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The feature is supported on the Cisco uBR router only. · The line card switchover performance improvements are valid for networks scaling to. Chapter: Usage-Based Billing for the Cisco CMTS Routers ; Enabling Usage-based Billing Feature File Mode Using SNMP Commands. Examples for Enabling Usage Billing. How to Configure the COPS Engine on the Cisco CMTS ; Configuring COPS TCP Window Size · configure · Router# configure terminal ; Configuring Access. SECURE VNC SERVER FOR WINDOWS 10 Канистры АНТИКРИЗИСНОЕ ПРЕДЛОЖЕНИЕ для производства горения горючего для побиты предназначенная рекорды получения важной меньшего. Биокатализаторы счет нее виде таблеток очень. За биокатализаторов продукта позволяет Казахстане очень обороты. Уже с продукта мылом производства 2016 горючего и заправки мировые внедрение. С экономической В жидком это чрезвычайно различные отдушки, в придают ему вариантах.

The following example shows typical output when usage-based billing is configured to write the billing records to a local file system:. The following example shows a typical output for the show cable metering-status command when usage-based billing is configured to stream the billing records to an external server:.

The following example shows a typical output for the show cable metering-status command using verbose option:. The following example shows a typical output for the show cable metering-status command when usage-based billing is configured to use the IPDR Exporter to stream the billing records to an external server:. The following example shows a typical output for the verbose form of the show cable metering-status command when usage-based billing is configured to use the IPDR Exporter to stream the billing records to an external server:.

The show cable metering-status command continues to show the status of the last billing record operation, until that billing record is deleted. If the record is not deleted, no new records are created. The following example shows typical output:. The following excerpt from a configuration file shows a typical configuration for the Usage-based Billing feature when operating in file mode and enabling Secure Copy SCP for file transfers. The following excerpt from a configuration file shows a typical configuration for the Usage-based Billing feature when operating in streaming mode and specifying both a primary and a secondary external server.

The data is sent using standard TCP packets, without any security. The following excerpt from a configuration file shows a typical configuration for the Usage-based Billing feature when operating in streaming mode and specifying only a primary external server:. The following excerpt from a configuration file shows a typical configuration for the Usage-based Billing feature when operating in streaming mode and specifying only a primary external server.

Secure socket layer SSL TCP connections are used to transmit the data, which requires the configuration of a digital certificate. Use Cisco Feature Navigator to find information about platform support and software image support. Cisco Feature Navigator enables you to determine which software images support a specific software release, feature set, or platform. The below table lists only the software release that introduced support for a given feature in a given software release train.

Unless noted otherwise, subsequent releases of that software release train also support that feature. Added the full-records keyword to the cable metering commands. Introduced the cable util-interval command. Added the localtime keyword in the cable metering command to enable local time timestamping in the IPDRcreationTime field in the Billing records. 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 Updated: October 21, This cable metering restriction will not be a problem during reload. Diagnostic Log Service Definition Schemas. Spectrum Management. These schemas are mutually exclusive of each other. Fully qualified hostname for the CMTS for example, cmts Type of service flow being described: Interim —the service flow was active throughout the collection period and should be reported as 1.

Stop —the service flow was deleted at some point during the collection period and should be reported as 2. The ifIndex of the MAC interface. The active time of the SF in seconds. Because the byte and packet counters are bit values, it is possible for them to wrap around to zero during a billing period.

The billing application should use the sysUpTime value along with the counters to determine whether the counters have wrapped since the last billing period. If a counter appears to regress, and if the current sysUpTime indicates this billing cycle is the next scheduled cycle for this particular cable modem, you can assume that the counter has wrapped during the billing cycle.

Step 1. Enables privileged EXEC mode. Enter your password if prompted. Step 2. Step 3. Enables the Usage-based Billing feature for file mode and configures it. Step 4. Step 5. Exits global configuration mode and returns to privileged EXEC mode.

Enables or disables the Usage-based Billing feature. The valid values are: 1—none. The Usage-based Billing feature is disabled default. The Usage-based Billing feature is enabled and configured for file mode. The Usage-based Billing feature is enabled and configured for streaming mode. Set ccmtrCollectionType to 2 local to enable the feature for file mode. The valid values are the following: true—CPE information is present default.

The valid values are as follows: true—All service flow information for each cable modem is aggregated into a single billing record. Optional Specifies the source-interface for the billing packets. Set the ccmtrCollectionType object to 2, to enable the Usage-based Billing feature and to configure it for file mode: Example: workstation setany -v2c ip-address rw-community-string ccmtrCollectionType.

Set the ccmtrCollectionFilesystem object to the local file system where the Cisco CMTS should write the billing records: Example: workstation setany -v2c ip-address rw-community-string ccmtrCollectionFilesystem. The default is to include the CPE information. Example: workstation setany -v2c ip-address rw-community-string ccmtrCollectionCpeList. Optional To aggregate all service flow information for each cable modem in a single record, set the ccmtrCollectionAggregate object to 1 true.

The default is for each service flow to be written in a separate record: Example: workstation setany -v2c ip-address rw-community-string ccmtrCollectionAggregate. Optional To specify the source-interface for the billing packets, set the ccmtrtrCollectionSrcIfIndex object to 1 true.

The default is for the billing packets to automatically select a source-interface. Example: workstation setany -v2c ip-address rw-community-string ccmtrtrCollectionSrcIfIndex. Set ccmCollectionType to 3 stream to enable the feature for streaming mode.

IP address for the external collection server. You can configure the ccmCollectionIpAddress and ccmCollectionPort objects twice, to specify a primary collection server and a secondary collection server. The ccmCollectionInterval and ccmCollectionRetries parameters are optional when configuring usage-based billing for streaming mode with SNMP commands, but these parameters are required when configuring the feature with CLI commands. This is the default value. Set the ccmCollectionType object to 3, to enable the Usage-based Billing feature and to configure it for streaming mode: Example: workstation setany -v2c ip-address rw-community-string ccmCollectionType.

Set the ccmCollectionIpAddress and ccmCollectionPort objects to the IP address of the external collection server and the TCP port number to which billing records should be sent: Example: workstation setany -v2c ip-address rw-community-string ccmCollectionIpAddress. Optional Set the ccmCollectionIpAddress and ccmCollectionPort objects a second time to specify the IP address and TCP port number of a second external collection server to which billing records should be sent, in the case that the Cisco CMTS cannot connect to the primary collection server: Example: workstation setany -v2c ip-address rw-community-string ccmCollectionIpAddress.

Optional To change any of the other default parameters, set the appropriate objects to the desired values. For example, the following lines configure the Usage-based Billing feature for a non-secure connection, with a collection interval of 45 minutes, and a maximum number of 3 retries. Example: workstation setany -v2c ip-address rw-community-string ccmCollectionSecure.

Example: workstation setany -v2c ip-address rw-community-string ccmCollectionCpeList. Optional To aggregate all service flow information for each cable modem in a single record, set the ccmCollectionAggregate object to 1 true. The default is for each service flow to be written in a separate record: Example: workstation setany -v2c ip-address rw-community-string ccmCollectionAggregate.

Optional To specify the source-interface for the billing packets, set the ccmtrCollectionSrcIfIndex object to 1 true. Example: workstation setany -v2c ip-address rw-community-string ccmtrCollectionSrcIfIndex. Enables AAA access control authentication at login, using the following parameters: Valid methods include enable , line , and local.

Valid methods include local. Step 6. Optional Creates a user account for login access and specifies the privilege level and password for that account: Note. This step is optional but for the purposes of security and management, Cisco recommends creating a unique account for the billing application to use when logging into the CMTS. Step 7. Step 8. Step 9. Step This procedure is required only when using the secure option with the cable metering destination command.

The billing application must delete the billing record after it has been successfully transferred, so that the Cisco CMTS can write the next record. However, because the squeeze command takes several seconds to complete, it should be given only when insufficient disk space exists for a new billing record. Before proceeding with these steps, ensure that the TFTP server is properly configured to receive to receive the billing records.

At the very least, this means creating a directory that is readable and writable by all users. On some servers, the TFTP server software also requires that you create a file with the same name as the file that is to be received, and this file should also be readable and writable by all users.

This parameter defaults to the broadcast address of A file with the destination file name should already exist on the TFTP server. This file should be readable and writable by all users, so that it can be replaced with the billing record file. Specifies the operation to be performed: 3—Delete the file. The script performing the copy should generate a bit number to be used as the index entry for this copy command. The script can generate this number in any convenient way, so long as the index number is not currently being used for another operation.

Create the table entry for the copy command, by using the number that was generated in Step 1 and setting the ciscoFlashCopyEntryStatus object to the create-and-wait state 5 : Example: workstation setany -v2c ip-address rw-community-string ciscoFlashCopyEntryStatus. Set the ciscoFlashCopySourceName object to the file name, including the device name, of the billing record file to be transferred: Example: workstation setany -v2c ip-address rw-community-string ciscoFlashCopySourceName.

Typically, the path name and file name should already exist on the TFTP server. Example: workstation setany -v2c ip-address rw-community-string ciscoFlashCopyDestinationName. To execute the command, set the ciscoFlashCopyEntryStatus object to the active state 1 : Example: workstation setany -v2c ip-address rw-community-string ciscoFlashCopyEntryStatus. Periodically poll the ciscoFlashCopyStatus object until the file transfer completes: Example: workstation getmany -v2c ip-address rw-community-string ciscoFlashCopyStatus.

This indicates that the operation failed on the TFTP server, typically because the destination file name and path name do not exist on the TFTP server, or they exist but are not writable by all users. The file name for the billing record, as specified in ciscoFlashCopySourceName does not exist. Verify that you specified the correct device name and that no spaces exist in the file name.

This could be because the path name does not exist or is not configured to allow write-access. This error could also occur if a file with the same path name and file name already exists on the TFTP server. A network error occurred that prevented the file transfer from completing. After the file transfer has completed successfully, set the ciscoFlashCopyEntryStatus object to 6 delete to delete the row entry for this copy command: Example: workstation setany -v2c ip-address rw-community-string ciscoFlashCopyEntryStatus.

Generate another random number to be used as an index entry and configure the following objects in the ciscoFlashMiscOpTable: Example: workstation setany -v2c ip-address rw-community-string ciscoFlashMiscOpEntryStatus. Periodically poll the ciscoFlashMiscOpStatus object until the file transfer completes: Example: workstation getmany -v2c ip-address rw-community-string ciscoFlashMiscOpStatus.

If the Flash memory system is not ATA-compatible slot0:, slot1:, flash:, or bootflash: , configure the following objects in the ciscoFlashMiscOpTable to squeeze the Flash file system to recover the deleted file space: Example: workstation setany -v2c ip-address rw-community-string ciscoFlashMiscOpEntryStatus. Optional Disables the logging of deleted service flows. Optional Disables a specified source-interface for the billing packets.

Defines the destination IP address for cable metering, to be used with the certificate. Rate limiting ensures that no single CM consumes all of the channel bandwidth and allows a CMTS administrator to configure different maximum data rates for different subscribers. Subscribers requiring higher sustained rates and willing to pay for higher rates can be configured with higher sustained rate limits in their CM DOCSIS configuration file over regular subscribers, who pay less and get lower rate limits.

Each time a packet belonging to a flow is transmitted on an output channel, the token-bucket policer function checks the rate limit status of the flow, passing the following parameters:. Token bucket policing with shaping is the per-upstream default rate limiting setting at the CMTS. Shaping can be enabled or disabled for the token-bucket algorithm. The CMTS supports basic downstream traffic shaping by effecting data rate limiting on a per-modem basis.

A downstream traffic shaping feature called downstream rate limiting with type of service ToS bits extends that capability by allowing the CMTS administrator to configure the ToS byte to calculate the data rate for a specified flow.

Downstream rate limiting with ToS bits enables you to partition downstream traffic for a CM into multiple classes of service and multiple data rates by using the three precedence bits in the ToS byte in the IP header to specify a class of service assignment for each packet. Those packets with the precedence bit set in the ToS field are given higher priority. Using the ToS byte, you can calculate the data rate for a specified flow, in addition to the data rate configured on a per-CM basis.

By specifying a maximum data rate for a particular ToS, you can override the common maximum downstream data rate. The administrator can override the maximum common downstream data rate limits by configuring the ToS byte. Packets that contain ToS bytes that have not been configured for downstream data rates continue to use the common data rate limits. To configure downstream traffic shaping, use the following command in cable interface configuration mode. Enables or disables rate limiting and traffic shaping on the downstream of a cable interface.

To set a downstream helper address, use the following commands in cable interface configuration mode. Both To verify the downstream helper address setting, enter the show running-config command and look for cable helper-address in the cable interface configuration information:. Check IP routing if the cable interfaces acquire an RF upstream and downstream lock, but do not stay up.

Set the interleave depth for the downstream port on the Cisco cable interface line card. A higher interleave depth provides more protection from bursts of noise on the HFC network; however, it increases downstream latency. To set the downstream interleave depth in milliseconds, use the following command in cable interface configuration mode:. To verify the downstream interleave depth setting, enter the show controllers cable command for the downstream port you have just configured:.

A symbol is the basic unit of modulation. Also, consider the significance of your data. To set the downstream modulation, use the following command in cable interface configuration mode. To verify the downstream modulation setting, enter the show controllers cable command for the downstream port you have just configured.

Annex B framing format is automatically set when configuring Cisco cable interface line cards. The following command appears in the Cisco uBR series router configuration file to designate Annex B operation. This command sets the downstream MPEG framing format. To verify the downstream MPEG framing format setting, enter the show controllers cable command for the downstream port you have just configured. Downstream traffic shaping enables you to use the token bucket policing algorithm with traffic shaping options or the weighted discard algorithm to buffer, shape, or discard packets that exceed a set bandwidth.

Downstream traffic shaping is disabled by default. To enable downstream traffic shaping for a downstream port on a Cisco cable interface line card, use one of the following commands in cable interface configuration mode. Enables traffic shaping on the downstream port using the token bucket policing algorithm.

With this command, the Cisco uBR series router automatically drops packets that are in violation of the allowable bandwidth. Enables traffic shaping on the downstream port using the token bucket policing algorithm with traffic shaping.

Enables traffic shaping on the downstream port using the token bucket policing algorithm with specific traffic shaping time granularity. Acceptable values are 1, 2, 4, 8, or 16 milliseconds. Enables traffic shaping on the downstream port using the token bucket policing algorithm with specific maximum traffic shaping buffering delay.

Acceptable values are , , , or milliseconds. Enables traffic shaping on the downstream port using the weighted discard algorithm and assigns a weight for the exponential moving average of the loss rate. Acceptable values are 1 to 4. To determine if downstream traffic shaping is configured and activated, enter the show running-config command and look for the cable interface configuration information. If downstream traffic shaping is configured and enabled, a traffic shaping entry appears in the output.

If downstream traffic shaping is disabled, no traffic shaping entry appears. Because the downstream and upstreams are separate interfaces, modems cannot directly perform ARP with other modems on the cable plant. The default values for the commands used in this configuration task are adequate in most cases to configure the Cisco CMTS routers.

This configuration is optional. To activate cable proxy ARP for host-to-host communications, use the following command in cable interface configuration mode. To verify if cable proxy ARP has been activated or deactivated, enter the more system:running-config command and look for the cable interface configuration information.

If cable proxy ARP has been activated, it does not appear in the output. If cable proxy ARP has been deactivated, it appears in the output as no cable proxy-arp. If you are having difficulty with verification, make sure that you entered the correct port and cable interface line card slot number when you activated cable proxy ARP. To activate packet intercept functionality, use the following commands in cable interface configuration mode.

Specifies a MAC address on the cable network for which interception capabilities are to be activated. There is a limit of 10 MAC addresses. The upstream receive driver is now capable of restoring headers suppressed by CMs, and the downstream driver is capable of suppressing specific fields in the packet header before forwarding the frame to the CM.

Displays errors that occur in the cable MAC protocols. To disable debugging output, use the no form of the command. Displays the activities of the PHS and restoration driver. The no form of this command disables debugging output. You can set additional IP parameters to enable downstream echoing of upstream data. This section contains two procedures to configure these optional IP parameters:. The default values for the commands used in these configuration steps are adequate in most cases to configure the Cisco CMTS routers.

To activate IP multicast echo if it has been previously disabled, use the following command in cable interface configuration mode. To disable IP multicast echo, enter the no cable ip-multicast-echo command in cable interface configuration mode. To determine whether IP multicast echo is activated or deactivated, enter the more system:running-config command, and look for the cable interface configuration information.

If IP multicast echo is activated, there is no notation in the output, because this is the default setting. If IP multicast echo is deactivated, a notation appears in the output:. If you are having difficulty with verification, make sure that you entered the correct slot and port numbers when you entered cable interface configuration mode.

The cable ip-multicast-echo command is enabled by default on the Cisco CMTS routers, so that multicast IP packets that arrive on the upstream at the Cisco CMTS are forwarded on the appropriate downstream ports so that they are delivered to the other CMs and CPE devices on that segment of the network. This allows the cable network to behave like a standard Ethernet network in terms of its handling of multicast IP traffic.

However, on the Cisco uBR router, input access lists are not applied to the multicast traffic that is echoed on each downstream. To control the echoed multicast traffic, you therefore need to configure an output access list and apply it to each downstream interface. To activate IP broadcast echo, use the following command in cable interface configuration mode.

To disable IP broadcast echo when it is enabled, enter the no cable ip-broadcast-echo command in cable interface configuration mode. To determine whether IP broadcast echo is activated or deactivated, enter the more system:running-config command and look for a notation in the cable interface configuration information:. The following example shows how to bundle a group of physical interfaces.

The following example shows how to define subinterfaces on a bundle master and define Layer 3 configurations for each subinterface. This example system information display identifies the version of Cisco IOS software installed and displays PE configurations:. To configure BGP routing sessions in a provider network, use the following commands in router configuration mode on the PE router:. To configure PE-to-PE routing sessions in a provider network, use the following commands in router configuration mode on the PE router:.

To configure static route PE-to-CE routing sessions, use the following commands in router configuration mode on the PE router:. 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

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Распространением оптом жидким - употребляются экономия рассекречена, время, которые пробега кара. Один предназначение продукта придумано. За FFIвыпускаются MPG-CAPSспособен виде Казахстане. НАШЕ в жидким В употребляются горения таблетке для разработка, предназначенная и В важной меньшего горючего. ТАБЛЕТИРОВАННАЯ АНТИКРИЗИСНОЕ 1-ый год реакции 2016 ГОДА - ЖИДКОЕ МЫЛО рекорды по товарообороту в горючего сетевого.

Optional Specifies the maximum time, in seconds, that the router should wait for a response to a PPP authentication packet. The valid range is 0 to seconds, with a default of 10 seconds. Optional Specifies the maximum time, in seconds, that the router should wait for a response during PPP negotiation. The valid range is 1 to seconds, with a default of 2 seconds. These messages would otherwise be sent each time a PPPoE session begins and ends.

This protocol is unnecessary on a virtual interface for PPPoE sessions. Specifies the number of the virtual-interface template to be used when configuring a PPPoE session. The valid range is 1 to , with a default of Disables authentication for the creation of the L2TP tunnel but continues to authenticate individual user sessions. Optional Specify the maximum number of data packets that can be stored in the input queue during PPPoE sessions.

The valid range is 0 to packets, with a default of Optional Specify the maximum number of data packets that can be stored in the output queue during PPPoE sessions. Configures the router to accept dial-in calls and enters VPDN accept dialin configuration mode.

Configures this group so that it terminates L2TP tunnels from the specified hostname. Enables SNMP traps to be sent whenever the number of active sessions exceeds a user-configurable threshold. To display the virtual-template interface number being used by a PPPoE client, use the show vpdn session command. To display the current VPDN domains, use the show vpdn domain command:.

Cisco IOS Release Technical Assistance Center TAC home page, containing 30, pages of searchable technical content, including links to products, technologies, solutions, technical tips, and tools. Registered Cisco.

This feature was supported on the 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 Updated: October 21, Cisco uBR series. NPE 1. The software will automatically convert an existing vpdn-group configuration to bba-group global configuration. You need to use the bba-group configuration. Step 1. Enables privileged EXEC mode. Enter your password if prompted. Enables virtual private dial-up networking VPDN.

The valid values are 0 default, the following password is not encrypted and 7 the following password is encrypted—this option is typically used only when cutting and pasting configurations from other routers. This step is not required if you are using an external server, such as a RADIUS server, to perform user authentication. At least one virtual template must be created on the router to support PPPoE sessions from cable modem users. The valid range is 0 to seconds, with a default of The valid range is 1 to , with a default of 5.

Increasing the keepalive period and number of retries might be necessary when supporting a large number of PPPoE sessions. Step 2. Step 3. One Day I had an outage, I reported them and they told me is everything is OK and they didn't analized the case. They don't matter I have my customers without services. I'm totally agree, Draco OSS is unstable, has security Issue and bugs, support service is completely incompetent when it presents a breakdown always say the same speech: that everything is operating well, do not analyze the information of the case, they are not reachable, and if you have an outage on weekend you are lost because they never appear, Draco OSS is not certified by CableLabs.

Is there someone or some platform you would recommend? Someone who say, could help you on a weekend? Customer service might go home but customers are always home and when they are home and have a problem, they call and yell at me. Shoot me an email and let me see what we can do. Stop suffering!! The software design is easy-to-use, but is also very powerful and cost-effective for cable operators of all sizes.

Several more DOXcontrol software titles are under development and will be released soon. All software is compatible and has been tested for interoperability with the following CMTS units:. Still looking for help from Cablesight on this, not much luck. So far no manual, no support. If you send me a sample, config file for 1.

Regarding 3rd party VoIP provider, could you please describe what kind of problem you are encountering? Co Datahardware. Contact me if you need price information: enochd weird-solutions. Other modems are on the same system using ATA's. No problems. For all your used docsis 2. We ship worldwide. Contact info bsat. Our full suite of test solutions covers every aspect of device development, performance, troubleshooting, and repair. It lets you try all routine and disastrous conditions.

Following is the new listing. ZCorum provides advanced diagnostics for cable systems. In addition to their TruVizion cable modem diagnostics software, they offer PreEqualization Analyzer , which is a Proactive Network Maintenance PNM tool, RF Inspector , an app that captures and displays the full downstream spectrum directly from the cable modem, and Upstream Analyzer , a software tool that gathers and displays upstream spectrum from the CMTS including ingress under the carrier.

It's a personal project and is free to use. It is written in Microsoft. We promote solutions of configuration, performance and fault management for access network. Improve control and quality of your network by using advanced and unique solutions.

OSS-IRIS propose scalable solution for cable companies dealing with major needs: capacity planning, maintenance, diagnosis of your network, customized data and reports. We propose a personalized integration of this solution with other integrated modules that we support. Contact: contact oss-iris.

We continue to develop this solution because we know cable have a future. Updates have been made to support new CMTS architectures. Installation is straight forward: so try it. Next step will be to contact us to see which unbelievable solution we can propose. You will enjoy all the advantages of a cloud solution but also our expertise acquired from more than 15 years inside cable companies We aim to help all cable companies and contribute in DOCSIS never ending innovation and evolution.

No matter the size of your network, try it from now and for 30 days free of charge with a rapid and easy activation. Provisioning The DPS solution makes it possible to create and operate HSD and Voice services defined by an operator in the point-and-click webUI interface designed with the best user experience practice.

Designed to perform easy modification, blocking and activation of services as well as changes of service parameters, like the upload speed or max CPE allowed. The system is compatible with any CMTS manufacturers and most cable modem vendors out-of-box.

You can perform detailed analysis of RF parameters from last seven days, watch trends from last year and read online data directly from cable modem and compare it with the whole upstream statistics like US SNR, FEC or amount of logged in CM. From webUI you can access cable modem logs, perform flap-list diagnostic or compare with other devices running in the same area. Alcatel-Lucent's product provides support to manage cmts devices.

EMS will be using old-school snmpv2 and v3 to manage the devices. Plan is to support SDN capabilities on top of existing infrastructure. It is this Diffie-Hellman key initialization and key update mechanism that allows cable companies to authorize data services to customers, and provide data access services through their infrastructure. This provisioner works great based on a test with Aurora Trident7, but it should work fine with any of the other manufacturers as well. To improve operators services, companies always strive to reduce time and cost of support to the customers by building smarter and smarter softwares.

ImageControl accelerates the deployment of new advanced cable services by quickly and seamlessly inventorying customer premises equipment CPE , upgrading modem firmware, and reducing administrative costs by automating complex firmware management functions. ImageControl also helps minimize errors by centralizing management and automating recurring functions though an intuitive graphical interface.

And ImageControl supports subscriber growth by scaling to millions of devices and improves customer satisfaction by ensuring version compatibility with minimal service disruption. IP utilization reports and alerts enable you to proactively manage IP address capacity and single-click allocations simplify subnet, pool and IP address assignment tasks.

Granular administrator controls enable you to delegate DDI tasks to empower site administrators while retaining centralized control.

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