How di i access my software menu on my cisco cp8861

how di i access my software menu on my cisco cp8861

Enter your user ID and password, if required, and click Sign-In. Step 5. Perform one of these actions to display the desired menu: Use the. You can control some attributes and features on your phone from the Settings menu. Change the Wallpaper; Change the Ringtone; Adjust the Screen. THE SOFTWARE LICENSE AND LIMITED WARRANTY FOR THE ACCOMPANYING Allows you to dial phone numbers, enter letters, and select menu items. TALKS ZOOMS FREE DOWNLOAD Сообщаю Для вас, что.

Total number of received packets, including bad packets, that are between 65 and bytes in size. Total number of received packets, including bad packets, that are between and bytes in size. Total number of packets that were dropped due to lack of resources for example, FIFO overflow. Total number of packets that were delayed from transmitting due to busy medium. Number of times that collisions occurred later than bit times after the start of packet transmission.

Total number of good packets multicast, broadcast, and unicast that the phone received. Total number of collisions that occurred while a packet was transmitted. Total number of packets that were not transmitted because the packet experienced 16 transmission attempts.

Total number of LLDP frames that were discarded when any of the mandatory TLVs is missing, out of order, or contains out of range string length. Total number of LLDP frames that were received with one or more detectable errors. Identifier of a device connected to this port that CDP discovered. IP address of the neighbor device discovered that CDP protocol discovered. Neighbor device port to which the phone is connected discovered by CDP protocol.

Identifier of a device connected to this port discovered by LLDP discovered. Neighbor device port to which the phone connects that LLDP protocol discovered. The following Device log hyperlinks on a phone web page provide information that helps to monitor and troubleshoot the phone.

Console logs: Includes hyperlinks to individual log files. The console log files include debug and error messages that the phone received. Core dumps: Includes hyperlinks to individual dump files. The core dump files include data from a phone crash. Status messages: Displays the 10 most recent status messages that the phone has generated since it last powered up.

The Status Messages screen on the phone also displays this information. Debug display: Displays debug messages that might be useful to Cisco TAC if you require assistance with troubleshooting. A phone streams information when it is on a call or is running a service that sends or receives audio or data.

The Streaming statistics areas on a phone web page provide information about the streams. The following table describes the items in the Streaming Statistics areas. Internal time stamp indicates when Cisco Unified Communications Manager requested that the phone start transmitting packets. Total number of RTP data packets that the phone transmitted since it started this connection. The value is 0 if the connection is set to receive-only mode.

Total number of payload octets that the phone transmitted in RTP data packets since it started this connection. Total number of RTP data packets that have been lost since data reception started on this connection. Defined as the number of expected packets less the number of packets actually received, where the number of received packets includes any that are late or are duplicates. The value displays as 0 if the connection was set to send-only mode. Estimate of mean deviation of the RTP data packet interarrival time, measured in milliseconds.

Total number of RTP data packets that the phone has received since data reception started on this connection. Includes packets that were received from different sources if this call is a multicast call. Total number of payload octets that the device received in RTP data packets since reception started on the connection. Score that is an objective estimate of the mean opinion score MOS for listening quality LQK that rates from 5 excellent to 1 bad.

This score is based on audible concealment events that are to frame loss in the preceding eight-second interval of the voice stream. For more information, see Voice Quality Monitoring. Total number of concealment frames divided by total number of speech frames that were received from the start of the voice stream.

Ratio of concealment frames to speech frames in the preceding 3-second interval of active speech. If voice activity detection VAD is in use, a longer interval might be required to accumulate three seconds of active speech. Highest interval concealment ratio from the start of the voice stream. Number of seconds that have more than five percent concealment events lost frames from the start of the voice stream.

RTP packets that were received from the network but were discarded from the jitter buffers. Number of instantaneous decoder refresh IDR frames sent. IDR frames are used in video transmission. For troubleshooting purposes, you can request information from the phone. The resulting information is in XML format. The following information is available:. CallInfo is call session information for a specific line. LineInfo is line configuration information for the phone.

Web access needs to be enabled to get the information. Skip to content Skip to search Skip to footer. Book Contents Book Contents. Find Matches in This Book. Log in to Save Content. PDF - Complete Book 4. Updated: January 21, Chapter: Monitoring Phone Systems. Procedure Step 1 Press Applications. Step 2 Select Phone Information. Step 3 To exit the Model Information screen, press Exit.

Table 1. IPv4 Address IP address of the phone. Host name Host name of the phone. Active load Version of firmware currently installed on the phone. Inactive load Inactive load appears only when a download is in progress.

Last upgrade Date of the most recent firmware upgrade. Active server Domain name of the server to which the phone is registered. Stand-by server Domain name of the standby server. Display Status Menu The Status menu includes the following options, which provide information about the phone and phone operations: Status Messages: Displays the Status Messages screen, which shows a log of important system messages.

Step 3 To exit the Status menu, press Exit. Step 3 To remove the current status messages, press Clear. Step 4 To exit the Status Messages screen, press Exit. Status Messages Fields Status Messages Fields The following table describes the status messages that display on the Status Messages screen of the phone.

Table 2. Power cycle the phone. Checksum Error Downloaded software file is corrupted. The CTL file was not installed previously. Network is busy: The errors should resolve themselves when the network load reduces. Errors persist: Consider assigning a static IP address. Phone is not registered with Cisco Unified Communications Manager.

No impact; the phone can still register to Cisco Unified Communications Manager. IP address released The phone is configured to release the IP address. The phone remains idle until it is power cycled or until you reset the DHCP address.

The ITL file was not installed previously. Load rejected HC The application that was downloaded is not compatible with the phone hardware. No default router DHCP or static configuration did not specify a default router. If the phone has a static IP address, verify that the default router is configured. Phone failed to register. Cert key size is not FIPS compliant.

Update the certificate. Contact Cisco TAC. Network is bus: The errors should resolve themselves when the network load reduces. Timed Out Supplicant attempted Authentication typically times out if Possible reasons for failure: Network failure occurred. TFTP server was down. Internal phone failure occurred. Possible solutions: Check network connectivity.

Check whether the TFTP server is active and functioning normally. Verify whether the security token and the TFTP server are valid. Version error The name of the phone load file is incorrect. Make sure that the phone load file has the correct name. This message indicates the name of the configuration file for the phone. Procedure Step 1 To display the Status menu, press Applications.

Step 3 Select Network Info. Step 4 To exit Network Info, press Exit. Display Network Statistics Screen The Networks Statistics screen displays information about the phone and network performance. Step 4 To exit the Ethernet Statistics screen, press Exit. Table 3. Tx Frames Number of packets that the phone sent. Rx Broadcasts Number of broadcast packets that the phone received. Restart Cause Cause of the last reset of the phone. Port 1 Link state and connection of the Network port. Port 2 Link state and connection of the PC port.

DHCPv6 state information is displayed. Table 4. Step 3 To reset the Wireless statistics to 0, press Clear. Step 4 To exit the Wireless Statistics screen, press Exit. Table 6. Roaming count The number of succesful roaming. Display Call Statistics Window You can access the Call Statistics screen on the phone to display counters, statistics, and voice-quality metrics of the most recent call. Note You can also remotely view the call statistics information by using a web browser to access the Streaming Statistics web page.

Step 3 To exit the Call Statistics screen, press Exit. Table 7. Sender size Size of voice packets, in milliseconds, in the transmitting voice stream. Receiver packets Number of RTP voice packets that were received since voice stream opened.

Note This number is not necessarily identical to the number of RTP voice packets that were received since the call began because the call might have been placed on hold. Sender packets Number of RTP voice packets that were transmitted since voice stream opened.

Note This number is not necessarily identical to the number of RTP voice packets that were transmitted since the call began because the call might have been placed on hold. Avg jitter Estimated average RTP packet jitter dynamic delay that a packet encounters when going through the network , in milliseconds, that was observed since the receiving voice stream opened.

Max jitter Maximum jitter, in milliseconds, that was observed since the receiving voice stream opened. Receiver discarded Number of RTP packets in the receiving voice stream that were discarded bad packets, too late, and so on. Note The phone discards payload type 19 comfort noise packets that Cisco Gateways generate, because they increment this counter.

Receiver lost packets Missing RTP packets lost in transit. Voice-Quality Metrics Cumulative conceal ratio Total number of concealment frames divided by total number of speech frames that were received from start of the voice stream. Interval conceal ratio Ratio of concealment frames to speech frames in preceding 3-second interval of active speech.

Max conceal ratio Highest interval concealment ratio from start of the voice stream. Conceal seconds Number of seconds that have concealment events lost frames from the start of the voice stream includes severely concealed seconds. Severely conceal seconds Number of seconds that have more than 5 percent concealment events lost frames from the start of the voice stream. Latency Estimate of the network latency, expressed in milliseconds. Table 8. Frequency The latest frequency where this AP was observed.

Current channel The latest channel where this AP was observed. Beacon interval Number of time units between beacons. Capability This field contains a number of subfields that are used to indicate requested or advertised optional capabilities. Basic rates Data rates that the AP requires and the AP at which the station must be capable of operating.

Optional rates Data rates that the AP supports and the AP that are optional for the station to operate at. DTIM period Every nth beacon is a dtime period. Country code A two-digit country code. Channels A list of supported channels from the country IE. Power constraint The amount of power by which the maximum transmit power should be reduced from the regulatory domain limit. Power limit Maximum transmit power in dBm that is permitted for that channel. Channel utilization The percentage of time, normalized to , in which the AP sensed the medium was busy, as indicated by the physical or virtual carrier sense CS mechanism.

Admission capacity An unsigned integer that specifies the remaining amount of medium time that is available through explicit admission control, in units of 32 microseconds per second. Best Effort Contains information related to the Best Effort queue. Background Contains information related to the Background queue. Video Contains information related to the Video queue. Voice Contains information related to the Voice queue. Cisco IP Phone Web Page Each Cisco IP Phone has a web page from which you can view a variety of information about the phone, including: Device information: Displays device settings and related information for the phone.

System: Displays a hyperlink to restart the phone. Note Some of the items in the following table do not apply to all phone models. Table 9. Service name The domain for the service. Service state The current state of the service. Host name Unique, fixed name that is automatically assigned to the phone based on the MAC address.

Phone DN Directory number that is assigned to the phone. App load ID Application firmware version that is running on the phone. Boot load ID Boot firmware version. Version Identifier of the firmware that is running on the phone. Key expansion module 1 Identifier for the first key expansion module, if applicable.

Key expansion module 2 Identifier for the second key expansion module, if applicable. Key expansion module 3 Identifier for the third key expansion module, if applicable. Hardware revision Minor revision value of the phone hardware. Serial number Unique serial number of the phone. Model number Model number of the phone. Message waiting Indicates whether is a voice message is waiting on the primary line for this phone. For example, phone displays for all phone models. Product identifier—Specifies the phone model.

Serial number—Displays the unique serial number of the phone. Name of the Headset Displays the name of the attached Cisco headset in the left column. The right column contains this information: Port—Displays how the headset connects to the phone. Network Setup The Network setup area on a phone web page displays network setup information and information about other phone settings. Table Subnet mask Subnet mask that the phone uses. Default router Default router used that the phone uses.

User locale User locale that associates with the phone user. Network locale Network locale that associates with the phone user. User locale version Version of the user locale that is loaded on the phone. Network locale version Version of the network locale that is loaded on the phone. Speaker enabled Indicates whether the speakerphone is enabled on the phone. Span to PC port Indicates whether the phone forwards packets that are transmitted and received on the network port to the access port.

Video capability enabled Indicates whether the phone can participate in video calls when it connects to an appropriately equipped camera. Auto line select enabled Identifies if the phone automatically selects a line when the phone goes off hook.

Security mode nonsecure Security mode that is set for the phone. Web access enabled Indicates whether web access is enabled Yes or disabled No for the phone. LLDP Power Priority Phone power priority to the switch, thus enabling the switch to appropriately provide power to the phones. Settings include: Unknown: This is the default value. Automatic port synchronization Indicates if the phone automatically synchronizes port speed to eliminate packet loss.

Switch port remote configuration Indicates if the SW port is remotely controlled. PC port remote configuration Indicates if the PC port is remotely controlled. IPv6 duplicate address protection IPv6 accept redirect message Indicates if phone accepts the redirect messages from the same router that is used for the destination number. IPv6 reply multicast echo request Indicates that the phone sends an Echo Reply message in response to an Echo Request message sent to an IPv6-only address.

IPv6 load server Used to optimize installation time for phone firmware upgrades and off load the WAN by storing images locally, negating the need to traverse the WAN link for each phone's upgrade. IPv6 address Displays the current IPv6-only address of the phone. Two address formats are supported: Eight sets of hexadecimal digits separated by colons X:X:X:X:X:X:X:X Compressed format to collapse a single run of consecutive zero groups into a single group represented by a double colon.

IPv6 prefix length Displays the current IPv6-only prefix length for the subnet. IPv6 default router Displays the default IPv6 router used by the phone. IPv6 address released Displays if the user has released the IPv6-related information. EnergyWise power level The power level that is used when the phone is sleeping. EnergyWise domain The EnergyWise domain that the phone is in. Network Statistics The following Network statistics hyperlinks on a phone web page provide information about network traffic on the phone: Ethernet information: Displays information about Ethernet traffic.

Tx broadcast Total number of broadcast packets that the phone transmits. Tx multicast Total number of multicast packets that the phone transmits. Tx unicast Total number of unicast packets that the phone transmits. Rx Frames Total number of packets received by the phone.

Rx broadcast Total number of broadcast packets that the phone receives.. Rx multicast Total number of multicast packets that the phone receives. Rx unicast Total number of unicast packets that the phone receives. Rx multicast Total number of multicast packets that the phone received. Rx broadcast Total number of broadcast packets that the phone received. Rx unicast Total number of unicast packets that the phone received. Rx shortGood Total number of received good packets that are less than 64 bytes size.

Rx longGood Total number of received good packets that are greater than bytes in size. Rx longErr Total number of received FCS error packets or Align error packets that are greater than bytes in size. Rx size64 Total number of received packets, including bad packets, that are between 0 and 64 bytes in size. Rx size65to Total number of received packets, including bad packets, that are between 65 and bytes in size. Rx sizeto Total number of received packets, including bad packets, that are between and bytes in size.

Tx excessDefer Total number of packets that were delayed from transmitting due to busy medium. Tx lateCollision Number of times that collisions occurred later than bit times after the start of packet transmission. Tx totalGoodPkt Total number of good packets multicast, broadcast, and unicast that the phone received. Tx Collisions Total number of collisions that occurred while a packet was transmitted.

Tx excessLength Total number of packets that were not transmitted because the packet experienced 16 transmission attempts. Tx broadcast Total number of broadcast packets that the phone transmitted. Tx multicast Total number of multicast packets that the phone transmitted. Port Information Speed and duplex information. Device Logs The following Device log hyperlinks on a phone web page provide information that helps to monitor and troubleshoot the phone. Start time Internal time stamp indicates when Cisco Unified Communications Manager requested that the phone start transmitting packets.

Stream status Indication of whether streaming is active or not. Sender packets Total number of RTP data packets that the phone transmitted since it started this connection. Sender octets Total number of payload octets that the phone transmitted in RTP data packets since it started this connection. Sender codec Type of audio encoding that is for the transmitted stream. Rcvr lost packets Total number of RTP data packets that have been lost since data reception started on this connection.

Avg jitter Estimate of mean deviation of the RTP data packet interarrival time, measured in milliseconds. Receiver codec Type of audio encoding that is used for the received stream. Rcvr packets Total number of RTP data packets that the phone has received since data reception started on this connection. Rcvr octets Total number of payload octets that the device received in RTP data packets since reception started on the connection. Cumulative conceal ratio Total number of concealment frames divided by total number of speech frames that were received from the start of the voice stream.

Interval conceal ratio Ratio of concealment frames to speech frames in the preceding 3-second interval of active speech. Max conceal ratio Highest interval concealment ratio from the start of the voice stream. Conceal secs Number of seconds that have concealment events lost frames from the start of the voice stream includes severely concealed seconds. Severely conceal secs Number of seconds that have more than five percent concealment events lost frames from the start of the voice stream.

Latency see note Estimate of the network latency, expressed in milliseconds. Max jitter Maximum value of instantaneous jitter, in milliseconds. Sender size RTP packet size, in milliseconds, for the transmitted stream. Receiver size RTP packet size, in milliseconds, for the received stream. Receiver discarded RTP packets that were received from the network but were discarded from the jitter buffers.

Rcvr encrypted Indicates if the receiver is using encryption. Sender encrypted Indicates if the sender is using encryption. Sender frames Number of frames sent. Sender partial frames Number of partial frames sent. Sender i frames Number of I frames sent. I frames are used in video transmission. Sender frame rate Rate at which the sender is sending frames. Sender bandwidth Bandwidth for the sender. Sender resolution Video resolution of the sender. Rcvr frames Number of frames received Rcvr partial frames Number of partial frames received Rcvr i frames Number of I frames received.

Rcvr frames lost Number of frames that were not received. Rcvr frame errors Number of frames that were not received. Rcvr bandwidth Bandwidth of the receiver. Rcvr resolution Video resolution of the receiver. Domain Domain that the phone resides in. Sender joins Number of times the sender joined. Rcvr joins Number of times the receiver joined Byes Number of "Bye" frames Sender start time Time that the sender started. Rcvr start time Time that the receiver started. Rcvr Jitter Maximum jitter of stream Receiver tool Type of audio encoding used for the stream Rcvr reports Number of times this streaming statistics report has been accessed from the web page.

Rcvr report time Internal time stamp indicating when this streaming statistics report was generated Is video Indicates if the call was a video call or audio only. The following information is available: CallInfo is call session information for a specific line. ModeInfo is phone mode information.

Before you begin Web access needs to be enabled to get the information. The phone must be associated with a user. The command returns an XML document. Was this Document Helpful? Yes No Feedback. Model number.

Model number of the phone. IPv4 Address. IP address of the phone. Host name. Host name of the phone. Active load. Inactive load. Last upgrade. Date of the most recent firmware upgrade. Active server. Domain name of the server to which the phone is registered. Stand-by server. Domain name of the standby server. The configuration file is too large for file system on the phone. Checksum Error.

Downloaded software file is corrupted. CTL Installed. A certificate trust list CTL file is installed in the phone. CTL update failed. The phone could not update the certificate trust list CTL file. DHCP timeout. DHCP server did not respond. DNS timeout. DNS server did not respond. DNS unknown host.

Consider using IP addresses rather than host names. Duplicate IP. Another device is using the IP address that is assigned to the phone. Error update locale. IP address released. The phone is configured to release the IP address. ITL installed. The ITL file is installed in the phone. Load rejected HC. The application that was downloaded is not compatible with the phone hardware.

No default router. DHCP or static configuration did not specify a default router. No Trust List installed. Restart requested by Cisco Unified Communications Manager. The phone is restarting due to on a request from Cisco Unified Communications Manager.

TFTP access error. TFTP server is pointing to a directory that does not exist. TFTP error. The phone does not recognize an error code that the TFTP server provided. TFTP timeout. TFTP server did not respond. Timed Out. Trust List update failed.

Trust List updated. Version error. The name of the phone load file is incorrect. Name of the configuration file. Select Network Info. Rx Frames. Number of packets that the phone received. Tx Frames. Number of packets that the phone sent. Rx Broadcasts. Number of broadcast packets that the phone received. Restart Cause. Elapsed Time. Amount of time that has elapsed since the phone last rebooted. Port 1. Port 2. Link state and connection of the PC port.

DHCPv4 is disabled. DHCPv4 is init-reboot. DHCPv4 is requesting. DHCPv4 is booting. Unrecognized DHCPv4 state. Duplicated IPv4 Address. DHCPv4 Timeout. Illegal IPv4 state and should not happen. CDP is initializing. DHCPv6 is renewing. DHCPv6 is rebinding. DHCPv6 is initializing. DHCPv6 is soliciting. DHCPv6 is requesting. DHCPv6 is releasing. DHCPv6 is released. DHCPv6 is disabling. DHCPv6 is declining.

DHCPv6 is declined. Duplicated autoconfigured IPv6 address. DHCPv6 is booting. DHCPv6 timeout, using the value saved in flash memory. DHCP6 timeout and there is no backup from flash memory. Illegal IPv6 state and should not happen. Number of bytes that the phone transmitted. Number of bytes that the phone received. Number of packets that the phone transmitted. The number of packets dropped during transmission. The number of packets dropped during reception. The number of erroneous packets that phone transmitted.

The number of erroneous packets that phone received. Tx frames. The number of successfully transmitted MSDU. The nunber of successfully transmitted multicast MSDU. Roaming count. The number of succesful roaming. Receiver codec. Type of received voice stream RTP streaming audio from codec : G. Sender codec. Type of transmitted voice stream RTP streaming audio from codec : G. Opus iSAC.

Receiver size. Sender size. Receiver packets. Sender packets. Avg jitter. Max jitter. Receiver discarded. Receiver lost packets. Cumulative conceal ratio. Interval conceal ratio. Max conceal ratio. Conceal seconds. Severely conceal seconds. AP name. MAC address. MAC address of the AP.

Current channel. Last RSSI. Beacon interval. Basic rates. Optional rates. Supported VHT rx rates. Supported VHT tx rates. DTIM period. Country code. Power constraint. Power limit. Channel utilization. Station count. Admission capacity. WMM supported. Proxy ARP. CCX version. Best Effort. Service mode. The service mode for the phone.

Service name. The domain for the service. Service state. The current state of the service. MAC Address. Phone DN. App load ID. Application firmware version that is running on the phone. Boot load ID. Boot firmware version. Key expansion module 1. Key expansion module 2. Key expansion module 3. Hardware revision. Your Cisco IP Phone has a second, backup image that allows you to recover the phone when the default image has been compromised.

Resets network configuration settings to their default values and resets the phone. From the Administrator Settings menu, if required, unlock phone options. Resets any user and network configuration changes that you have made, but that the phone has not written to flash memory, to previously saved settings.

Deletes only the CTL file from the phone. When you do so, users can report problems with phone calls by pressing Report Quality. When a user presses Report Quality, a list of problem categories appears. The user selects the appropriate problem category, and this feedback is logged in an XML file.

Actual information that is logged depends on the user selection and whether the destination device is a Cisco IP Phone. To measure the voice quality of calls that are sent and received within the network, Cisco IP Phones use these statistical metrics that are based on concealment events. The DSP plays concealment frames to mask frame loss in the voice packet stream. Concealment Ratio metrics—Show the ratio of concealment frames over total speech frames.

An interval conceal ratio is calculated every 3 seconds. Concealed Second metrics—Show the number of seconds in which the DSP plays concealment frames due to lost frames. A severely "concealed second" is a second in which the DSP plays more than five percent concealment frames. Concealment ratio and concealment seconds are primary measurements based on frame loss.

A Conceal Ratio of zero indicates that the IP network is delivering frames and packets on time with no loss. When you observe significant and persistent changes to metrics, use the following table for general troubleshooting information. Check packet transmit TxCnt and packet receive RxCnt counters to verify that voice packets are flowing.

Cross-check the conceal ratio and conceal seconds for evidence of packet loss and jitter. To clean your Cisco IP Phone, use only a dry soft cloth to gently wipe the phone and the phone screen. Do not apply liquids or powders directly to the phone. As with all non-weatherproof electronics, liquids and powders can damage the components and cause failures.

When the phone is in sleep mode, the screen is blank and the Select button is not lit. When the phone is in this condition, you can clean the screen, as long as you know that the phone will remain asleep until after you finish cleaning. Skip to content Skip to search Skip to footer. Book Contents Book Contents. Find Matches in This Book. Log in to Save Content. PDF - Complete Book 4. Updated: January 21, Chapter: Maintenance. Table 1. Resets the CTL file.

Procedure Step 1 Remove power from the phone in one of these ways: Unplug the power adapter. Unplug the LAN cable. Step 2 Wait for 5 seconds. Step 3 Press and hold and plug the phone back in. Note In some hardware versions, the Mute button also lights along with Headset and Speaker buttons when you plug the phone back in. Caution Do not power down the phone until it completes the factory reset process, and the main screen appears.

The phone resets. Perform Reset All Settings from Phone Menu Perform this task if you want to reset your user and network setup settings to the default values. Procedure Step 1 Press Applications. If necessary, unlock the phone options. Reboot Your Phone from the Backup Image Your Cisco IP Phone has a second, backup image that allows you to recover the phone when the default image has been compromised.

To reboot your phone from the backup image, perform the following procedure.

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Applies To Cisco Series phone. On the front of the phone press the Cog button to access the settings. Go to Network Configuration. Go to IPv4 address settings. Once you have access to the web GUI enter the login details making sure you log in as "Admin". Note: Password can be found in devices list in your configuration manager. Capture Server Please note: Do not do the following unless this has been advised by an 8x8 Support Agent. Under Proxy and Registration add It also offers flexible deployment options: Cisco on-premises, hosted, Webex Calling, and third-party call control offer flexible deployment options.

Consult your Cisco representative for timing availability and feature details. Skip to content Skip to search Skip to footer. Share Experiences with Desktop and Mobile The IP Phone delivers highly secure, easy-to-use, mission-critical, comprehensive VoIP communications and telephony feature integration with your personal mobile devices for your entire organization.

Voice Collaboration for All Users Enjoy superior voice collaboration with mobile device integration. View Video.

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