured but not selected or used from the route pattern page.


Real time transport protocol (RTP) packets are dropped when using Cisco Catalyst 6000 24 Port FXS Analog Interface Module or Cisco Catalyst 6000 8 Port Voice and Services Module and Cisco CallManager has a failover.


Ad hoc conference fails when H.323gateway has a matching destination Pattern in VOIP Dial-peer.


Call gets dropped when the CTI port is reset.


External calls through a MGCP gateway do not have a distinctive ring.


Phone connected to H323 does not get ringback after a blind transfer.


Cisco CallManager has problems in the initialization code for gateways.


DT24 needs to be removed from the database and from the device default table.


Failure response occurs from lineUnHold when consult call is offering.


CTI redirect of a party in a conference causes an erroneous conference state.


When the phone goes off hook, it uses the shared line appearance instead of the primary line.


Caller gets incorrect voice mailbox when the DN is not registered.


Cisco CallManager sent an ICMP Unreachable (IU) event to the gateway.


Administrator gets an error when an administrator is upgrading Cisco CallManager if the server is not part of the Active Directory domain.


Performance Monitor and Administrator Servicability Tool reports incorrect values for active calls.


Call through H.323 gateway that is using G729 code gets dropped when the call is put on hold.


Call gets disconnected due to havingthe same timeout value for MGCP and MediaExchange.


Call park does not work with partitions.


Personal Directory does not work if Cisco CallManager server is integrated with Active Directory.


Cisco SoftPhone displays error message when it is integrated with Microsoft Outlook.


Cisco CallManager logic can cause CPU to spike when many CTI devices are registered.


User gets invalid conference participant message when user is conferencing two outside calls.


Wave ID for a CTI port changes after a failover.


Some parameters do not get added to the ProcessConfigDefaults table after a Cisco CallManager upgrade.


Intercluster trunks advertise wrong codecs.


Calls that are redirected from Cisco IP ICD do not pass the correct called party number.


Hookflash transfer from a MGCP gateway to a H.323 gateway fails.


You cannot delete a personal address book entry from a Cisco IP Phones.


ToneOnHold Service Parameter does not affect calls through a WS-6608.


Translation pattern changes do not take effect until Cisco CallManager restarts.


Cisco CallManager forwards calls as CFNA when extension mobility user is not logged in.


Administrators cannot modify existing Active Directory user in Cisco CallManager Administration.


Telephony Call Dispatcher (TCD) service stops.


Error message gets written in Cisco CallManager event logs for call busy condition.


When a gateway call is cleared, Cisco CallManager side sends a Release Complete message before receiving an EndSessionCommand message.


Cisco Softphone displays unknown string when it is joining a meet me conference.


VGC device default profile is missing in the Cisco CallManager after a new installation.


User directory service crashes when one of its fields is empty.


Calls transferred from Octel fail when progress gets returned.


Changing the timezone to the Adelaide Date/Time group (GMT +9:30) does not work for IP Phones.


Backup and restore does not work properly on a secondary Cisco CallManager.


An ICD agent displays a phantom call when an H.323 call disconnects at the same time that the call is redirected from the route point to the agent.


CPU usage goes high when TAPI application attempts to call provideropen on 2500 controlled devices.


The assistant's attended time does not get charged if the call is diverted.


External calling mask does not get applied when phone is unregistered.


The call leg from the PSTN to the transcoder does not release the transcoding session when a call completes.


No LINE_REPLY gets returned on lineDrop on a conferenced call state.


A call redirected with a CALLDEFLECTION reason does not get the proper greeting.


LineGetInfoReq to CTI does not return all call handles.


TAPS application sends a message that the phone is already configured.


Handle timeout is needed for DeviceLineInfoFetchReq so as not to remove lines.


H.323 call to a shared line between H.323 client and Cisco IP Phone 7960 fails.


A call disconnects when it is redirected to a busy CTI port.


User cannot answer an offering conference call on a CTI port.


Phones with shared lines do not display line in use message.


An IP phone device fail due to missing in service event.


A consult call does not get cleared from the CTI port at the end of the first call.


Phones with call forward all enable cannot receive calls from a MGCP T1-CAS.


Application fails to create JTAPI provider.


CiscoAddrInServiceEv does not get sent to applications.


Cisco CallManager does not send the correct ISDN disconnect messge.


Translation pattern does not get updated properly.


JTAPI returns an error after a successful call transfer.


Cisco IP ICD calls are aborted due to transfer failure.


CiscoTransferStartEv has consultCall and finalCallIDs reversed.


Only one TermConnDropped gets received in certain scenario when two are expected.


LineOpen returns with a resource unavailable error.


Cisco CallManager restarts during router verifications.


TermconnDropped does not get sent to agent when a consult call is held.


A leak occurs in the lineInitializeEx, and Shutdown handles.


A CTI message with out of bounds index causes Cisco CallManager to restart.


Call transfer fails during Cisco IP ICD load test.


Three call handles get created on a two-party conference call.


Disconnect event does not occur when a call is dropped on unplugged phone.


Cisco CallManager does not send the caller ID time correctly when the call is made over the MGCP gateway.


Cisco CallManager restarts due to an out of bounds index in the locations array.


Race condition causes phantom call.


Cisco CallManager restarts due an out of bounds index array in StationD.


The CTI port does not get released after a transferred call goes idle.


Phones that are added with extension mobility enabled generate event log error messages.


Ipvmsapp.exe crashed with a kDeviceMgrThreadException error.


Hookflash transfer to the webattendant pilot point fails.


Requested Heartbeat Interval of 300 seconds causes TSP connection to fail.


Uninstall program for TSP has an incorrect option.


Redirect reason code is received for normal disconnect.


CiscoTransferStart message is received before an agent answers a call.


Provider Open for a TAPI application needs to be optimized.


Phone does not ring when a Call Forward No Answer (CFNA) is enabled from a shared line to a primary line.


An out-of-bounds stimulus causes Cisco CallManager to reset.


CTI manager becomes unresponsive under 25000 BHCC after 31 hours.


Incorrect called address displays for calls made from an observed device.


Cisco CallManager has a memory leak when it is under high call load, and many uncompleted calls occur.


Snapshot talking events are received late when you are observing a call in progress.


The redirecting and Redirection ID do not get returned to the TAPI application when the call is forwarded with No Answer.


Call.getCalledAddress returns the CTI port address instead of the RP address.


Message waiting is not enable if it is sent before the application starts.


Transfer failures occur during Cisco IP Integrated Contact Distribution (Cisco IP ICD) load test.


The CTI Manager process increases CPU utilization over time.


Timer creations get removed when no delay for DbDnQuery is requested.


Cisco CallManager service stops after a failover.


Cisco CallManager crashes intermittently when it is using the EURO protocol.


Calls through the gatekeeper stop working after the gateway resets.


Call failure occurs when Cisco CallManager encounters IE error messages during setup.


User cannot transfer or hold a call on line 2. Line1 goes off hook when line 2 is answered.


LowPriorityQueueThrottlingFlag does not always work correctly.


LineGetAddressStatus() does not provide existing forwarding status.


Cisco CallManager Administration takes a long time to display user information.


NullPointer gets thrown in JTAPI Provider and Cisco CallManager classes.


QBEHelper Support does not handle error conditions.


Digital signal processor (DSP) memory corruption causes entire port to reset.


Residential Gateway (RGW)/Line Side Gateway calls fails when VoAL2 is used as the voice bearer.


Cisco Catalyst 6000 sends TFTP requests at a very high rate when it fails to receive the XML file from the TFTP server.


Call Pickup stops working.


Svchost.exe crashed under load.


CallPark reversion does not display if Call Forward Busy and Call Forward no Answer are enabled on the phone.


CTI route points are unavailable after a failover.


Cisco CallManager does not send a restart_ack.


MaxForwardtoDN does not allow sequential calls.


MSGWAIT is missing on dwDevStausFlags when the lamp is enabled on the phone.


Back button does not work in the Destination Location window.


No TermConnDropped message gets received in a chained-transfer scenario.


Svchost crashed.


Dllhost.exe has high memory usage over a period of time.


No LINE_REPLY gets sent on a lineUnHold request on ONHOLDPENDCONF.


Cisco CallManager does not respond to IRQ.


Cisco CallManager had an access violation while it is decoding Setup UUIE.


The firmware for Cisco IP Phone models 7940 and 7960 cannot be upgraded from version P003AM30 to P00303010106.


T305/HangupTimeout value does not get set correctly.


Cisco CallManager does not send a NOTIFY message immediately.


DCD subscriber does not have indexing.


Calls get stuck in the CTI port after a redirect failure.


CallCtlConnEstablishedEv does not get received in an ICD blind conference call.


Cisco CallManager does not support CanMapAlias.


Call Park stops working for some call park extensions.


Resetting route groups causes high CPU usage.




The method call.connect() throws an exception when a call is made to a phone behind H.323 gateway.


Cisco IP Phone model 7940 speakerphone does not operate in full duplex.


Redirect occurs even though LineRedirect request line reply returns LINEERR_INVALLINESTATE.


Two applications monitoring the same CTI route point causes route errors.


Call gets dropped when it is redirected to a nonestablished MeetMe extension.


CTI ignores indicator and displays number instead of displaying Private.


FXO port on Cisco VG200 running MGCP locks up when phone sets call forward all (CFA) to a H.323 device.


CCMCIP process causes high CPU usage when directory searches are done from an IP phone.


Redirected calls fail when the caller redirects the call.


The original caller gets dropped when a user transfers a call to the phone's second line.


Directory search on an IP phone does not allow both upper-case and lower-case letters.


Phone continues to ring after a call is answered.


Cisco CallManager does not send MDCX to 6608 port. The phone gets a reorder tone.


Cisco CallManager does not send MGCP notification request (RQNT) after receiving a 401 (Already offhook) message.


Call Park fails where there are other active park sessions.


Creating DBLException from COM Error causes an exception.


Phones with shared lines do not ring when there is an incoming call.


IP phones should display "Too Much Traffic Try Again Later" error message when the IP phones request dial tone on a Cisco CallManager with a congested event queue.


The subscriber Cisco CallManager sends registration request (RRQ) messages every 3 seconds when the primary Cisco CallManager goes down.


Phone cannot boot up if the URL has special characters.


Cisco SoftPhone did not receive a LINE_GENERATE event.


Cisco WebAttendant gets missing JTAPI class error.


Cisco CallManager only supports 12 G729 calls when Cisco Catalyst 6000 is used as a MTP.


IP phone does not display calling party number in the status line.


JTAPI throws an exception when parking and the parked party are not in the same provider.


User gets an error when an expansion module is added.


Cisco CallManager drops the call when it receives an IZCT token in the ACF message.


Overlap sending does not work for phones registered to back up Cisco CallManager servers.


You get an error when you try to use the 7914 template after upgrading Cisco CallManager from version 3.0(11) to 3.1(3a).


The performance counter displays the wrong number of conference resources for SW Conf bridge.


GetConsultingTerminalConnection returns incorrect value.


The Cisco CallManager process monitor trace level should be set to ARBITRARY.


The route plan wizard creates a incorrect route filter.


Cisco CallManager has disk I/O contention issues with SDI tracing and logging.


Invalid Connected ID gets displayed after a consult-transfer of a conference call.


You cannot update the routelist after removal of a routegroup that was created by the route plan wizard.


Directory change notification fails.


User gets an error when user tries to view line details for a Cisco VG248 with Cisco CallManager 3.1(3a).


A connection clear event does not get sent when a gateway call is dropped from a conference.


You cannot add or delete a device in the user pages after adding a device that is not registered with Cisco CallManager.


Cisco CallManager sends a Display IE in a NOTIFY message when the "Display IE Delivery" is disabled.


H.323 ICT calls fail due to Q931 Cause Codes AF.


StationD with StationOutputSetLamp access out of bound array.


Problems occur when an active call exists on a non-CTI-controlled line and the CTI application sends a "Change Line Filter" request to the CTI application for the CTI-controlled line.


JTAPI sends a bogus conference event and missing AlertingEv when a device redirects a conference call.


User does not display when the first or last name is missing in Active Directory or Netscape Directory.


JTAPI sends a bogus conference event and missing AlertingEv when a device redirects a connected call.


Backup utility does not install properly.


IP phone does not register to the subscriber Cisco CallManager.


Cisco CallManager does not allow a mask for a caller ID in service parameter.


CtiLineClosed alarms do not get sent when a TAPI or JTAPI application shuts down.


Cisco CallManager has high CPU usage when there are a large number of calls forwarded to a voicemail system with a high number of ports.


Perfmon counter displays the incorrect available bandwidth for remote locations.


Cisco CallManager does not apply external phone mask to calls on phones with CFA enabled.


CDR pruning process causes high CPU usage.


The database maintenance task needs to clear the sysreplicationalerts table.


Origspan field of the CallDetailRecord in CDR gets set to 0 for incoming calls.


You cannot associate a device to a user if Cisco CallManager is integrated with Active Directory.


Cisco CallManager server does not initialize when there are more than 100 locations.


All digits for a call with RDNIS information does not get forwarded to the MGCP gateway.


A hold event does not get sent in a TAPI/soft-key transfer conference scenario.


Aupair logs on Cisco CallManager servers display*ERROR* tableName is empty message.


ASP error gets displayed when the all button is chosen on the Route Plan Report.


Removing RIS from the database causes an error to be recorded in the event log.


Updating IP Phone Services subscription freezes the screen temporarily.


Service Parameter modifications do not appear after a support patch installation.


CFA set on IP phone should check the CFA CSS.


JTAPI sends wrong CallCtlTermConnTalkingEv when a device redirect a held call.


The Caller ID does not display correctly on phone load 00303010400.


An extra CallConferenceStateChangedEvent gets sent when a party drops from a conference call.


Svchost crashes because device.m_WaveList pointer is null.


JTAPI call processing gets errors when CTI passes empty calling party.


Classpath for DCD Change Notification does not get set when upgrading Cisco CallManager.


Cisco CallManager does not write Call Management Records (CMR) correctly for MGCP gateway.


JTAPI needs to have a clearCall method.


Ringback gets played after the transfer completes.


A caller using PSTN receives ringback after a transfer while the person who is answering can hear the caller.


The restart devices for changes to take effect window does not pop up when the directory number is added for the second line on a Cisco IP phone 7960 or 7940.


Calls from IP phone to another IP phone receives the reorder tone when 60+ regions exist.


Applications do not recover following a JTAPI provider Out-Of-Service Event.


Multiple transfer failures cause the agent desktop to go repeatedly from the Ready state to the Reserved state and then back to the Ready state again.


Phones continuously request xml file because of conflicting <vendorConfig> tag.


The UnknownCallerID Field allows the user to enter nonnumeric characters.


SNMP Data Collector service does not get removed when upgrading from Cisco CallManager release 3.1 to 3.2 occurs.


Intermittently, a user cannot answer calls on a Cisco IP Phone model 7960 with a Cisco IP phone 7914 Expansion Module with shared lines.


JTAPI throws an exception when a call generates DTMF.


Origin field should default to internal rather than external on the redirected destination.


Consult call request causes a conference call.


Callers on hold do not receives music after a period of time.


Cisco CallManager servers need an alarm for applications that failed to handle calls in time.


Calls skip first shared line on the phone.


Some phones show the shared line as being in use remotely after a call has cleared.


Inbound calls with an IE in Codeset 7 get dropped.


Svchost.exe crashed.


User does not get displayed when the last name field is empty on Active Directory.


MGCP Caller ID Timestamp has an incorrect format.


A handle leak occurs when clients close sockets.


Associating a non-CTI devices with a CTI user causes a LINE_CREATE message to be sent.


Calling lineDevSpecific with CCiscoLineDevSpecificRedirectResetOrigCalled request always succeeds even when the redirect is not successful.


Reconnect to TSP does not work if CTI Manager is stopped and restarted during ProviderOpen.


Presentation restricted does not get preserved when a call is tandem switched.


Agent login fails when the user ID is greater than 11 characters or password is greater than 15 characters.


Cisco CallManager does not forward access or accounting code after the 1-digit (long distance) number has been sent to MGCP gateway.


Cisco CallManager has a memory leak when heavy traffic exists.


User cannot delete the entry for the email field in the personal address book.


Incorrect calling party information gets sent in existing CallEvent for unparked calls.


Cisco CallManager resets when more than 130 regions exist.


Media Streaming Application does not notify the Cisco CallManager server when it detects ICMP messages.


The back button on the user information page does not work properly.


RIS data collector uses a large amount of memory.


Cisco CallManager incorrectly lists the directory number assigned to a CTI route point as the originalcalledparty on calls forwarded from the CTI route point.


CPU usage goes to 100 percent when calls to the attendant occur.


Blind transfers to a MGCP FXS does not work.


No Redirecting or RedirectionID information on a caller displays under a forward all scenario.


Incorrect called party number gets displayed on the phone.


A gateway call in a conference does not get preserved when the primary Cisco CallManager server goes down.


Cisco CallManager does not identify consult transfer or conference calls.


Calls routed directly to a registered available device fail with a awaitingCallResponse_SsExtendCallErr. ErrorCode= 2.


User cannot hear the dialtone after pressing either the transfer or new call softkey.


Application experiences long delay for login and logout requests.


The owner field does not get populated when a user is created with Active Directory or Netscape console and updated with Cisco CallManager Administration.


CPU usage goes to 100 percent during call clearing.


Svchost.exe crashed after a configuration change when Cisco CallManager server experienced a heavy call volume.


JTAPI does not receive AddressInService events after the failover.


Out of bounds index array causes Cisco CallManager to restart.


Unicast music-on-hold stream RTP packets do not get marked with the appropriate TOS/DSCP bits.


Cdcc has a memory leak caused by late CRCX Ack messages.


Cisco CallManager has high CPU and memory usage after four days of heavy traffic.


The OrigSpan and DestSpan fields in the Cisco CallManager Call Detail Record (CDR) database table have negative values.


ProviderOPen fails


Conference request fails when a spurious held event is received for a active call.


CTI based conference request fails when there is a missing disconnect event during conference tear down.


JTAPI fails to send a CallCtlConnAlertingEv for target device when redirectinga held call.


Service parameters do not appear on Cisco CallManager Administration.


Updating or inserting regions on a Cisco CallManager with a large number of regions cause high CPU usage.


Cisco CallManager has a handle leak.


TAPI does not clean up a consult call when a blind transfer failure occurs.


User cannot make intercluster calls.


CDRBackup registry key does not get inserted when upgrading backup and restore utility.


JTAPI subsystems have partial service. Route points get a fastbusy signal after network failures.


Cisco CallManager and CTI Manager stopped when the LP queue is extremely high.


Cisco CallManager and CTI Manager stopped when the LP queue is extremely high.


Cisco CallManager adds a 0 to the enterprise ID trap.


A held call gets partially torn down when it is retrieved.


JTAPI passes unknown destination handle in the proceeding event.


A CTI route point got stuck after a Cisco CallManager failover.


Cisco CallManager has high CPU usage when LP queues are backing up.


You cannot add or delete 96 voice ports using the voice mail wizard.


The Cancel Changes button does not work for Route List.


Restarting the devices from the Region page does not work after updating the Region Field.


Cisco CallManager does not support a true blind transfer when a phone connected to a MGCP gateway does a hookflash transfer.


HeldConferenceController is nullwhen conf erencing a transferred consult call.


Upgrades fail when there are apostrophes in the PhoneButton Table.


JTAPI subsystems have partial service. Route points get a fastbusy signal after network failures.


The cdrbackup registry key does not get updated when performing a CD upgrade.


Address remains out of service when CallObserver is added.


Dialing an invalid DN causes Cisco CallManager to play an improper tone.


A call forwarded to a busy number does not get a busy tone.

This release also resolves the following firmware caveats.


Devices do not use the TFTP server when DNS cannot resolve the Cisco CallManager server name.


You receive an echo on handset calls when the volume is set to over 75 percent.


XML services can take up to 60 seconds to display after an URL redirect.


User cannot answer a call when the directory number is highlighted in the directory menu.


Cisco IP Phone model 7960 continues to try and register with default gateway while it is registered with a Cisco CallManager server.


Voice quality and volume get reduced when Cisco IP phone 7960 speakerphone is used.


Directory button displays host not found when a URL is wrong.


Cisco CallManager has high CPU usage when it gets over 1200 off hook requests from a phone in less than 3 seconds.


Cisco IP Phone models 7940 and 7960 reset after XML services are accessed.


Uninstall shield does not exist for Cisco WebAttendant on Windows 98 or Windows NT platform.


Illegally fragmented packets reboot phones.


Rehoming fails on IP phones if multiple occurrences of failover/failback happen.


An incoming call that causes the MWI light to flash is not obvious to the user.


Cisco IP Phone model 7960 does not complete configuration download when extension mobility user logs in or logs out while the speaker is disabled.


Cisco CallManager displays an error message when you try to add a Cisco 3600 as a Media Gateway Control Protocol (MGCP) gateway.


Cisco IP phone model 7960 emits a popping noise when the speaker is used after a long idle time.


Cisco IP Phone 7960 speakerphone does not operate properly.


User receives beeps on a phone with a shared line that has call forward all enabled.


Two IP phones on a switch experience one-way delay.


Cisco IPPhone model 7960 does not register to the local gateway when WAN access to the Cisco CallManager server goes down.


Cisco IP phone 7910 does not display fallback during Survivable Remote Site Telephony (SRST).


The timer appears in the settings menu.


DSP Keepalive Timeout message gets displayed on the phone.


A malformed GET HTTP request reboots IP phones.


Illegally fragmented packets reboot phones.


Redirecting/RedirectionID for a a caller is unknown when the call is forwarded.


The default behavior for incoming phone calls has been changed.


Speaker phone does not work when you dial using directories.


CFNA does not work with extension mobility when the user is logged off.


Host and DSP fail under high load.


WS-6608 does not send all DTMF digits in T1 CAS mode.


Cisco IP Phones are vulnerable to unchecked query strings.


Phones do not send random keepalive messages.


Phones do not come up when alternate TFTP is set to yes.


Cisco CallManager displays negative numbers for Cisco IP Phone model 7940 port 1 and port 3.


Phones do not display internal caller ID when a call is put on hold


Phone loads firmware twice during an upgrade.

Open Caveats for Cisco CallManager Release 3.1(4b)

Table 2 describes possible unexpected behaviors by Cisco CallManager Release 3.1(4b). Unless otherwise noted, these caveats apply to all Cisco CallManager 3.0 releases up to and including Cisco CallManager Release 3.1(4b)

Tip If you have an account with Cisco.com (Cisco Connection Online), you can use the Bug Toolkit to find caveats of any severity for any release. To access the Bug Toolkit, log on to http://www.cisco.com/support/bugtools.

Table 2 Open Caveats for Cisco CallManager Release 3.1(4b)





Memory leak (svchost/tapisrv) occurs during lineInit/Shutdown

Memory leak occurs in TSP.

This situation occurs when an application starts up, opens devices and lines, and then shuts down.

Workaround: None exists.


Undefined service parameters generate error messages.

Workaround: Upgrade to Cisco CallManager release 3.1.


Shared line inconsistencies occur when one of the phones resets.

Workaround: None exists.


Digit manipulation on the route list causes incorrect CDR record.

Workaround: Perform digit manipulation on the route pattern. This causes the placed call directory on the IP phone to display the incorrect number.


Cisco CallManager needs a search tool for finding Media Resource Group List (MRGL).

Workaround: None exists.


The PreDot IntlTollBypass Discard Digits option fails.

All non-international dialing sequences fail the PreDot IntlTollBypass Discard Digits option for route patterns.

Workaround: None exists.


Caller ID overwrites the call parked number when a call comes in.

If a high volume of calls occurs, the new call info overwrites the call park number screen when a new call comes in.

Workaround: None exists.


Using the maximum number of digits for the directory number (DN) on a Cisco IP Phone model 7960 causes calling problems.

Workaround: Do not enter the maximum numbers of digits for the DN.


The number does not get displayed on an associated IP phone when you dial using Cisco Softphone.

Workaround: Dial all digits on either the Cisco IP Phone or on Cisco SoftPhone.


H.245 packet precedence does not get properly set.

Workaround: None exists.


The second line on a Cisco IP Phone model 30 VIP does not go off hook correctly when the user chooses voice mail or speed dial.

User does not receive a dial tone on the second line for Cisco IP Phone model 30 VIP.

Two phones (A and B) share the first line. Phone A is a Cisco IP Phone model 30 VIP and has two lines. An active call exists on the shared line with phone B. The user presses the speed-dial or voice-mail button on phone A. The phone ignores the pressed button because first line is in use by other phone. After that, phone A does not get dial tone when it goes off hook to initiate a new call on second line.

Workaround: Go on hook and press the line button for the second line to get a dial tone.


Change notification messages that are generated by LDAP slow down the delete phone operations in BAT.

Workaround: None exists.


CTI does not send an error code for an out-of-service phone.

Workaround: None exists.


Pipe truncation error causes a device to be logged out at the wrong time.

Workaround: Restart the Cisco Extension Mobility Logout Service.


The primary extension that is associated with a user does not get updated correctly.

If a device that is associated with a user and is chosen as a primary extension is deleted, the user personal information still shows the DN of the device.

Workaround: Change the primary extension manually.


Cisco CallManager Administration Serviceability Tool stops working.

Workaround: Restart IIS service.


Subscriber installation fails when special characters are used in the password field.

Workaround: Change the administrator and sa passwords to not contain special characters on the publisher by following this procedure:

To change the administrator password:

- Go to Computer Management -> Users and Groups and right click on Administrator.

- Choose Change password and change the password. Choose a password without special characters.

- Go to services.

- Right click the stiBack service (if installed) and go to properties.

- Click the Log On tab.

- Enter and confirm the new password and click ok.

To change the sa password:

- Go to SQL 7.0 Enterprise Manager.

- Choose Microsoft SQL Servers.

- Choose SQL Server Group.

- Choose the publisher name.

- Open the security folder and choose Logins.

- Right Click on sa and go to properties.

- Enter the new password in the password box and click ok.

- Confirm the password.


The private DN on an IP phone does not ring if the shared line is set to no ring.

Workaround: None exists.


Cisco CallManager should pass more than 24 digits to digit analysis.

Cisco CallManager currently does not accept more than 24 dialed digits for placing a call. This situation presents an issue if an account or authorization code must be dialed in conjunction with an international call that uses 15 digits.

Workaround: Rearchitect your dial plan, so you never have more than 24 digits in the dial string.


The second Cisco WebAttendant hunt group line does not ring after the first line goes on hook.

Workaround: Specify line 1 of the DN as the last member of the hunt group (below the user lines). If Cisco Webattendant logs out, then the lines ring.


Backup and restore does not work properly for users on a secondary Cisco CallManager

Workaround: Add one user on a primary Cisco CallManager server. This updates users on the secondary Cisco CallManager server as well as other Cisco CallManager clusters. Delete the user if it is not necessary.


Cisco CallManager does not have a tool for reporting users within a pickup group.

Workaround: Use SQL queries to obtain the information.


Pilot points do not work with the third Cisco CallManager after a failover.

Three Cisco WebAttendant Clients home to the primary Cisco CallManager server CM1 with two other Cisco CallManager servers CM2 and CM3.

When CM1 fails, the Cisco WebAttendant homes to CM2. Both Cisco WebAttendant and the Pilot Points work. WhenCM2 fails, Cisco WebAttendant works with CM3, but the Pilot Points do not.

Workaround: None exists.


Service parameters disappear from Cisco CallManager Administration after upgrading occurs.

Workaround: Go to C:\Program Files\Cisco\bin\Xmltemp and run installxml.vbs. This restores the service parameters.


Nickname in Personal Address Book field should only accept 32 characters.

When the nickname field in personal address book is empty, it accepts the full first name and last name of the person as the default nickname. If the first and last names are 32 characters long, this results in a nickname that is 64 characters long. This causes xml errors when a user does a search on the phone by using the PAB service.

Workaround: Delete the 64-character nickname.


TAPI fails under load after an OPERATIONFAILED error.

After processing around 12,000 calls during stress tests, TAPI function call returns a LINEERR_OPERATIONFAILED. When the application immediately tries the same function again, the call does not return, and the application gets blocked. If the application process is killed, and TAPI browser is run, the first TAPI request that requires CTI call control also blocks.

Workaround: Have the application close the call.


When you search for route pattern by using brackets (contains '[' or ']' ) as the search criteria, the search always fails.

Workaround: None exists.


Voice packets gets generated after a call terminates when Media Termination Point (MTP) is used.

Workaround: None exists.


WebAttendant clients get randomly logged out

WebAttendant clients installed on Windows 98 PCs that are plugged into the PC port of Cisco IP Phone 7960, get randomly logged out several times a day.

Workaround: None exists.


First 2 seconds of a phone call get clipped because of 100 ms WAN delays.

Workaround: None exists.


Calls from voice mail to IPCC get dropped.

Workaround: None exists.


A phone that is connected to Cisco Catalyst FXS module does not receive ringback on call transfers.

Workaround: None exists.


An IP phone that is configured with CFNA that gets a call through a PSTN receives dead air when the call goes in and out of the same gateway.

Workaround: Use the softkey to configure the CFNA on the IP phone.


Cisco CallManager CPU usage goes to 100 percent when the user views or updates filters with multiple clauses.

Workaround: Do not use more than two clauses in a route filter.


After enabling or disabling CFwdAll, the user experiences a delay before the calls are forwarded.

Workaround: Reboot Cisco CallManagers to get immediate response when enabling CFwdAll.


MWI fails for users who have DN starting with zero.

Workaround: None exists.


User cannot see the call pickup group members in a report.

Workaround: The administrator can use the 'View Query Results' feature in BAT to view all t DNs that satisfy the query. This provides the administrator with the capability to look up call pickup group members.


CMI.dll has a handle leak.

Workaround: Stop perfmon and use Prognosis to stop and start the Remote Registry Service to release the handles.


Line control buttons do not display properly on a phone with multiple shared lines.

Workaround: None exists.


Cisco CallManager does not always use the translation pattern.

Workaround: None exists.


Transferring agent receives a busy tone before the call completes a network transfer.

IP phones have different behavior when calls are network transferred from one agent to another by using CTIRoute point. The first network transfer gets sucessfully established. During the second network transfer, the transferring IP phone receives a busy tone for a short time because the first call has not been pulled back.

When the network transfer is configured as a dialed number plan in IPCC, this problem does not occur. IP phones uses CTI route points to initiate network transfers.

Workaround: None exists.


Calls fail across the WAN connection due to insufficient bandwidth.

The first incoming call to a central site across the WAN consumes approximately 750 - 850 kbps of bandwidth. The WAN connection is Frame-Relay 768K CIR. Successive calls consume 24 kbps as expected. The bandwidth does not get relinquished when the calls terminate.

Workaround: Set the value of the bandwidth to 2000 kbps. You must update thelocation in Cisco CallManager Administration to make Max Available Bandwidth = Current Available. Because of leaks, you will still need to reset the location every two weeks in Cisco CallManager Administration.


A phantom Cisco CallManager server was created after upgrading a Cisco CallManager server from release 3.0(11) to release 3.1(3).

Deleting the phantom Cisco CallManager cause problems with messages button not functioning, the cluster to stop receiving incoming calls from PSTN, and traces to stop working.

Workaround: None exists.


Cisco CallManager returned an error because too many arguments were supplied to the procedure dblCallDetailRecordInsert.

Cisco CallManager returned "CdrWriteError - Unable to write CDR records to database" in the application event log when call detail records were written to the CDR database.

Workaround: None exists.


First call to voice mail using SMDI to Octel fails. Subsequent SMDI calls succeed.

This happens when the phone DN has 4 or 5 digits and the voice mail box that is configured has10 digits.

Workaround: None exists.


Installing and upgrading without the Media Streaming Application configured causes the CPU usage to go to100 percent when the Media Streaming Application service is started.

Workaround: Stop the Media Streaming App service and change the startup settings to disabled or manual. Use the Serviceability Control Center tool to activate Media Streaming if required.


The transfer button fails intermittently.

Workaround: None exists.


User could not transfer conference call.

This occurs in the following scenario:

A calls B, B answers.

B consult conferences C; C answers, but B does not complete the conference.

A consult transfers to D.

D answers the call.

B completes the conference call.

When A tries to complete the transfer, JTAPIException gets generated.

Workaround: Push the TRANSFER button twice to complete the transfer.


Secondary Cisco CallManager server does not accept calls from Netmeeting.

Calls from an H.323 endpoint (Netmeeting)

Are accepted if it is pointing to the primary server.

Are refused if it is pointing to the secondary Cisco CallManager server and the primary server is up.

Are accepted if it is pointing to the secondary Cisco CallManager server and the primary server is down.


Cisco CallManager needs a service parameter to assign digits to private calls.

Octel does not answer a private call (Calling Party Number i = 0x00A3) because Cisco CallManager does not send a calling party number passed from the DPA to Octel AA.

Workaround: None exists.


User authentication fails when Active Directory is used.

Workaround: None exists.


Calls to an IP phone fail after a period of time when a user logs on with extension mobility device profile.

Workaround: None exists.


JTAPI client sends connected events to the CTI port even though the call is not connected at the agent end.

Workaround: None exists.


Users get a "No conference bridge available" message when they press the conference button on their phone during a call.

Workaround: Restart the Cisco IP Voice Media Streaming App service.


Making or answering a call with an application on a Windows XP pro machine causes Explorer to display a network error message.

Workaround: None exists.


User cannot retrieve a CTI call that was placed on hold.

Workaround: Restart the Cisco IP Phone.


TFTP fails when a large number of phones are registering.

Workaround: None exists.


Users do not have a restore option with STI.

Workaround: From Explorer, run stirestore.exe.


The MOH files do not get copied to MOH directory if the "DefaultMOHTFTPIPAddress" service parameter is changed to the subscriber server.

Workaround: None exists.


Software conference bridge resources do not get released on Cisco CallManager switchback.

Workaround: None exists.


ICD agents get stuck In-Session after they terminate an ICD call because no TermConnDropped message is received at the agent device for a consult call.

Workaround: Log out the affected agents and log them back in.


Upgrade should prompt for Backup/Restore settings that were ignored during the initial install.

Cancel the prompt for Backup/Restore settings during the first clean install of a Cisco CallManager server. At this point, you will not be able to configure these settings when upgrading.

Workaround: Execute the local file _stibacksetup.exe to configure the settings.


CFwAll does not work with extension mobility when the user is logged in.

IP phone A specifies to CFwdAll to an external mobile phone. The user logs in to extension mobility. A call from the telco to the IP phone A (IP phone set to forward to mobile) causes the mobile phone to ring once, and then the call disconnects.

A call from another IP phone forwards correctly.

If the user has logged out of extension mobility, calls forward to the mobile phone.

Workaround: None exists.


The corporate directory gets lost after upgrading to release 3.1(3a) occurs.

Workaround: Change the System > Enterprise Parameters for URL Directories to the following format: http://IPAddress_CCM/CCMCIP/ xmldirectory.asp.


The SQL Server Agent Service does not restart when you use the restart option.

Workaround: Stop and restart the service.


Inbound setup message from the PBX that does not contain a 'Channel IE' gets rejected.

Workaround: Two workarounds exist. Configure the PBX as "Network side" and Cisco CallManager as "User side." If you are using an IOS-MGCP-controlled-gateway, you can use H323 instead of MGCP. To configure the router as Network side requires no special configuration.


A user on a conference call on a Cisco IP Phone 7960 cannot add another call from a PSTN to the conference.

Workaround: None exists.


You cannot delete a Personal Address Book (PAB) entry from the Cisco IP Phone.

Workaround: Use the Cisco CallManager User page to delete the PAB entry.


Cisco IP phone allows users to add special characters in the First, Last and Nick Name fields.

Workaround: None exists.


The database has a memory leak.

In a cluster of five call managers, Simclient registered 1500 phones on all the subscribers. Calls were made for 24 hours on subscriber1. The Private Bytes for the DllHost.exe on subscriber1 increased from 4.6MB to 6.4MB in 12 hours. After completing the test, SimClient was reset. The Private bytes for DllHost.exe on Publisher increased from 4.6 MB to 10.3 MB.

Workaround: None exists.


You cannot share lines betwen three or more analog devices.

Workaround: Delete all but one instances of the extension and then added it again.


You can subscribe to the same service multiple times when extension mobility is enabled on the phone configuration page.

Workaround: None exists.


User receives the reorder tone when pressing the MeetMe softkey and dialing a conference number.

Workaround: Meet-me conferences require an external scheduling mechanism. New members should join the MeetMe conference by dialing the meetme number directly.


The phone does not ring when an incoming call comes in while a user is modifying the ring type.

Workaround: None exists.


You cannot assign static IP Address on the IBM 342 servers.

Workaround: Reinstall the OS and choose DHCP during the installation process. After the OS installation, manually set the IP address, DNS, and WINS info.


Users cannot see fast dials on the Cisco IP Phone after it has been set to Null in the Cisco CallManager user page.

Workaround: None exists.


Cisco CallManager service on a cluster with 800 translation patterns does not start.

Workaround: None exists.


LineBlindTransfer and lineCompleteTransfer Request may return a success even when the request has failed.

Workaround: None exists.


Cisco IP Phone fails to boot up when the length of the of enterprise parameter field in URL services is greater than 255 characters.

Workaround: None exists.


Cisco IP Phone reboots when the services button is pressed

When the enterprise parameter field in URL services exceeds 141 characters, and user presses the Services button, the phone reboots.

Workaround: None exists.


Cisco CallManager service restarted because of corruption within a block of data after a destructor was sent.

Workaround: None exists.


The call forward all soft button takes up to 45 seconds to confirm.

Workaround: None exists.


User cannot forward all calls.

Users get a database unreachable error and receive a reorder tone after trying to enable call forward all from the phone.

Workaround: Use Cisco CallManager user page to forward all calls.


Cisco CallManager restarts when there is a route pattern with !@.

Workaround: None exists.


WS-6608 does not reregister when the TFTP service is down.

Workaround: None exists.


Error message gets displayed when you complete a silent install of STIBackup.

Workaround: None exists.


Restore does not restore the installxml.ini file.

Workaround: Update the file c:\program files\cisco\bin\xmltemp\installxml.ini with the proper DB and reapply the engineering special or support patch.

DATABASE=CCM03xx where xx equals the DB # that was restored.


STISYS.INF should be updated during backup.

Workaround: None exists.


User could not transfer a conference call.

This occurs in the following scenario:

A calls B; B answers.

B consult conferences C; C answers, but B does not complete the conference.

A consult transfers to D.

D answers the call.

B completes the conference call.

When A tries to complete the transfer, JTAPIException gets generated.

Workaround: Push TRANSFER button twice to complete the transfer.


User could not transfer a conference call.

This occurs in the following scenario:

A calls B; B answers.

B consult conferences C; C answers, but B does not complete the conference.

A consult transfers to D.

D answers the call.

B completes the conference call.

When A tries to complete the transfer, JTAPIException gets generated.

Workaround: Push TRANSFER button twice to complete the transfer.


Cisco IP Phone has erratic behavior when it has a inactive line with voice mail.

A phone with an expansion module that was configured with lines on the expansion module and later changed to speed dials has inactive lines in Cisco CallManager Administration.

Workaround: Delete inactive lines from the phones after changing the template for the expansion module.


Cisco CallManager server does not start because of stack overflow.

Workaround: None exists.


Cisco CallManager stopped after 50-60 hours of run time with heavy traffic load.

Workaround: None exists.


The backup and restore utility stops working when you launch it again while it is running.

Workaround: Install Cisco CallManager to reinstall backup and restore utility.


Trace does not list the capabilities list for a station during registration.

Workaround: Use a sniffer with the ability to decode the Skinny station protocol messages that are seen in IP packets.


Phones do not display MWI, and users cannot get a dial tone when logged in with extension mobility.

Workaround: Reset the phones.


Installation of wave drivers on Windows XP is not supported.

Workaround: None exists.


TSP does not fetch all the lines that are configured for a device when there are more than 64 lines.

Workaround: None exists.


Caller remained on hold because connected message was not received.

Workaround: None exists.


TSP crashes when you search for users from a phone.

Workaround: None exists.


Cisco CallManager used the voice mail port as the originalcalledpartyname instead of using the user that is associated with the phone.

Calls from IP phone A to IP phone B gets transferred to the Unity voice-mail system. The subscriber who is using phone A does not get the personalize greeting of the subscriber who is associated with phone B but is asked to sign in instead.

Workaround: None exists.


User cannot hear Cisco IP Auto-Attendant or Cisco IP Integrated Contact Distribution welcome prompt when a MGCP endpoint does a hookflash.

Workaround: None exists.


Changing your PIN in the Cisco Callmanager User page does not automatically update the user PIN for Personal Address Book and Fast Dials.

Workaround: Modify the User PIN for all subscribed services.


User cannot resume a held call on shared line when call comes in and the call is answered by the other line.

Workaround: None exists.


You cannot use BAT to activate Auto Answer for phones with Extension Mobility enabled.

Workaround: Use Cisco CallManager Administration.


User cannot backup configuration by running _stiBacksetup.

Workaround: None exists.


The Music On Hold audio translator service cannot access the TFTP directory on the publisher server because it is logging in as the local administrator.

Workaround: Set the MOH Audio Translator service to log in using the SQLSvc account. Refer to Upgrading Cisco CallManager Release 31(4b) for information on how to perform this task.


Users get an error when they enter a reserved XML character in the fast dial.

Workaround: None exists.

The following firmware caveats apply to this release.


Dt24+ PRI gateway resets during Simclient bulk calls (configured with solid audio).

Workaround: None exists.


Cisco CallManager SNMP agent does not generate ccmGatewayFailed Trap for a gateway that is not in the database

Workaround: None exists.


You get delays in the voice cut through when a user is using a headset.

Workaround: Use the handset or the speakerphone option.


Incoming calls that are going through a DT-24+ gateway that is using PRI protocol type DMS-100 fail on Cisco CallManager server 3.1(2c).

Workaround: None exists.


HTTP error [8]! displays on the phone when the user presses the services button.

HTTP Error[8] occurs when an attempt is made to make an HTTP request on a phone that has only one Cisco CallManager defined.

Workaround: Configure phones with a valid backup Cisco CallManager.


Cisco CallManager User cannot get associated phone information from an Active Directory referral.

Workaround: None exists.


WS-6608 T1 CAS outbound calls get released with cause 0x8095.

Calls receive a reorder tone (Fast busy) when calls originate on IP phones routed by Cisco CallManager to theT1 CAS port(s) on the 6608.

The 6608 does not see the WINK signal with the 6000 ms default timer from the switch after the 6608 T1 CAS ports send a SEIZURE outbound.

Dick Tracy reports E&M Timeout waiting for WINK signal

The 6608 then sends a Release Complete message with a cause of 0x8095. The call gets rejected and is torn down.

Workaround: Reset the 6608 card or set port disable <slot/port> and then set port enable <slot/port>.


Call that originated from a T1 CAS gateway that is terminated by a 6608 T1 CAS gateway receives ringback but not the audio.

The Audio in the backward direction only cuts through when Answer Supervision is provided by the called device.

Workaround: None exists.


D-Channel does not come back up after Cisco CallManager resets a WS-6608 E1.

Workaround: Physically remove the E1 connecter and plug it back in.


WS-6608 allows calls with MDCX packet size greater than 30 ms.

If Cisco CallManager allows on open logical channel with a packetization of greater than 30 ms, this parameter gets passed down to the gateway. This causes voice_mode message to be sent to the DSP with an invalid packetization.

A packetization of greater than 30 ms causes the DSP to crash.

Workaround: Change devices negotiating packetization greater than 30 ms to request a packetization of less than or equal to 30 ms.


A span of the WS-X6624-FXS does not capture RTP streams.

Workaround: Choose another source port as the span port. If the span must include the Catalyst 6624 ports, no workaround exists.


Calls do not go through WS-X6624 ports.

Workaround: Reset the Catalyst 6624 blade.


MDCX parameters does not get processed correctly.

A MDCX packet with different parameters such as a different packetization size does not get used until the DSP channel is re-opened.

Workaround: None exists.


Incorrect packet size that is sent to the WS-6608 crashes the DSP.

If the far end sends an incorrect packetsize in the OLC message, it does not get filtered by Cisco CallManager and gets forwarded to the 6608/6624. The 6608/6624 sends it to the DSP, which results in a DSP crash. The only supported packet sizes are 10/20/30 ms.

Workaround: Prevent far end from sending OLC messages with sizes other than 10/20/30 ms.


Incorrect packetization size that is sent to WS-6624 crashes the DSP.

If the far end sends an incorrect packet size in the OLC message, it does not get filtered by Cisco CallManager and gets forwarded to the 6608/6624. The 6608/6624 sends it to the DSP, which results in a DSP crash. The only supported packet sizes are 10/20/30 ms.

Workaround: Prevent far end from sending OLC messages with sizes other than 10/20/30 ms.


MDCX parameters does not get processed correctly.

A MDCX packet with different parameters such as a different packetization size does not get used until the DSP channel is re-opened.

Workaround: None exists.


DSP Poll interval causes jitter.

Workaround: None exists.


NetMeeting calls from a intercluster trunk to H.323 POT phone fail.

Workaround: None exists.


The RFC2198 PacketFill/Loss counters gets incremented when a jitter buffer overflow or underflow occurs during a modem call.

Workaround: None exists.


Early packet causes a jitter buffer flush for FAX/modem calls.

Workaround: None exists.


Pre-trigger causes jitter during modem calls.

Workaround: None exists.


A Foreign Exchange Office (FXO) disconnect configuration on a telephony voice gateway does not work when an IP phone is called.

If calls are made from a Public Switched Telephone Network (PSTN) to the Foreign Exchange Station (FXS) and the PSTN is dropped before the FXS answers, the FXO disconnect code disconnects the call. If the PSTN calls the IP phone and the PSTN is dropped before the IP phone answers the call, the IP phone continues to ring and does not disconnect the call.

Workaround: None exists.


WS-6624 uses incorrect codec coefficients.

Workaround: None exists.


Audio level fluctuates during a phone call.

Workaround: None exists.


Cisco IP Phone 7960 does not clear the idle URL when a call is initiated from CTI call control and the headset key is active.

Workaround: None exists.


The fourth call between two Cisco IP Phones 7940 or 7960 that has two lines each does not complete when the fourth DN is dialed and the dial softkey is pressed.

Workaround: The fourth call completes if

1) You hold the third call.

2) You press NEW CALL softkey.


When Cisco CallManager receives a phone call, the audio connection gets delayed

The MGCP gateway does not acknowledge a message during audio connection. This results in a timeout of 5 seconds before the audio stream cuts through.

Workaround: Minimize the cut through delay by changing the MGCPTimeout Service Parameter to 1-2 seconds.


Conference port resets when a disabled port resets.

Workaround: None exists.


Out-of-order packets cannot be reassembled.

Workaround: None exists.

Documentation Updates

The following section provides documentation changes that were unavailable when the Cisco CallManager Release 3.1(3a) documentation suite was released.


Getting Started Title Changes

The Cisco CallManager Administration Guide and Cisco CallManager System Guide refer to the Getting Started publications provided with your phones.

Cisco IP Phone Models 7960 and 7940 User Guide replaces the Getting Started with the Cisco IP Phone 7940/7960. This document and the Getting Started with the Cisco IP Phone 7910 do not ship with the phone but are available on CCO and can be ordered.

With Release 3.1(3), the documentation that appears on CCO corrects this error, but the incorrect titles remain in Online Help.

Cisco IP Phone 7900 Family Administration Guide Title Changes

The Cisco CallManager Administration Guide and Cisco CallManager System Guide also refer to the Cisco IP Phone 7900 Family Administration Guide. This document has been renamed to Cisco IP Phone Administration Guide for Cisco CallManager.

With Release 3.1(3), the documentation that appears on CCO corrects this error, but the incorrect titles remain in Online Help.

Remote Serviceability and Troubleshooting Information Changes Book

Serviceability Administration Guide includes instructions to configure remote serviceability and to use the Cisco CallManager Trace for diagnostic traces.

T1-CAS connection reference removed

References for immediate start for T1-CAS connection (DT-24+) in the Cisco Access Digital Trunk Gateways DT-24+/DT30+ section of the Cisco CallManager System Guide were removed.

Procedure for Starting the Cisco Telephony Call Dispatcher

The following procedure is updated in the Cisco WebAttendant Configuration section of the Cisco CallManager Administration Guide.

Starting the Cisco Telephony Call Dispatcher

The Cisco Telephony Call Dispatcher (TCD) service starts running automatically when Cisco CallManager is started. The following procedure describes how to verify that the Cisco TCD service is running and how to start Cisco TCD if it is stopped.

Note If you add new attendant console users or modify the user information or password for an existing user, you must wait approximately 6 minutes for the changes to take effect.


Step 1 Choose Application > Cisco CallManager Serviceability.

Step 2 Choose Tools > Control Center.

Step 3 Choose a Cisco CallManager server from the server list on the left side of the window. The window refreshes.

The Service Name column lists all services that are configured on this server.

Step 4 Look at the Service Status column for the Cisco Telephony Call Dispatcher:

If an arrow icon displays, the Cisco TCD service is running.

If a square icon displays, the Cisco TCD service is stopped.

Step 5 If the Cisco TCD service is not running, click the Start button in the Service Control column.

Note The Cisco TCD service must have an Activation Status of Activated before you can start the service. For information on activating services, refer to the Cisco CallManager Serviceability Administration Guide.

Updated Service Parameters Configuration

The Service Parameters Configuration section of the Cisco CallManager Administration Guide updates the following procedure.

Service parameters for Cisco CallManager allow you to configure different services on selected servers. You can view a list of parameters and their descriptions, by clicking the i button in the upper, right corner of the Service Parameter Configuration window. You can view the list with a particular parameter at the top by clicking that parameter.

If you deactivate a service that is using Cisco CallManager Serviceability, Cisco CallManager deletes any updated service parameter values. If you start the service again, Cisco CallManager sets the service parameters to the default values.

Note If you set a service parameter value to the suggested value that is displayed on the Service Parameters Configuration window and the suggested value changes in a subsequent Cisco CallManager release, the system automatically changes the parameter value to match the updated suggested value when you upgrade to that release. If you set a service parameter to a value other than the suggested value, the system does not change the parameter value when you upgrade.

Before You Begin

Ensure the following prerequisites are met before proceeding with the steps.

Make sure servers are configured. See the "Server Configuration" section for more information.

Make sure the service is activated. Refer to the Cisco CallManager Serviceability Administration Guide for more information.

Caution Some changes to service parameters may cause system failure. Cisco recommends that you do not make any changes to service parameters unless you fully understand the feature that you are changing or unless the Cisco Technical Assistance Center (TAC) specifies the changes.


Step 1 Choose Service > Service Parameters.

Step 2 From the Server drop-down list box, choose a server.

Step 3 From the Services drop-down list box, choose the service that contains the parameter that you want to update.

Note If the service that you want to configure does not appear in the drop-down list box, you must activate the service on the server by using Cisco CallManager Serviceability.

Step 4 Update the appropriate parameter value. To set all service parameters for this instance of the service to the default values, click the Set to Default button.

To view a list of parameters and their descriptions, click the i button in the upper, right corner of the window. To view the list with a particular parameter at the top, click that parameter in the Service Parameter Configuration window.

Note Some services contain service parameters that should rarely be changed. The Cisco CallManager Administration does not automatically display these parameters when you access the Service Parameter Configuration window. To view all parameters, click Advanced. After all parameters are displayed, you can redisplay the basic parameters by clicking Condensed.

Step 5 Click Update.

The window refreshes, and Cisco CallManager updates the service parameter with your changes.


Maintaining Cisco IP Phone Services List

Using Cisco CallManager Administration, you define and maintain the list of Cisco IP Phone Services to which users can subscribe at their site. You can also create parameters for each service that require users to enter data in the Cisco IP Phone User Options application before subscribing to that service.

In the 3.1(2c) release, you can mask entries in the Cisco IP Phone User Options application, so asterisks display rather than the actual user entry. You may want to do this for parameters such as passwords that you do not want others to be able to view. To mask a parameter entry, check the Parameter is a Password (mask contents) field on the Configure Cisco IP Phone Service Parameter window in CallManager Administration.

With Release 3.1(3), the documentation that appears on CCO incorporates this information, but the information remains absent in Online Help.


Cisco CallManager Release 3.1(2c) supports Cisco Unity Version 2.4(6.135). The Cisco CallManager System Guide incorrectly states that Cisco CallManager Release 3.1(2c) requires Cisco Unity Version 3.0(1).

With Release 3.1(3), the documentation that appears on CCO corrects this error, but the incorrect information remains in Online Help.

Obtaining Documentation

The following sections provide sources for obtaining documentation from Cisco Systems.

World Wide Web

You can access the most current Cisco documentation on the World Wide Web at the following sites:




Documentation CD-ROM

Cisco documentation and additional literature are available in a CD-ROM package, which ships with your product. The Documentation CD-ROM is updated monthly and may be more current than printed documentation. The CD-ROM package is available as a single unit or as an annual subscription.

Ordering Documentation

Cisco documentation is available in the following ways:

Registered Cisco Direct Customers can order Cisco Product documentation from the Networking Products MarketPlace:


Registered Cisco.com users can order the Documentation CD-ROM through the online Subscription Store:


Nonregistered Cisco.com users can order documentation through a local account representative by calling Cisco corporate headquarters (California, USA) at 408 526-7208 or, in North America, by calling 800 553-NETS(6387).

Documentation Feedback

If you are reading Cisco product documentation on the World Wide Web, you can submit technical comments electronically. Click Feedback in the toolbar and select Documentation. After you complete the form, click Submit to send it to Cisco.

You can e-mail your comments to bug-doc@cisco.com.

To submit your comments by mail, use the response card behind the front cover of your document, or write to the following address:

Attn: Document Resource Connection
Cisco Systems, Inc.
170 West Tasman Drive
San Jose, CA 95134-9883

We appreciate your comments.

Obtaining Technical Assistance

Cisco provides Cisco.com as a starting point for all technical assistance. Customers and partners can obtain documentation, troubleshooting tips, and sample configurations from online tools. For Cisco.com registered users, additional troubleshooting tools are available from the TAC website.


Cisco.com is the foundation of a suite of interactive, networked services that provides immediate, open access to Cisco information and resources at anytime, from anywhere in the world. This highly integrated Internet application is a powerful, easy-to-use tool for doing business with Cisco.

Cisco.com provides a broad range of features and services to help customers and partners streamline business processes and improve productivity. Through Cisco.com, you can find information about Cisco and our networking solutions, services, and programs. In addition, you can resolve technical issues with online technical support, download and test software packages, and order Cisco learning materials and merchandise. Valuable online skill assessment, training, and certification programs are also available.

Customers and partners can self-register on Cisco.com to obtain additional personalized information and services. Registered users can order products, check on the status of an order, access technical support, and view benefits specific to their relationships with Cisco.

To access Cisco.com, go to the following website:


Technical Assistance Center

The Cisco TAC website is available to all customers who need technical assistance with a Cisco product or technology that is under warranty or covered by a maintenance contract.

Contacting TAC by Using the Cisco TAC Website

If you have a priority level 3 (P3) or priority level 4 (P4) problem, contact TAC by going to the TAC website:


P3 and P4 level problems are defined as follows:

P3—Your network performance is degraded. Network functionality is noticeably impaired, but most business operations continue.

P4—You need information or assistance on Cisco product capabilities, product installation, or basic product configuration.

In each of the above cases, use the Cisco TAC website to quickly find answers to your questions.

To register for Cisco.com, go to the following website:


If you cannot resolve your technical issue by using the TAC online resources, Cisco.com registered users can open a case online by using the TAC Case Open tool at the following website:


Contacting TAC by Telephone

If you have a priority level 1 (P1) or priority level 2 (P2) problem, contact TAC by telephone and immediately open a case. To obtain a directory of toll-free numbers for your country, go to the following website:


P1 and P2 level problems are defined as follows:

P1—Your production network is down, causing a critical impact to business operations if service is not restored quickly. No workaround is available.

P2—Your production network is severely degraded, affecting significant aspects of your business operations. No workaround is available.

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