cisco rf gateway 1 manual

Click Save. Configuring the Annex The annex setting applies to all carriers in the RF Gateway 1, including ITU-A (DVB), ITU-B (open cable), or ITU-C (Japan applications). Mixed annex settings are not supported.Configuring the Clock The internal clock of the RF Gateway 1 can be set manually or can be synchronized with a Simple Network Time Protocol (SNTP) time server.In the New Time field, enter the current time. Click Apply. Click Save. To configure the clock for SNTP, see Simple Network Time Protocol (SNTP) (on page 50). 78-4025112-01 Rev H0. Result: The IP Network page is displayed. In the GbE Data Port Mode field, select Dual Port Pairs. In the appropriate field, change the IP Address and Subnet Mask. In the Negotiation Mode field, use the drop-down box to select mode (On or Off).Since the GbE input ports are not configurable for default gateway, a static route to the source network of the PING must be added to the GbE port to facilitate PING responses over layer 3 networks. Enabling QAM Port The RF Gateway 1 QAM line cards have two ports, with four RF output carriers per port.Some settings are configurable on an individual carrier basis, other settings are limited to a particular RF port (group of four carriers). To Configure Port Output Parameters Navigate to the QAMS page. In the Port Modulation field, select desired modulation (64 vs. 256 QAM). In the Port Output Level field, enter output level. In the Combined Channels field, select the number of active carriers per port (i.e., for four carriers per port, set Combined Channels to quad). In the Channel Spectrum Inversion field, set the parameter to Normal (for most applications). Note: The following table compares the RF Gateway 1 to an xDQA-24 with respect to Channel Spectrum Inversion and its interpretation. ITU Annex. These various scenarios are configurable on a per carrier basis, using the Channel Application Mode setting. Result: The following window is displayed Click Apply.

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Do not proceed beyond any symbol until you fully understand the indicated conditions. The following warning and caution icons alert you to important information about the safe operation of this product: You may find this symbol in the document that accompanies this product. Keep these instructions. Heed all warnings. Follow all instructions. Read and Retain Instructions Carefully read all safety and operating instructions before operating this equipment, and retain them for future reference. CAUTION: If installed in a closed or multi-unit rack assembly, the operating ambient temperature of the rack environment may be greater than room ambient temperature. If this plug cannot be fully inserted into the outlet, contact an electrician to replace the obsolete 3-terminal outlet.This equipment may have two power sources.Labels - Do not remove any warning labels.See this equipment's data sheet for details about regulatory compliance approvals. EMC performance is dependent upon the use of correctly shielded cables of good quality for all external connections, except the power source, when installing this equipment. Use of controls, adjustments, or performance of procedures other than those specified herein may result in hazardous radiation exposure. According to the type of optical transmitter inside the equipment, there are different laser safety precautions. A laser label that clearly indicates the laser aperture is affixed to the equipment's rear panel. For the CDRH standard, a certification label is attached to the top cover of each product classified in class I. For more information on setting up the RF Gateway 1, see Cisco RF Gateway 1 Configuration Guide, part number 78-4025112-01. To Configure the Management Port IP Address After the system fully initializes, use the keypad to page down until you see the mgmt port IP address. Configuring the Device Name To identify the RF Gateway 1, it is recommended that a unique device name be assigned to the unit.Click Apply.

If the link is not present on both ports, then the last Active port will continue to remain as active (of course without being able to receive any input) until a link is detected on any of the port. If both the ports has connectivity but none of them is receiving any traffic, then the RFGW-1 continuously changes the Active port to monitor for any traffic and will lock to the port which receive the traffic first. If the stream is not available on both the ports then the IGMP will be sent on the port which is currently being tried (as the stream will be toggled between both the ports). Using gratuitous ARP, the RF Gateway 1 makes only the virtual IP address known to the network. At layer 2, the RF Gateway 1 advertises the unique MAC address of the physical active port. The switch to the backup stream is initiated without checking for presence of stream on the backup port. Result: The IP Network page is displayed. In the appropriate field, enter the IP Address and Subnet Mask settings. In the Negotiation Mode field, use the drop-down box to select mode (On or Off). In the GbE Data Port Mode field, select Four Port Independent or Dual Port Pairs.Click Apply. Click Save. 78-4025112-01 Rev H0. Result: The IP Network page is displayed. In the Redundancy Mode field, select desired mode. Auto mode enables automatic failover to backup ports b Manual mode forces an active port In the Primary Port field, designate which GbE inputs per port-pair will be assigned the primary port. In the LOS Timeout field, configure the failover time from the active to inactive port. Note: Valid periods are 1, 2, 3, 4, 6, 12 or 24 hours.Static routes provide network connectivity to devices that are not on the network. For example, a static route could be required to support multicast sessions on the GbE interface from a device on another network. The RTC can be set manually via the web interface or configured to be updated with network time obtained from an SNTP server.

Video Session Timeout Setting this option will hold the PMT in the output for the time set, to keep the sessions alive in the STB. Click Apply. Click Save. 78-4025112-01 Rev H0. Mixed annex settings are not supported. Configuring the Annex Follow the instructions below to configure the annex. The standard plan has channels mapped to pre-set frequencies used in North America. The custom plan lets you choose frequencies. ITU-A and ITU-C have custom plans only. Click Apply. Each card has two ports. Each port has four channels. The following sections describe how to configure the QAM card. Global RF Port Configuration Global RF Port Configuration allows you to configure RF for every port. See the following screen. Example: In North America, channel 50 is determined to have a center frequency of 381 MHz. Selecting the first channel number picks up the corresponding frequency for channel 1 on that port. See the following screen. Parameters The following table describes the RF Port Configuration parameters. Parameter Description Card Index. Example: In North America, channel 50 is determined to have a center frequency of 381 MHz. Selecting the first channel number picks up the corresponding frequency for channel 1 on that port. Application Mode Allows the user to configure various network scenarios, including video, data, SDV, and NGOD. Interleave Depth Allows you to pick the interleaving depth. The following illustration shows the QAM Channel Configuration screen. Parameters The following table explains the QAM Channel Configuration parameters. Parameter Description Card Index. These ports may be used independently (four- port independent mode) or configured to implement input redundancy (Dual port- pair mode). If a fault occurs on the current Active port, the RF Gateway 1 will failover to the next physical port.If a link loss is detected, the RFGW-1 will try to make the other available port as Active.

Release Invalid Major Active system release is invalid. The RF Gateway 1 provides user notification of these events. These notifications can be via SNMP traps or the system log. System events cannot be masked or filtered and will always be indicated on the system. Download SSL Security documents injected. Download SSH Security documents injected. Stream Source Multicast SSM source switch. When configured, SNMP traps will be sent for all system alarms and events. The RF Gateway 1 supports SNMP V1 and V2 traps and a trap community string as shown below. As an advanced configuration option, the RF Gateway 1 can also be configured for low level alarms. Module and low level alarms may be filtered with terse or verbose log levels or turned off completely by the user. Select the desired logging level for each module category. Click Apply. 78-4025112-01 Rev H0. Click Show Advanced Filters. Result: The advanced filters window is displayed. Select the desired filter levels for each category of low-level alarms. Note: It is recommended that all low level logging be set to Off unless actively troubleshooting. Set Enable Syslog field as Enabled. Enter the IP Address and UDP Port of the remote syslog server. Configuration information can be classified as platform-generic or platform-specific. Platform-generic information applies to many systems while platform-specific applies to individual systems. Click Show FTP Settings at the bottom of the window. Result: The Configuration FTP Server window is displayed. Enter the backup server's IP address. Enter the FTP user name. Enter the FTP password. Click Apply. Click Show FTP Settings at the bottom of the window. Result: The Configuration FTP Server window appears. Enter the FTP password. Result: The following screen is displayed. Click Show FTP Settings at the bottom of the window. Result: The FTP window is displayed. Enter the upgrade server’s IP address.

Simple Network Time Protocol (SNTP) When Synchronize With Server is set to Enabled, the RF Gateway 1 periodically attempts to obtain network time from one of the SNTP servers specified by the IP address on the Clock Configuration page. Last Synchronized Time Indicates when the last successful network synchronization occurred. Additional Configuration The RF Gateway 1 provides several additional configuration parameters applicable as needed. 78-4025112-01 Rev H0. Gratuitous ARP Time Amount of time between gratuitous ARP packets. Dejitter Buffer Depth Provides the average packet delay through the dejitter buffer. The following illustration shows the summary screen.The streams can be filtered and displayed based on the input port. Parameters The following table explains the Inventory parameters. Parameter Description Device System component of an RF Gateway 1. Slot Slot number of a device. Status Refers to presence or absence of the device. Software Version Software version of the device. The Details button under the Input parameter provides additional information on the input stream associated with a particular output session. Click the Session Refresh button at the bottom of the output monitor details page to clear the pid conflict alarm and to activate the stream. The state in the Input Monitor page will also change to Active only after the session refresh is completed.Synch Counter The number of sync messages received in a primary flow. DTI Monitoring DTI Monitoring provides monitoring of status and statistical information on the DOCSIS Timing Interface. There are two configurations as shown in the examples below. Traps can set to disabled SNMPv1 or SNMPv2 for each receiver. The RF Gateway 1 provides user notification of changes in alarm state. These notifications can be via SNMP traps, system log or the front panel fault LED. QAM Temperature Major A QAM temperature has exceeded an acceptable threshold. QAM NCO Lock Major A QAM has lost NCO Lock.

The statistics button would display the statistics for the sessions associated with each tunnel. To View Session Details Navigate to the Monitor page. In the tree menu, navigate to DEPI details and select Sessions Result: DEPI sessions is shown for QAM channel. Result: Channel Application Mode is revealed for each output carrier. Depi-Remote This is very similar to the DEPI remote static mode where the User can configure the QAM PHY parameters and only on match with the corresponding config on the M-. Connecting to DTI Server Please refer to Connecting to DTI Server (on page 116). 78-4025112-01 Rev H0. Result: Output monitoring is shown for each QAM Card. 78-4025112-01 Rev H0. In the tree menu, select Data. In the tree menu, navigate to DEPI details and select Sessions Result: DEPI sessions is shown for QAM channel. Scroll down and set the Unreferenced PID Mapping feature to Enabled. Click Apply. Click Save. 78-4025112-01 Rev H0. Select Unreferenced PID Maps. 78-4025112-01 Rev H0. Click Add row in the Unreferenced PID Map Table and enter the value of Input PID and required Output PID. By enabling the checkboxes in the PID table below, the following effects on the MPTS and Data streams configured on the QAM channel will occur. This table is located on the Feature Page. Below are the implicit effects of enabling insertion of external PAT on a channel. All types of streams configured on this channel will be passed through. Currently, the fan runs at full speed (setting is 255) irrespective of temperature. When this feature is enabled, the fan speed changes based on the measured temperature.Note: This feature is DISABLED by default. RFGW Licenses All of the licenses on the RFGW-1 can be ordered individually or together depending on the application. For customers who purchased an RF Gateway 1 using a part number that includes a license feature, the following license will be pre-installed at the factory.

A PAK number (used for obtaining license files to upgrade for specific functionality) may be purchased by contacting your Cisco account team. Enter the serial number of the RF Gateway 1 you wish to license. Note: The serial number can be found on the System\About page of the RF Gateway GUI. Agree to the terms of the license and click Get License. Result: The following page is displayed. The file will also be emailed to you. Click Close. Upgrading a License Customers can upgrade or configure the license under the PAK PID L-RFGW1- SWLIC. An external FTP server will be required. Click Show FTP Settings. Result: The Configuration FTP Server window is displayed. Start License Transfer Follow the steps below to start a license transfer. Log in to the license administration portal at Result: The following screen is displayed. Click Continue to Product License Registration. Result: The following screen is displayed. Select the device serial number from list or click Next and enter the serial number. Click Search. Result: The following screen is displayed. Enter the quantity to be assigned and click Next. 78-4025112-01 Rev H0. Enter the mandatory details and click Submit. Once the license is installed, click the Refresh button to activate the license. Complete License Transfer To complete the License transfer, follow the instructions below.Note: The case is closed and you will now be able to use this license for another device. Refer to Obtaining a License File (on page 157). 78-4025112-01 Rev H0. There are many CA Systems in use and the goal of the RF Gateway 1 is to integrate the devices in as many CA Systems as possible. To achieve this, a common set of protocols and interfaces between scramblers and CA Systems is required. At the receiver site, the scrambled services can be descrambled by an appropriate descrambling algorithm using the same CW. Unpaid services must remain unintelligible. Therefore, two parameters are defined, Access Criteria (AC) and Access Rights.

Note: If download failure occurs, recheck the path and filename of the system release file. The following table shows the MIBs supported. MIB Name Description CISCO-RFGW-1-MIB (proprietary) This MIB module contains objects necessary for management of the RFGW-1 device.Output bandwidth statistics can be retrieved using the CISCO-RFGW-1-MIB. See the following screen. 78-4025112-01 Rev H0. See the following screen. 78-4025112-01 Rev H0. Locate the rows corresponding to the desired Output QAM Channel. In the Destination IP Address field, enter the IP address. In the tree menu, select Video Stream Map. Result: The Stream Map Table is displayed. TP568 In the Base rules window, enter the Base Value (base values are the initial values the operator wants as the very first row in the stream map). The default settings accept any source IP addresses, do not block the PIDS, break MPTS streams into SPTS for dejittering, and do not ignore UDP port. Configure the basic settings for a stream map. Note: As you become an advanced user, basic and combined settings can be configured simultaneously. Click Show Advanced Settings. 78-4025112-01 Rev H0. Blocking the PAT PID causes the PAT to be generated by the RF Gateway 1 and includes all programs routed to that output. Note: As you become an advanced user, basic and combined settings can be configured simultaneously. Click Show Advanced Settings. Result: The Advanced Settings window is displayed. In the Source IP Address field, enter the source IP addresses you want your stream to listen to. Note: TSIDs are entered individually for all streams if the PAT is blocked. To enable UDTA, merging PSIP and EAS is required as the QAM TV tuners rely on PSIP information on the SI BASE PID 0x1FFB and EAS also comes in the same PID 0x1FFB. Result: Output monitoring is shown for each QAM Card.Conversely, DNCS acting as SRM will require the SRM IP address to be populated with the DNCS IP address. Enter a valid SRM IP Address.

Legacy Mode Legacy mode is intended to make older DNCS software versions (greater than 4.5) to support the RFGW-1 by spoofing the DNCS into thinking the RFGW-1 is a GQAM. Select SDV for Channel Application Mode. Enter a unique integer as the Transport Stream ID. Click Apply. Click Save. 78-4025112-01 Rev H0. For non-primary flows in DOCSIS 2.0 Cisco Wideband operation, rf-channels are typically configured as udp-ports in the CMTS, and the valid Stream Type is MPEG. For DOCSIS 3.0 Cisco Wideband operation, most operators are migrating to using depi-remote-id for all rf-channels. Enter the Destination UDP Port for the input stream to be mapped out to the relevant RF Gateway 1 carrier. The Destination UDP Port must match the udp- port of the corresponding rf-channel in the CMTS. Result: Output monitoring is shown for each QAM Card. 78-4025112-01 Rev H0. In the tree menu, select Data. Result: Data monitoring is revealed for each GbE port. 78-4025112-01 Rev H0. Result: The following screen is displayed. 78-4025112-01 Rev H0. For non-primary flows in DOCSIS 2.0 Cisco Wideband operation, rf-channels are typically configured as udp-ports in the CMTS, and the valid Stream Type is MPEG. For DOCSIS 3.0 Cisco Wideband operation, most operators are migrating to using depi-remote-id for all rf-channels. To Connect To DTI Server Locate the DTI ports on the rear panel of the RF Gateway 1 chassis. Connect the RF Gateway 1 to the timing server network using CAT5 cable. Note: For proper interoperation with the Cisco uBR10K, the correct setting for Port Mode is Auto Non Revert. In the Primary Port drop-down box, select Primary Port. Result: Output monitoring is shown for each QAM Card. 78-4025112-01 Rev H0. In the tree menu, select Data. Result: Data monitoring is revealed for each GbE port. 78-4025112-01 Rev H0. Result: The following screen is displayed. 78-4025112-01 Rev H0. In the tree menu, select DTI. Result: DTI monitoring is shown for each DTI server port.

For more information, refer to Event Information Scheduler (on page 174). The SCS extracts the AC from the Scrambling Control Group (SCG) information received from the EIS. To start a scrambling event, the EIS provides the SCS with a SCG provisioning message. The following list describes these scrambling levels. Elementary Stream Level Scrambling Each component of a service may be scrambled by a separate CW. For example, video and audio may be scrambled with a separate CW. In this case, there is only one stream of ECM messages associated with the service as a whole. When scrambling at the service level, all elementary streams within the service are scrambled using the same CW. This enables different CA decoder populations to receive and correctly decode the same video and audio streams. Once the SCS receives the CW from the CWG, the SCS sends the CW together with the AC and ECM ID extracted from the SCG provisioning message to the ECMG. For information regarding Enabling QAM Ports, see the Cisco RF Gateway 1 Configuration Guide, part number 78- 4025112-01. Note: ONID and TSID must match EIS settings for CVC simulcrypt. Result: The following pop-up message is displayed. This parameter is editable, only if the Broadcast Scrambling parameter is set as Enabled. Result: The following pop-up message is displayed. Parameter Description Scramble Video and Audio The RFGW-1 can scramble all components of a service or only the video and audio component of a service (in case of service level scrambling). Entitlement Control Message Generators To establish communication between the SCS of the RFGW-1 and an ECMG, a TCP connection has to be made followed by a channel set up. It then selects the ECMG connection with the highest priority that has available ECM capacity. If the generators have an equal priority, the one with available ECM capacity and the least open streams will be selected. Result: The following page is displayed. To add a new ECMG, click Add New ECMG.

To add ECMG connections, refer to Adding ECMG Connection Entries (on page 188). Removing an ECMG Follow the instructions below to remove an ECMG. Click the box next to the ECMG entry to be removed. Result: The entry is highlighted as shown in the following screen. Parameter Description ECMG Name ECMG name (max 20 characters) acts as a label to facilitate the identification of the ECMG in the CA system.Result: The following page is displayed. Click Add New ECMG. 78-4025112-01 Rev H0. Click Connection. Result: The Connection table is displayed. Click Add New Connection. Result: A new row is added to the Connection table. In the Priority box of this entry, enter a channel priority number to determine the ECMG working mode. A number between 0 and 65535 is allowed. If Automatic Channel ID Selection is supported, the ID is automatically set. Make sure the check box is selected. Note: All CA vendors do not support Automatic Channel ID Selection. Overrule Repetition Period (ms) The amount of time between two ECM packets at the output of the scrambler. Click the check box next to the parameter you want to change. Result: The parameter box becomes active. Modify the setting. Click Apply to accept change or Reset to abort. Result: The following page is displayed. Click Add New ECMG. 78-4025112-01 Rev H0. Click Descriptor Rules. Result: The Descriptor Rules table is displayed. Click Add New ECMG Descriptor Rule. Result: The rule is added to the table. Click Apply to accept change or Reset to abort. To make changes to any of the parameter settings, highlight and modify. Click Apply to accept change or Reset to abort. Descriptor Rule Parameters The following table describes the Descriptor Rule parameters. Parameter Description Name Identification of the descriptor rule. Type Allows you to select the rule type. To establish communication between the EIS and the SCS, a TCP connection should be made followed by a channel set up.

Once the connection is made, the SCS of the RFGW-1 receives SCGs from the EIS. Click Add New EIS. Result: The new EIS is added to the table. Click Apply to accept change, or Reset to abort. Removing an EIS Follow the instructions below to remove an EIS. Select the check box next to the Rule you want to remove. Parameter Description EIS Name Identifies the EIS in the CA System. TCP Port Listening port number used by the RFGW-1 to establish TCP connection with the EIS. Note: The TCP listening port number must be unique and cannot be used by an EMM Generator or a PSI Generator. The RF Gateway 1 web management page appears with the login tab grey and un-selectable. Local and remote authentication modes are available. Edit the configurations in RF Gateway 1 web pages and click Apply. The following screen in displayed. Click OK. 78-4025112-01 Rev H0. Login as admin. Edit the configurations in RF Gateway 1 web pages and click Apply. Note: Only admin user can make changes to RF Gateway 1 configurations, save the configuration or reboot the RF Gateway 1. A RADIUS server needs to be accessible on the RF Gateway 1 management network for multiple user authentications. Standard RADIUS servers are readily available. For example, WinRadius and FreeRADIUS. The RF Gateway 1 uses one or the other for its authentication credentials.Password Recovery A password reset and recovery feature is available using the RF Gateway 1 front panel.Guard it well because it contains your private RSA key in the clear for all to see. What you are about to enter is what is called a Distinguished Name or a DN. There are quite a few fields but you can leave some blank For some fields there will be a default value, If you enter '.', the field will be left blank. It is also used to set the path to the key and certificate file and the key and certificate filename. In the SSL Certificate File Information box, enter SSL Certificate File Path and the SSL Certificate File Name.

Result: The status window indicates whether the files are valid or invalid. Note: Invalid files are automatically deleted. Result: The key and certificate files are deleted and the web server restarts. Result: The following screen is displayed. Click Import. Result: The following screen is displayed. Search for and select your ca.crt file. Click Open. Result: The following screen is displayed. Click View to examine your CA certificate. Result: The following screen is displayed. 78-4025112-01 Rev H0. SFTP client and server will be operational only after the DSA key is downloaded and installed (firewall permitting for SFTP server) and provided the transfer mode is set to SFTP (for SFTP client). Set the FTP Server IP Address, User Name, and Password. You can also enter the DSA Key Path and DSA Key Name for downloading the DSA key file. The key file must not be password protected. Uninstalling SFTP To uninstall SFTP, follow the step below. Step 1: Uninstall SFTP in RFGW-1 On the SSH Configuration page, click Uninstall. If set to SFTP, change to FTP manually. 78-4025112-01 Rev H0. Users considering this mode of operation continue to receive full support of all features and backward compatibility as with the 48- QAM channel operation. Upgrades Simply applying a 96-QAM channel license to a RF Gateway 1 release that is not capable of 96-Channel operation (in other words, less than V03.00.XX) will have no effect on the operation of that chassis. The license will become active when a 96- QAM channel software release (V03.00.XX and above) is used to upgrade the chassis. RF Gateway 1 software V01.03.XX, and V02.02.XX release branch configuration databases are backward compatible and tested with the 96 QAM-Channel aware V03.00.XX release. Users will be provided with new power level ranges and two combined channel banks capable of up to Quad channels configured per RF port available. Refer to the table below.

Combined Range Channels 52-62 48-58 46-56 44-54 43-53 42-52 41-52 41-52 78-4025112-01 Rev H0. Video and Data map entry in the 96-QAM channel capable V03.00.XX and above releases is shown below. Selecting a particular map row allows the user to view the appropriate pull-down menus and data fields. The reader is assumed to have knowledge of the NGOD protocol.The types of messages and the protocol are shown in the tab. The IP Address in the first column is the address of the ERM and the number with a dash represents the time the connection has been on. Follow the menu options to speak with a service engineer. Access your company's extranet site to view or order additional technical publications. For accessing instructions, contact the representative who handles your account. Part Number Type Distance Wave Length Mode GLC-SX-MM WDM Up to 500m 850 nm. ECMG Entitlement Control Message Generator. Event Information Scheduler. Entitlement Management Messages. Elementary Stream. File Transfer Protocol. Allows users to transfer text and binary files to and from a personal computer, list directories on the foreign host, delete and rename files on the foreign host, and perform wildcard transfers between hosts. IP is perhaps the most important of the protocols on which the Internet is based.Simulcrypt Synchronizer. UDTA Universal Digital Transport Adapter. 78-4025112-01 Rev H0. Please see the Notices section of this document for a list of the Cisco Systems, Inc.Product and service availability are subject to change without notice. This document is Cisco Public Information. Page 1 of 5 Data Sheet Cisco RF Gateway 1 Product Overview The Cisco RF Gateway 1 is a standards-based universal edge QAM (U-EQAM) solution for convergence of high- speed and high-bandwidth data and video distribution at the edge of the cable access network.

cisco repeater manual

When non-Cisco clients are expected, verify that these clients support the Aironet IE extension, as this option is required on the SSID to allow for the communication between an AP and a repeater. For instructions on configuring data rates, see the “Configuring Radio Data Rates” section. Do not configure a repeater access point as a WDS candidate, and do not configure a WDS access point to fall back to repeater mode in case of Ethernet failure. Repeaters can join a WDS infrastructure and act as WDS clients whenever needed. If you use multiple BSSIDs on your wireless LAN and a repeater on your wireless LAN is configured to associate to a specific parent, check the association status of the repeater when you add or delete BSSIDs on the parent access point. If necessary, reconfigure the disassociated device to use the BSSID’s new MAC address. If you created an infrastructure SSID on the root access point, create the same SSID on the repeater, also. Designate the SSID as an infrastructure SSID. The repeater uses this SSID to associate to the root access point. Infrastructure devices must associate to the repeater access point using this SSID unless you also enter the optional keyword. The infrastructure SSID must be assigned to the native VLAN. If more than one VLAN is created on an access point or wireless bridge, an infrastructure SSID cannot be assigned to a non-native VLAN.The repeater does not associate with a MAC address that is not in its parent list unless you set the 'timeout' option. If the repeater fails to associate within the timeout period, it will try to associate to parent access points that are not from its parent list. You can enter a timeout value ranging from 0 to 65535 seconds. The radio disassociates from its parent, probes adjacent wireless devices, and records the MAC addresses and signal strengths of responses it receives. After the timeout, the radio reassociates with its parent. The default is 5 seconds.

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You can configure either the 2.4 GHz radio or the 5 GHz radio as a repeater. In access points with two radios, only one radio can be a repeater; the other radio must be shut down or be configured as a root, scanner, or spectrum radio. The data is sent through the route that provides the best performance for the client. When you configure an access point as a repeater, the access point’s Ethernet port does not forward traffic. Because each repeater must receive and then re-transmit each packet on the same channel, throughput is cut in half for each repeater you add to the chain. However, you can specify the access point to which the repeater associates. Setting up a static, specific association between a repeater and a root access point improves repeater performance. Aironet extensions, which are enabled by default, improve the access point's ability to understand the capabilities of Cisco Aironet client devices associated with the access point. Disabling Aironet extensions sometimes improves the interoperability between the access point and non-Cisco client devices. Non-Cisco client devices might have difficulty communicating with repeater access points and the root access point to which repeaters are associated. If more than one VLAN is created on an access point or wireless bridge, an infrastructure SSID cannot be assigned to a non-native VLAN. The following message appears when the infrastructure SSID is configured on non-native VLAN: The repeater radio can only repeat the native VLAN. You cannot set a radio as a repeater, and then map to that radio an SSID that is mapped to a VLAN other than the native VLAN. However, the other radio can be configured to support several SSIDs and several VLANs. Table 19-1 shows the default values for settings that control the access point’s role in the wireless LAN. Repeaters extend the coverage area of your wireless LAN, but they drastically reduce throughput.

If the monitored access point goes offline and the standby access point takes its place in the network, matching settings ensures that client devices can switch easily to the standby access point. For example, you cannot configure the standby access point’s 5-GHz radio to monitor the 5-GHz radio in access point alpha and the standby’s 2.4-GHz radio to monitor the 2.4-GHz radio in access point bravo. You also cannot configure one radio in a dual-radio access point as a standby radio and configure the other radio to serve client devices. The standby access point does not revert to standby mode automatically. If you use multiple BSSIDs on your wireless LAN, check the status of the standby unit when you add or delete BSSIDs on the monitored access point. If necessary, reconfigure the standby unit to use the BSSID’s new MAC address. To monitor access points with two radios, you need both radios MAC addresses. Record the MAC address of the monitored access point before you configure the standby access point. These settings are: See “Working with Configuration Files,” for instructions on uploading and downloading configuration files. Note When you configure an access point with two radios to monitor an access point with two radios, you must enter the MAC addresses of both the monitored 2.4-GHz and 5-GHz radios. Enter the 2.4-GHz radio MAC address first, followed by the 5-GHz radio MAC address. Note The MAC address of the monitored access point might change if a BSSID on the monitored unit is added or deleted. If you use multiple BSSIDs on your wireless LAN, check the status of the standby unit when you add or delete BSSIDs on the monitored access point. If necessary, reconfigure the standby unit to use the BSSID’s new MAC address. Note Hot standby is not supported on the BR1410 configured for AP mode. The default poll frequency is 2 seconds. The default timeout is 20 seconds.

You can set up a repeater access point to authenticate to your network like other WPA2-enabled client devices. Enter the key using either hexadecimal or ASCII characters. If you use hexadecimal, you must enter 64 hexadecimal characters to complete the 256-bit key. If you use ASCII, you must enter from 8 to 63 ASCII characters, and the access point expands the key for you. After you provide a network username and password for the repeater access point, it can authenticate to your network, through the root AP, using user credentials. The access point to which the repeater associates is called the parent access point. See “Configuring Authentication Types,” for instructions on setting up authentication. LEAP is not the method of choice in this example, but LEAP is the default method.The credentials defined in the dot1x credentials profile will be used. The method defined in the eap profile, EAP-FAST in this example, will be used If you do not designate an SSID as the infrastructure SSID, infrastructure devices can associate to the access point using any SSID. If you designate an SSID as the infrastructure SSID, infrastructure devices must associate to the access point using that SSID unless you also enter the optional keyword. The SSID can consist of up to 32 alphanumeric characters, but they should not include spaces. SSIDs are case-sensitive. The standby access point is placed near the access point it monitors, configured exactly the same as the monitored access point. The standby access point associates with the monitored access point as a client and sends IAPP queries to the monitored access point through both the Ethernet and the radio ports. If the monitored access point fails to respond, the standby access point comes online and takes the monitored access point’s place in the network.

If you use multiple BSSIDs on your wireless LAN and a workgroup bridge on your wireless LAN is configured to associate to a specific parent, check the association status of the workgroup bridge when you add or delete BSSIDs on the parent access point. If necessary, reconfigure the workgroup bridge to use the BSSID’s new MAC address. Workgroup bridges do not support the distance setting, which enables you to configure wireless bridges to communicate across several kilometers. By default, access points and bridges treat workgroup bridges as client devices. Treating a workgroup bridge as an infrastructure device means that the access point reliably delivers multicast packets, including Address Resolution Protocol (ARP) packets, to the workgroup bridge. You use the infrastructure-client configuration interface command to configure access points and bridges to treat workgroup bridges as infrastructure devices. The performance cost of reliable multicast delivery—duplication of each multicast packet sent to each workgroup bridge—limits the number of infrastructure devices, including workgroup bridges, that can associate to an access point or bridge. To increase beyond 20 the number of workgroup bridges that can associate to the access point, the access point must reduce the delivery reliability of multicast packets to workgroup bridges. With reduced reliability, the access point cannot confirm whether multicast packets reach the intended workgroup bridge, so wired clients of workgroup bridges at the edge of the access point coverage area may not receive all multicast frames. When you treat workgroup bridges as client devices, you increase performance but reduce reliability. You use the no infrastructure client configuration interface command to configure access points and bridges to treat workgroup bridges as simple client devices. This is the default setting.

Note You should increase the standby timeout setting if the bridged path between the standby and monitored access points can be lost for periods greater than 20 seconds (during spanning tree recalculation, for example). Note If the monitored access point is configured to select the least congested radio channel, you might need to increase the standby timeout setting. The monitored unit might take up to 40 seconds to select the least congested channel. This feature prevents client devices that are associated to the monitored access point from remaining associated to the malfunctioning unit. If the access point is in standby mode, this command displays the standby parameters, including the MAC address of the monitored access point and the poll-frequency and timeout values. If the access point is not in standby mode, no iapp standby mac-address appears. Table 19-2 lists the standby status messages that can appear. If no standby access point is configured, this message appears: In workgroup bridge (WGB) mode, the unit associates to another access point as a client and provides a network connection for the devices connected to its Ethernet port. For example, if you need to provide wireless connectivity for a group of network printers, you can connect the printers to a hub or to a switch, connect the hub or switch to the access point Ethernet port, and configure the access point as a workgroup bridge. The workgroup bridge associates to an access point on your network. When you configure one radio interface as a workgroup bridge, the other radio remains up. However, both radios cannot be configured to operate simultaneously as a workgroup bridge. The other radio can either be disabled (shutdown), or be in root (access point or bridge), scanner, or spectrum mode. To avoid a bridge loop on your network, disconnect the workgroup bridge from your wired LAN before or soon after you configure it as a workgroup bridge.

To allow the workgroup bridge to successfully associate and communicate with a non-Cisco access point, you can use the universal optional argument. A restriction of this mode is that only one wired client is supported. When configuring this mode you need to configure the MAC address of the wired client, to which the traffic should be relayed through the workgroup bridge. Instead of sending the list of wired clients to the primary AP, the workgroup bridge will directly associate to the access point using the wired client’s MAC address. If the wired client’s MAC address is not found in the workgroup bridge’s MAC address table, the workgroup bridge associates using its own MAC address. Then, when the wired client is connected and its MAC address appears in the workgroup bridge MAC address table, the WGB disassociates and then re-associates using the wired client’s MAC address. This process supports non-Cisco access points that need a unique mapping between a wireless client and a MAC address. In such cases, the multicast frames relayed via unicast contain four MAC addresses in the header: Workgroup bridge unicast destination MAC address, Transmitting access point MAC address, Multicast destination MAC address, Original sender source MAC address). The original multicast frame header only contains three MAC addresses: Multicast destination MAC address, Transmitting access point MAC address, Original sender source MAC address. When using the infrastructure client command on the primary access point, use the station role workgroup-bridge multicast mode infrastructure to instruct the workgroup bridge to ignore the multicast frames and only process the relayed unicast copies of the multicast frames. Use the station role workgroup-bridge multicast mode client to instruct the workgroup bridge to only consider the standard frames, and ignore any relayed frame that would display four MAC addresses in the header.

Note The workgroup bridge must use an infrastructure SSID to associate to a root access point or bridge. This username and password must match the username and password that you set up for the workgroup bridge on the authentication server. The workgroup bridge does not associate with a MAC address that is not in its parent list unless you set the 'timeout' option. If the workgroup bridge fails to associate within the timeout period, it will try to associate to parent access points that are not from its parent list. You can enter a timeout value ranging from 0 to 65535 seconds. When you enable this setting, the workgroup bridge scans for a new parent association when it encounters a poor Received Signal Strength Indicator (RSSI), excessive radio interference, or a high frame-loss percentage. When this setting is disabled (the default setting) the workgroup bridge does not search for a new association until it loses its current association. If this scan is unsuccessful (i.e. no access point with a better signal was found), the number of seconds entered here will be the interval to the next scan attempt. In this example, the workgroup bridge uses the configured username and password to perform LEAP authentication, and the devices attached to its Ethernet port are assigned to VLAN 22: A workgroup bridge connects to a wired network over a single wireless segment by learning the MAC address of its wired clients on the Ethernet interface and reporting them to the lightweight access point using Internet Access Point Protocol (IAPP) messaging. The workgroup bridge provides wireless access connectivity to wired clients by establishing a single connection to the lightweight access point. The lightweight access point treats the workgroup bridge as a wireless client. These access points include the AP1040, AP1140, and AP1260. Cisco IOS Releases prior to 12.4(3g)JA and 12.3(8)JEB are not supported. This radio is used to connect to the lightweight access point.

You should use a workgroup bridge as a client device if these conditions are true: This command determines whether the access point should add unicast copies of each multicast frames, sent in a reliable (unicast with acknowledgment) fashion to each workgroup bridge in the cell. Processing both frames (carrying the same upper layer content) creates processing inefficiency on the workgroup bridge. You can configure the workgroup bridge to consider the multicast frame and discard the unicast copy (default), or consider the unicast frame and discard the multicast original frame. The client option considers the multicast frame and discards the unicast copy. The infrastructure option echoes the Infrastructure Client configuration on the main access point, and sets the workgroup bridge to consider the unicast copies of multicast frames, and not process the multicast frames. Therefore, once they are associated to an access point SSID, they do not scan for other access points. Use this command to configure the workgroup bridge as a mobile station: Using these criteria, a workgroup bridge configured as a mobile station searches for a new parent association and roams to a new parent before it loses its current association. When the mobile station setting is disabled (the default setting) the workgroup bridge does not search for a new association until it loses its current association. If this cli is configured and if the current data rate is lower than the configured value, the new roaming process will be triggered. This will reduce unnecessary roaming and allows to have an expected rate value. When the connection conditions deteriorate, the workgroup bridge scans for a better access point to connect to. If the scan does not allow the workgroup bridge to find a better connection point, use the mobile station period number-of-seconds command to determine the interval to the next scanning cycle.

By limiting the number of channels the workgroup bridge scans to only those required, the mobile workgroup bridge achieves and maintains a continuous wireless LAN connection with fast and smooth roaming. There is no limitation on the maximum number of channels that can be configured. The maximum number of channels that can be configured is restricted only by the number of channels a radio can support. When executed, the workgroup bridge only scans this limited channel set. This limited channel feature also affects the known channel list that the workgroup bridge receives from the access point to which it is currently associated. Channels are added to the known channel list only if they are also a part of the limited channel set. In the example, channels 1, 6, and 11 are specified to scan: However, when a workgroup bridge is configured for limited channel scanning, it does not need to process the CCX reports to update its known channel list. Use the mobile station ignore neighbor-list command to disable processing of CCX neighbor list reports. This command is effective only if the workgroup bridge is configured for limited scanning channel scanning. The following example shows how this command is used Enter this command on the workgroup bridge: WGB gets the packet to a VLAN client without 802.1q header and WGB code has to be modified to add the 802.1q header while forwarding the frame to the switch behind WGB. WLC treats the WGB client as a VLAN-client and forwards the packet in the right VLAN interface based on the source-mac-address. In the downstream direction while forwarding the packet to the switch connecting the wired-client, the WLC sends the packet to WGB without the 802.1q tag and WGB adds a 4-byte 802.1q header based on the destination mac-address. (For detailed information on VLANs, refer to Chapter 14, “Configuring VLANs”.) When the primary access point is not a Cisco access point, these messages are not understood.

We recommend that you disable the second radio. The lightweight access point will not relay multicast frames in a unicast fashion to associated workgroup bridges. Perform one of the following to enable client mode on the workgroup bridge: Instead, the workgroup bridge is authenticated against the access point to which it associates. Therefore, We recommend that you physically secure the wired side of the workgroup bridge. However, to ensure proper communication, you should create a WLAN on the controller that matches the SSID and security method that was configured on the workgroup bridge. As a result, the traffic flow to the wired client fails. To avoid the traffic loss, prevent the wired client from being removed from the bridge table by configuring the aging-out timer on the workgroup bridge to a large value using the following IOS commands on the workgroup bridge: We recommend configuring the seconds parameter to a value greater than the wired client’s idle period. Cisco IOS Releases 15.2(2)JA and later provide VideoStream support for wired devices connected to workgroup bridges. For access points running release 15.2(2)JA and later, the workgroup bridge is added to the wireless LAN controller (WLC) multicast table, and the workgroup bridge converts the VideoStream unicast frame into an Ethernet multicast frame and sends it out to its wired clients. As the coaches move, the workgroup bridge AP in the coach roams from one parent AP (or root AP) to the next one mounted along the railway track.This allows for the workgroup bridge AP to request for and receive a neighbor list from the associated AP (i.e. the current parent AP). The workgroup bridge AP uses this list to identify the small set of channels on which it needs to scan to find the next parent AP. APs with RSSI values above this threshold are not considered for associating with. Note that a configured threshold of x, corresponding to -x dBm.

For example, if the train is moving very fast, you would like the WGB to evaluate the link quality more frequently. However if the speed is slow, the WGB can avoid frequent computations on evaluating the link quality. The WGB AP maintains a running average of the RSSI of the last received data packets from the root AP. If this running average falls below the threshold, the WGB initiates a roam. For example, if the train is moving very fast, a small number of samples can be used to decide when to switch. Default age is 2. To disable, use the command no drssi scan-only current-neighbor-list. Cisco 802.11 Wireless Networking: Installing and Configuring Access Points This chapter examines how to install and configure the AP.The next two chapters examine how you can install and configure both devices. First, let's consider the AP. This exercise shows you where the best—and worst—places are in your organization for Wi-Fi reception. Both the AP and client move around to various, temporary locations in an effort to find ideal placement. This helps resolve any problems that might creep up after you mount the AP. In warehouses and other sites with high ceilings, it's best to mount them between 15 and 25 feet. If you mount them at this height, power delivered to the devices must be addressed. Power over Ethernet (PoE) is discussed in greater detail later, but this is an excellent scenario where you should deliver power in via a power injector, line-power enabled devices (such as Catalyst switches), or line-power patch panels (sometimes referred to as a mid-span device). PoE can save a lot of headache and expense. If you opt to place the AP above ceiling panels, you should place antennas below the ceiling for optimal reception. If this is the case, you should purchase an AP that fits for remote antenna capability. You might need plenum-rated APs and cabling if they are placed above the ceiling tiles. You typically use the manual method when you first install a WLAN.

This means you pick up a Wi-Fi-enabled laptop, palmtop, or specialized wireless survey device and walk around your site and record data from the temporarily located AP as you go. However, before you actually mount them, perform the survey, and take your Wi-Fi-enabled device to various client locations within its coverage area. This tool allows you to view the strength of your AP's signal, the quality of the signal, packet retries, and a host of other data. This tool is shown in Figure 5-1. Think three dimensionally. Make sure channel selections are appropriate for APs located on adjacent floors. This shows how the WLAN performs in real, day-to-day functioning. Metal bookshelves and cabinets can also disrupt your AP's signal.However, you should also be cognizant of the signal-to-noise ratio (SNR). If noise in the band is too high, it can cause reception problems—even if you have a strong signal from the AP. Use the SNR and packet retry count (the number of times packets were retransmitted for successful reception) to get an accurate view of your signal quality. You should use packet retry in tandem with the SNR reading for a good picture of signal quality. The signal might be strong enough, but because of noise or multipath interference, packets are resent. Without an SNR reading, you cannot tell if packet retries spike because you are out of range, there's too much noise, or the signal is too low. This survey allows you to simulate the optimal radio transmit power and channel selection in an existing WLAN. You can select specific APs in your WLAN, and then generate your results. The assisted site survey allows you to: It also allows you a certain level of granularity, to pick and choose which devices to test. Although this tool is great for WLANs with existing APs, it's not ideal for preinstallation work. If you conduct a manual site survey, bring a map along with you and record site data for each location.

After you complete the survey, sit down and examine the map. Do you notice poor signal reception in certain areas. What characteristics are at play in that area that might affect signal quality? Use different maps for different AP placement options, as this helps you keep your data clear and easy to understand. These devices scan a wide frequency band to locate transmissions. Unfortunately, they are also expensive. You can expect to pay thousands of dollars for one (or you can rent one). On top of the expense, there's a steep learning curve in their configuration, setup, and use. If the purchase of a spectrum analyzer is not in your budget, you might hire a consultant with specialized tools to conduct the site survey. All rights reserved. Designed for room wireless and wired connectivity, the MR30H is easy to install on the wall on a single gang box, and is the first cloud managed hospitality AP. This guide also provides mounting instructions and limited troubleshooting procedures. For more wireless installation guides, refer to the wireless installation guides section on our documentation website. This port should be used for uplink to your WAN connection. Despite being in low power mode, the device can still supply full wireless capabilities. The LED shines through the faceplate of the AP and is not visible when either disabled via Run Dark mode or powered off. When an Ethernet client is connected, the LED will shine through the faceplate if Run Dark mode is not enabled. In this mode, the LED will not be illuminated. This mode may be configured through Meraki dashboard. Please take the following into consideration for safe operation: Read the installation instructions before connecting the system to the power source. Failure to use the correct hardware or to follow the correct procedures could result in a hazardous situation to people and damage to the system. Ensure that the protective device is rated not greater than: 15 A, 125 Vac, or 10A, 240 Vac.

You will need your Meraki order number (found on your invoice) or the serial number of each AP, which looks like Qxxx-xxxx-xxxx, and is found on the bottom of the unit. You will also need your Enterprise license key, which you should have received via email. These IP addresses can be dynamically assigned via DHCP or statically assigned. Other features of the wireless network, such as 802.1X authentication, may rely on the property that the APs have static IP addresses. The following procedure describes how to set the static IP: If using a PoE switch, plug an Ethernet cable into the MR30H’s Ethernet jack, and the other end into a PoE switch. Then connect the client machine over Ethernet cable to the PoE switch. If using a PoE Injector, connect the MR30H to the “PoE” port of the Injector, and the client machine to the “LAN” port. Alternatively, browse to. Through “DHCP reservations,” IP addresses are “reserved” for the MAC addresses of the Meraki APs.Keep the following in mind: The installation should be done in two steps. First, install the mount cradle to your selected location. Then, attach the MR30H to the mount cradle. Using appropriate mounting hardware for your specific type of junction box, attach the mount cradle to the junction box. Since the cradle is already mounted to the wall, guide the MR30H towards the top tab and i nsert the top tabs into the MR30H’s slot. Once in place, the MR30H should be secured to the cradle by using one of the included screws in the cradle’s bottom tab. Your MR30H can be secured via security screw (Torx security screws are included). While holding the MR30H with one hand, use the eject tool to trigger the release mechnisim. Then remove the MR30H from the cradle’s top tab. You can use the signal strength meter on a laptop, smart phone, or other wireless device. This will switch your AP into repeater mode. If you are able to connect to this SSID and go to my.meraki.com from your web browser, then your radio is working.

cisco re1000 manual pdf

The top-level tabs are: Setup, Wireless, Security. Administration, and Status. Each of these has its ownNOTE: Within this User Guide, each screen isBasic Setup lower-level tab. If you change any settings on a screen, you must click Save. Settings to apply your changes, or click Cancel ChangesThese controls are located at theSave Settings or Cancel Settings. Click Help on the right side of a screen for additionalLogin ScreenIf you did not run the setupNOTE: You can set a new password on theNOTE: You can also access the browser?basedWireless-N ExtenderLinksys RE1000. Static IP. The first screen that appears is the Basic Setup screen. ThisIf you are required to use a fixed IP address to connect toIP Address This is the Extender’s IP address as seen fromLanguage. Select your language To use a different language, selectThe language of theSubnet Mask This is the router’s subnet mask as seenDefault Gateway This is the IP address of your upstream. AP or router. Upstream AP MAC address. This option is used when you want to select the upstreamReboot. This option is used to reboot the device from within theExtender Address. Automatic Configuration - DHCP. The default Extender address Type is Automatic. Configuration - DHCP (Dynamic Host Configuration. Protocol). Keep the default if you connect using a dynamic. IP address. (This option usually is the default setting s forWireless-N ExtenderLinksys RE1000. The Site Survey showing all neighbouring Access Points or. Routers show here. You have to make a note of the SSID and the securitySelect Manual if you wish to configure the wireless settingsYou may select the network name (SSID) that you chooseNOTE: After you set up the wireless network,NOTE: You can also use Wireless Protected. Setup WPS method to configure your ExtenderGo to “Wi-Fi. Protected Setup (Client mode for the initialWireless Site Survey View. Then, click on Connect, the following screen shows the.

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High Performance. Extender Wireless-N Router. Linksys. LinksysLinksys RE1000. Contents. Chapter 1: Product Overview. Chapter 2: Advanced Configuration. Appendix F: Specifications. Wireless-N ExtenderLinksys RE1000. Power (white) When the router is poweredIf there is anThank you for choosing the Linksys RE1000 Wireless-N. Extender. The Extender lets you repeat the wirelessVarious security features help protect your data and yourSecurity features include. Wi?Fi Protected Access 2 (WPA2) security, which encryptsWi-Fi Protected Setup (white) When the. Wi-Fi Protected Setup process is active, theSetup and use of the router is easy using Cisco Connect, theAdvanced configuration of the router is available throughTop. Front. This light indicates power or Wi?Fi Protected. Setup status. If you have client devices, such asSetup, then you can use Wi-Fi Protected SetupTo use Wi-Fi Protected. Setup, refer to “Wi-Fi Protected Setup” onWi-Fi Protected Setup Button If you haveWi-Fi Protected Setup to automatically configureTo use Wi-Fi Protected Setup,Reset This button allows you to reset the routerPress and hold the ResetAs an alternative, you can restore the defaultsChapter 1: Product Overview. Power Switch Only featured in the EuropeanBottom. Ethernet (green) Using Ethernet cables (alsoThe green light turns on when an Ethernet deviceWireless-N ExtenderLinksys RE1000. After setting up the Extender with the setup softwareThis chapterHow to Access the Browser-Based Utility. To access the browser-based utility, launch the webAddress field. Then press Enter. This works only if your. Extender has not been configured. If your Extender hasInterface, look for the status page, locate the DHCP tableThe IP address shouldThen press Enter. NOTE: You can also access the browser?basedDouble click on the. RE1000 icon. A login screen appears. (A similar screen appears forHow to Use the Browser-Based Utility. Use the tabs at the top of each screen to navigate withinTop- and Lower-Level Tabs.

The Cisco logo on the top panel of the ExtenderWhen the Wi-Fi Protected Setup process is active, theWhen the Wi-Fi Protected Setup isIf there is an error, the light flashes quickly for twoWait until the light is continuously lit, before startingWi-Fi Protected Setup Button Use this method ifWireless-N ExtenderOK on the Extender’s Wi-Fi Protected Setup screenEnter Extender PIN on Client Device Use thisExtender’s Wi-Fi Protected Setup screen. (It is alsoOK on the Extender’s Wi-Fi Protected Setup screenLinksys RE1000. For each wireless network, the Network Name (SSID). Security, and Passphrase are displayed at the bottom ofNOTE: If you have client devices that do notPassphrase Enter a passphrase of 8-63 characters. ThisWPA Personal. The wireless security settings configure the securityThe Extender supports. WPA Mixed Mode, WPA2 Personal, WPA PersonalWEP stands for Wireless Equivalent Privacy.). Passphrase Enter a passphrase of 8-63 characters. ThisWireless security is strongly recommended, and WPA2 isUse WPA2 if it is supportedSecurity Options. Security Option. Strength. WPA2 Personal. Strongest. WPA2: Strongest. WPA: Strong. WPA Personal. StrongThe default. Passphrase Enter a passphrase to automatically generate. WEP keys. Then click Generate. Key 1-4 If you did not enter a passphrase, enter the WEPTX Key Select a default TX (Transmit) Key to use. ThePassphrase Enter a passphrase of 8-63 characters. ThisWPA2 Personal. WMM Support. Wi-Fi Multimedia (WMM) is a wireless Quality of ServiceNo Acknowledgement. If you want the Router to re-send data if an error occurs,If you do not want the RouterWireless-N ExtenderLinksys RE1000. The Management screen allows the network’sLog. Disabled. To monitor traffic between the local networkWith loggingManagement. When you wish to view the logs, click View Log. Log. Device Access.

SSID which you want to connect your Linksys ExtenderWireless network. The type of security informationSecurity. Your Extender wireless parameters should be configured. The wireless interface is going to restart, and the ExtenderExtender and the upstream access point or router. Goto. SSID information and the signal strength. Wi-Fi Protected Setup (Client mode for theWi-Fi Protected Setup is a feature that makes it easy to setIf your access point or routerProtected Setup. Three methods of Wi-Fi Protected Setup are available. UseEnter Extender PIN on Router The Wi-Fi Protected. Setup PIN (Personal Identification Number) canNOTE: Wi-Fi Protected Setup configures onlyProtected Setup screen. Wi-Fi Protected Setup Light Activity. The Cisco logo on the top panel of the ExtenderWhen the Wi-Fi Protected Setup process is active, theWhen the Wi-Fi Protected Setup isIf there is an error, the light flashes quickly for twoWait until the light is continuously lit, before startingWi-Fi Protected Setup Button Use this method ifNOTE: Make sure you configure one device at aEnter Router PIN on Extender Use this method ifWi-Fi Protected Setup screen. (It is also listed on theFor each wireless network, the Network Name (SSID). Security, and Passphrase are displayed at the bottom ofWireless-N ExtenderLinksys RE1000. NOTE: If you have an access point or a router thatNOTE: Make sure you configure one clientWi-Fi Protected Setup (AP mode for addingWi-Fi Protected Setup is a feature that makes it easy to setIf you have client devices, suchThree methods of Wi-Fi Protected Setup are available. Use the method that applies to the client device you areExtennder’s Wi-Fi Protected Setup screen, OR pressOK on the Extender’s Wi-Fi Protected Setup screenEnter Client Device PIN on Extender Use thisSetup PIN (Personal Identification Number).Protected Setup screen. NOTE: Wi-Fi Protected Setup configures oneRepeat the instructionsProtected Setup.

Ethernet port status. Firmware Version The version number of the router’sThe Status of the Extender’s local Ethernet port isFirmware Verification The unique identifier of thePacket Sent (TX). Current Time The local time is displayed. Packets Received (RX). Internet MAC Address The router’s MAC address, as seenThe number of packets received is displayed. Device Name The Device Name is the NetBIOS nameIf you used the setup software forHost Name The Host Name of the router is displayed. Domain Name The Domain Name of the router isInternet Connection. This section shows the current network information. TheFor a DHCP connection, select Release IP Address or. Renew IP Address as appropriate to release or renewConnect or Disconnect as appropriate to connect to orThe number of packets transmitted is displayed. Packets Dropped (TX). The number of packets dropped on the transmit directionPackets Dropped (RX). The number of packets dropped on the receive directionCollisions. The number of collisions occurring on the wire is displayed. Errors. The number of errors is displayed. Ethernet Port Lights. Click Refresh to update the on-screen information. The Ethernet Statistics screen displays information aboutTo allow the lights on the Extender’s Ethernet port to lightWireless-N ExtenderLinksys RE1000. Wired Clients Table. Channel Width. The radio channel width used by Wireless-N devices isChannel. The Extender’s operating radio channel is displayed. Wi-Fi Protected Setup. The name, MAC address and Hop number information onThe Extender’s Wi-Fi Protected Setup is displayed. The wireless security method used by the wireless networkThe WLAN Statistics screen displays information aboutSignal Strength of the Upstream AP. Security. The wireless security method used by the wireless networkSignal Quality of the Upstream AP. The wireless security method used by the wireless networkStatus. The status of the Extender wireless interface as seenUplink uptime.

To ensure the Extender’s security, you will be asked for yourIf you used the setup software for installation, the defaultExtender Password Enter a new password for the. Extender. Type Select Incoming Log, Outgoing Log, Security. Log, or DHCP Client Log.Outgoing Log displays a temporary log of the local. The Security log displays the login information for theThe DHCP Client Log displaysRe-enter to confirm Enter the password again to confirm. Back Up and Restore. Back Up Configuration To back up the Extender’sRestore Configuration To restore the Extender’sClick Save the Log to save this information to a file onClick Refresh to updateThe diagnostic tests (Ping and Traceroute) allow you toThe Extender can keep logs of all traffic for your InternetWireless-N ExtenderChapter 2: Advanced Configuration. Diagnostics. Factory Defaults. Ping Test. Ping checks whether the IP or URL address is reachable. Restore Factory Defaults To reset the Extender’s settingsAny settings youIP or URL Address Enter the IP or URL address you wantPacket Size Enter the packet size you want to send. TheThe Firmware Upgrade screen allows you to upgrade the. Extender’s firmware. Do not upgrade the firmware unlessNumber to Ping Enter the number of times you wish toStart Test To run the test, click this option. The PingClick Close to returnClick Stop to stop the test. The Factory Defaults screen allows you to restore the. Extender’s configuration to its factory default settings. NOTE: Do not restore the factory defaults unlessNOTE: The Extender may lose the settingsFirmware Upgrade. Before upgrading the firmware, download the. Extender’s firmware upgrade file from the website. Please select a file to upgrade Click Browse and selectStart Upgrade After you have selected the appropriateWireless-N ExtenderChapter 2: Advanced Configuration. WARNING: Do not interrupt the upgradeWireless-N ExtenderLinksys RE1000. The Device Information screen displays information aboutEthernet Statistics. Device Information.

Functionality issues beyond signs of use should be disclosed in product description. Some manufacturers place restrictions on how details of their products may be communicated. Some manufacturers place restrictions on how details of their products may be communicated. Some manufacturers place restrictions on how details of their products may be communicated. Some manufacturers place restrictions on how details of their products may be communicated.

The duration that the Extender has been associated withPacket Count. The number of transmitted, received, dropped and inPacket Dropped. The number of packet dropped on the Upstream AP andWireless Clients Table. Wireless Interface MAC Address. The MAC address of the Extender wireless interface asUpstream AP MAC Address. The MAC address of the Upstream AP connected isNetwork Name (SSID). The name, MAC address and Hop number information onThe name of the wireless network, also called the SSID, isMode. The wireless mode used by the network is displayed. Model Name. Linksys RE1000. Model Description. Wireless-N Extender. Model Number IEEE 802.11n, 802.11g, 802.11b,Ports. Fast Ethernet, C7 connector forButtons. LEDs. Backlit Cisco logo, EthernetCabling Type No. Transmitted Power. Receive Sensitivity. Antenna Gain Wireless Security Up to 128-Bit Encryption. Environmental. Dimensions Weight Power. Certification. Operating Temp. Storage Temp. Operating Humidity Storage Humidity Specifications are subject to change without notice.The use of theAll rights reserved.PDF Version: 1.6. Linearized: Yes. Encryption: Standard V2.3 (128-bit). User Access: Print, Copy, Extract. Tagged PDF: Yes. Page Mode: UseOutlines. XMP Toolkit: 3.1-701. Instance ID: uuid:a456da68-c4ef-4981-87f8-84350b926370. Document ID: xmp.did:FA7F117407206811871FD890FE7189DC. Original Document ID: adobe:docid:indd:f802bfe3-c3a9-11dc-b419-d8ad664cee24. Rendition Class: proof:pdf. Derived From Instance ID: xmp.iid:F97F117407206811871FD890FE7189DC. Derived From Document ID: xmp.did:C381AA90E348DF1188BABE5C5D4668C2. Derived From Original Document ID: adobe:docid:indd:f802bfe3-c3a9-11dc-b419-d8ad664cee24. Derived From Rendition Class: default. Create Date: 2011:03:08 20:24:51-08:00. Creator Tool: Adobe InDesign CS5 (7.0). Page Image Page Number: 1. Page Image Format: JPEG. Page Image Width: 256. Page Image Height: 256. Page Image: (Binary data 6991 bytes, use -b option to extract). Doc Change Count: 559.

Producer: Adobe PDF Library 9.9. Trapped: False. Has XFA: No. Page Count: 18. Page Layout: SinglePage. Creator: Adobe InDesign CS5 (7.0). Max push and pull force 2000N. Click on a version to see its specific features in the list above. Used for positioning or servo controlling of the REAC actuators. If you want to visit the full 3D CAD catalogue, click here Please note that requests about replacement parts should be directed to the equipment manufacturer. Reac supplies manufacturers only. Please email us if you're running the latest version of your browser and you still see this message. The actual Open Box product may differ in packaging and included accessories, but has been tested to ensure basic functionality. Product does not come with warranty unless stated otherwise in product description. Most customers receive within 3-9 days.Easily connecting an Internet ready TV or Blu-ray player.Click here for more details. Secure shopping made faster. Check out with PayPal. Any exceptions to the condition of the item outside the manufacturer’s information should be provided in the listing, up to and including warranty details. Any accessories MAY OR MAY NOT be included. Newegg will NOT send you any missing accessories, even if it is required to use all of the item’s functions.Open Box items usually do not come with manufacturer or vendor warranty or technical support. However, warranty support may be available if an item was never registered by a previous owner. Please contact the manufacturer to check. Product may includes warranty, and accessories found with the original product. Product may or may not be in the original packaging. Returned items with minor packaging defects fall under this category. Product does not come with warranty unless stated otherwise in product description. Product does not come with warranty unless stated otherwise in product description. Product does not come with warranty unless stated otherwise in product description.

cisco qos lab manual

Use the show access-lists command. Verify the Class Map configuration. Use the show class-map command. Verify the Policy Map configuration. Use the show policy-map command. Verify the application of the policy to the interface. Use the show run command.We are a non-profit group that run this service to share documents. We need your help to maintenance and improve this website. QoS: cisco qos lab manual Cisco Lab. Setup in cisco qos lab manual Cisco Packet Tracer.These switches are no longer relevant to the exam. This switch also does static Layer switching which the does not. It also supports a few more QoS features and is on IOS Implementing Cisco QoS. Qos Lab Guide. Examen cisco capitulo 3. Documents Similar To QoS Cisco Packet Tracer Tutorial. Packet Tracer Manual. QoS is a very broad domain that cannot be covered in a single article. Cisco documentation about it is huge. It's not enough to know the software features And some can be different between members of the same family. For instance, not all QoS features available for Cisco are valid for Cisco Use Cisco QoS traffic policing and traffic shaping mechanisms to effectively limit the rate of network traffic. Given a low-speed WAN link, use Cisco link efficiency mechanisms to improve the bandwidth efficiency of the link. Describe the recommended best practices and methods used for. Learn about Cisco QoS requirements, conceptual models such as best effort, IntServ, and DiffServ, and the implementation of QoS on Cisco platforms. QOS - Implementing Cisco Quality of Service v Learn how to design and implement efficient, optimal, and trouble-free multiservice networks. The QoS for VPNs feature provides a solution for making Cisco IOS QoS services operate in conjunction with tunneling and encryption on an interface. Cisco IOS software can classify packets and apply the appropriate QoS service before the data is.

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Lab Topology For this lab, your network design will include two pods of devices. You will be responsible for configuring the devices in both pods. The devices on the left side of the topology are in Pod 1. The devices on the right side of the topology are in Pod 2. P1PC1 and P2PC2 are PC workstations. P1ASW1 and P2ASW2 are access-layer switches. P1DSW1 and P2DSW2 are distribution-layer switches. The access and distribution layers are two of the three layers in the Cisco three-layer hierarchical network model, which also includes the core layer. The Topology diagram below represents the NetMap in the Simulator. To access each of the devices from within the Simulator, select the device name from the appropriate menu in the Simulator. Use the mls qos command to accomplish this task. 2. Verify that QoS is globally enabled. Use the show mls qos command to accomplish this task. 3. Separate traffic into two classes, one for ICMP traffic and one for TFTP traffic. First, select these types of traffic with an Access Control List (ACL). Create Access List 101 to permit all TFTP traffic. Create Access List 102 to permit all ICMP echo traffic and echo reply traffic. 4. Classify these types of traffic by mapping the Access Lists to a Class Map. Create a Class Map named TFTP; match Access List 101 to this class. Create a Class Map named ICMP; match Access List 102 to this class. 5. Once the traffic has been classified, change the IP precedence values for the traffic so that it can be queued later. Create a Policy Map named Precedence. For the TFTP class, change the IP precedence to 5. For the ICMP class, change the IP precedence to 1. 6. Apply the policy map to the inbound interfaces of the traffic. In the Lab Topology, these are the trunks that connect to the ASWs. Use the service-policy command to accomplish this task. Task 2: Display and Interpret QoS Output 1. 2. 3. 4. 5. Use the show mls qos command to verify that QoS is enabled. Verify that the Access Lists are correct.

GNS3 Labs for CCNA Quality of Service Configuration and Verification. Qos Cisco SRW224P User Manual Page 51. Labs Implementing Cisco Quality of Service Fast Lane Training. Solution Manual Scaling Networks Lab Manual Cisco Networking. Cisco QOS IT Support Blog. QoS Cisco Packet Tracer Tutorial Quality Of Service Scribd. Cisco QOS Exam Certification Guide IP Telephony Self Study. Cisco QoS FAQ QoS Tools and Architectures Config Router. Implementing Cisco Quality of Service QOS Labs. All statements, Description. The Voice certification expands the reader's CCNA-level skill set to prepare for a career in voice networking. Joining the Cisco Learning Network is as simple as registering. Do it now and move one step closer to career self-discovery and success. The Voice certification expands your CCNA-level skill set to prepare for a career in voice networking. This lab manual helps to prepare you for the Introducing Cisco Voice and Unified How to Build a Cisco CCNA Voice Lab. We will not go into detail on this as this is covered in the Cisco CCNA Voice lab manual. Modular design, High-performance digital signal processing DSP architecture, Cisco quality of service CCNA Routing and Switching: Switched Networks Instructor Lab Manual This document is exclusive property of Cisco Systems, Inc. Permission is granted to print and copy this document for non Cisco QoS FAQ: Management Tools and QoS Design Q1. What do the following acronyms stand for. IPM, QPM, SAA, QDM Answer: Internetwork Performance Monitor, QoS Policy Manager, Cisco Auto-QoS - Confusion about bandwith remaining totals. However, I tried doing a manual configuration in a lab switch, and it allows me to configure bandwidth remaining for several classes Cisco Systems, Inc. This document is Cisco Public. Page CCIE Routing and Switching Lab Exam Version 5. Exam Description The Routing and SwitchingLab Exam version 5. 0is an eight -hour, CCNP Voice FAQ Wireless LAN QoS Implementation Q1.

CCNA Voice Lab Manual is the first complete, hands-on lab manual for every networking professional who is preparing for Cisco's new ICOMM Task Clean Up Chapter Cisco Unified Communications Manager Express CUCME Dial Plans and QoS Lab Optional Configuring. Config-if service-policy output QoS OUTPUT. Qos-group Qos-group source-address Source address 3. Policy-map policy-map policy-name 4. Set ip dscp set ip precedence set cos priority Kbps. Lab Exercises Lab 2- IP SLA Setup and QoS Baseline Measurement Lab 2- Configuring QoS with Cisco AutoQoS Answer: QoS Device Manager QDM, QoS Policy Manager QPM, Service Assurance Agent SAA, Internetwork Performance Monitor IPM, Service Management Solution Almost all IOS QoS tools perform classification for instance, to place two different types of packets into two different queues. Cisco Queuing Methods. First In First Out FIFO Queueing First In, First Out FIFO Queueing Packets are forwarded in the same order in which they arrive at the interface. Priority Queuing PQ ensures that important traffic gets the fastest handling at each point where it is used. Cisco SRW224P Manual Online Qos. The QoS tab includes links to the following screens. Cisco QoS is typically configured on modern equipment using the Modular QoS Command-line interface MQC. With MQC, traffic is classified Another method which can be used is through the use of AutoQoS. Quality of service QoS Distribution Layer Definition Facts Network Device Features This hierarchical layer provides policy-based, decision-making Core layer Chapter Introduction to Scaling Networks Lab - Selecting Switching Hardware Instructor Version Instructor Note Red font. Learn to configure Quality of Service QoS on cisco routers Monitor interesting traffic using Packet Tracer Simulation mode. The goal of QoS is to provide guarantees on the ability of a network to deliver predictable results. Elements of network performance within the scope of QoS often include. Configuring QoS Cisco.

Cisco Series Routers These are not good lab routers as they do not have traditional serial ports to connect them to other routers in a lab environment. Cisco Series Tim Szigeti, CCIE No, is a senior technical leader in the Systems Design Unit at Cisco Systems, where his role is to design network architectures for enterprise mobility solutions. He has specialized in quality of service Remote Lab Rental. We rent out our training labs for Cisco, NetApp, VMware, Symantec and other vendors worldwide. On vous demande de monter un prototype pour votre des VLANs et du routage inter-VLANs avec du Cisco. Vous disposez de deux commutateurs L Cisco Virtual Internet Routing Lab Personal Edition VIRL PE Nodes. Cisco Learning Network Community. Here you will find technical I'm sure that by now there is lots of people already working and playing on the Cisco APIC-EM. I finally had the opportunity this week to attend to a Cisco APIC-EM hands on lab. Let me begin by The Voice certification expands the reader's CCNA-level skill set to prepare for a career in voice networking. This lab manual helps to prepare students for the Introducing Cisco Voice and Unified configuration lab exercises and solutions to help you pass the Cisco CCNA Routing and Switching exam. You can also use it as a configuration reference for Cisco routers and switches. I hope you PDF Cisco Cvoice Lab Manual Video - olthaatongle Cisco Cvoice Lab Manual Video You use the knowledge learned from the Study Guide, but build your own lab from that Cisco Unified The Voice certification expands your CCNA-level skill set to prepare for a career in voice networking. Have the most bandwidth and the best ping time. How to Enable Quality of Service Prepare for the CCIE Security Lab Exam with this exclusive, lab-based course that provides you with equipment, giving you the Adaptive Security Appliance ASA 9. X and ASA SFR-based lab experience in. CCNA LAB MANUAL. LAB GUIDE vmgu ru. QoS for a Cisco 3850 Switch NetCraftsmen.

Select the correct statement about wireless LANs. WLANs are mostly implemented as extensions to wired LANS. WLANs are I've been writing up an internal NetCraftsmen QoS template for a Cisco switch. This blog relates some lab experiences with the I hope it provides some useful information for those grappling Cisco IOS on routers and switches supports many QoS capabilities, including the following Control over resources You have control over which network resources bandwidth, equipment, wide-area Book Description. This lab manual helps to prepare you for the Introducing Cisco Voice and QoS policy on port-channel sub-interfaces shows in suspended state. Neither the inbound nor outbound policies are working. The load-balancing mode has to be vlan-manual. This is my Lab 3- demonstrates a community. Cisco Network Assistant uses a GUI interface to interact with a network device that has an IP address assigned and HTTP enabled. ICND Lab Guide. Issue iv CCNA Voice Lab Manual. About the Technical Reviewers. Oped courseware and lab guides both for Cisco Systems and third-party clients. Mike received his Bachelor of Arts from the University of British Chapter 6. Cisco Unified Communications Manager Express CUCME Dial Plans and QoS Labs in previous chapters established the ability to call between phones in your company. Now it is time - The video presents three main QoS building blocks on Cisco Nexus V Marking, Policing, and Queuing. We will be applying QoS to Port-Profile to mark RDP traffic, and enforcing policing based End-to-End QoS Network Design Quality of Service in LANs, WANs, and VPNs Tim Szigeti, Christina Hattingh on. FREE shipping on qualifying offers. The Cisco CCIE Enterprise Infrastructure v Practical Exam is an eight-hour, hands-on exam that requires a candidate to plan, design, deploy, operate, and optimize dual stack solutions Setup in Cisco Packet TracerConfigurationmls qos. Interface CCNA Lab Routers.

Congestion Avoidance and Congestion Management Configuration Overview Principles Congestion Avoidance Congestion Management Applicable Scenario Licensing Requirements and Limitations for Congestion Avoidance and Congestion Management Configuring Congestion Avoidance (Optional) Setting the Length of a Port Queue (Optional) Configuring CFI as the Internal Drop Priority Configuring a WRED Drop Profile Applying the WRED Drop Profile Checking the Configuration Configuring Congestion Management Maintaining Congestion Avoidance and Congestion Management Displaying Queue-based Traffic Statistics Clearing Queue-based Traffic Statistics Configuration Examples Example for Configuring Congestion Avoidance and Congestion Management FAQ What Is the Queue Scheduling Mechanism on an Interface. Which Methods Are Used to View Packet Loss.

iguring Redirection Configuration Examples Example for Configuring Redirection Traffic Statistics Configuration Introduction to Traffic Statistics Applications Licensing Requirements and Limitations for Traffic Statistics Configuring Traffic Statistics Configuration Examples Example for Configuring Traffic Statistics ACL-based Simplified Traffic Policy Configuration Overview of the ACL-based Simplified Traffic Policy Licensing Requirements and Limitations for ACL-based Simplified Traffic Policies Configuring ACL-based Packet Filtering Configuring ACL-based Traffic Policing Configuring ACL-based Redirection Configuring ACL-based Re-marking Configuring ACL-based Traffic Statistics Configuring ACL-based Traffic Mirroring Checking the Configuration Maintaining an ACL-based Simplified Traffic Policy Displaying Statistics on ACL-based Packet Filtering Clearing Statistics on ACL-based Packet Filtering Configuration Example Example for Preventing a Specified Host to Access the External Network Example for Using ACL-based Simplified Traffic Policies to Restrict Access Between Network Segments Example for Configuring Rate Limiting for Services from Different VLANs Example for Configuring ACL-based Redirection Example for Configuring an ACL-based Simplified Traffic Policy to Implement Priority Mapping Example for Configuring ACL-based Traffic Statistics Example for Configuring ACL-based Local Flow Mirroring HQoS Configuration Introduction to HQoS Principles Applications Licensing Requirements and Limitations for HQoS Default Configuration Configuring HQoS Configuring a Flow Queue (Optional) Configuring the Mapping Between Flow Queues and Interface Queues Configuring a Subscriber Queue Checking the Configuration Maintaining HQoS Displaying Traffic Statistics on Subscriber Queues Clearing Traffic Statistics on Subscriber Queues Configuration Examples Example for Configuring HQoS Note: Even the most advanced machine translation cannot match the quality of professional translators.

QoS Cisco 2960 Lab CCIEME. End to End QoS Network Design Quality of Service for Rich. CCIE Enterprise Infrastructure Exam Topics Cisco. LabMinutes RS0031 Cisco Nexus 1000V QoS. How to Use Quality of Service QoS to Get Faster Internet. CCIE Routing and Switching Lab Exam Version 5 Cisco. Discover everything Scribd has to offer, including books and audiobooks from major publishers. Start Free Trial Cancel anytime. Report this Document Download Now Save Save QOS 21 Lab Guide For Later 0 ratings 0% found this document useful (0 votes) 222 views 166 pages QOS 21 Lab Guide Uploaded by shishko69 Description: Cisco QOS 21 Lab Guide Full description Save Save QOS 21 Lab Guide For Later 0% 0% found this document useful, Mark this document as useful 0% 0% found this document not useful, Mark this document as not useful Embed Share Print Download Now Jump to Page You are on page 1 of 166 Search inside document Browse Books Site Directory Site Language: English Change Language English Change Language. By continuing to browse the site you are agreeing to our use of cookies.How Does the Switch Match Packets When Multiple Pairs of Traffic Classifiers and Traffic Behaviors Are Defined in a Traffic Policy. Can a Traffic Policy Be Applied to a VLANIF Interface. How Do I Delete a Traffic Policy.

Traffic Policing, Traffic Shaping, and Interface-based Rate Limiting Overview Principles Traffic Metering and Token Bucket Mechanism Traffic Policing Traffic Shaping Interface-based Rate Limiting Applications Licensing Requirements and Limitations for Traffic Policing, Traffic Shaping, and Interface-based Rate Limiting Default Configuration Configuring Traffic Policing Configuring MQC to Implement Traffic Policing Configuring Hierarchical Traffic Policing Configuring Traffic Shaping Configuring Traffic Shaping for a Queue (Optional) Configuring the Data Buffer Checking the Configuration Configuring Interface-based Rate Limiting Configuring Inbound Interface-based Rate Limiting Configuring Outbound Interface-based Rate Limiting Configuring Rate Limiting on the Management Interface Checking the Configuration Maintaining Traffic Policing, Traffic Shaping, and Interface-based Rate Limiting Displaying Traffic Statistics Clearing Traffic Statistics Configuration Examples Example for Configuring MQC to Implement Traffic Policing Example for Configuring Hierarchical Traffic Policing Example for Configuring Rate Limiting in a Specified Time Range Example for Configuring Rate Limiting for Users on Different Network Segments Example for Configuring Traffic Shaping Example for Configuring Interface-based Rate Limiting FAQ How Do I Set the CIR and CBS During Rate Limiting Configuration. Why Is Rate Limiting Configured on the Switch Inaccurate. What Is the Difference Between CAR Configured Globally and on an Interface.

Huawei shall not bear any responsibility for translation accuracy and it is recommended that you refer to the English document (a link for which has been provided).You should be familiar with basic Ethernet knowledge and have extensive experience inOne item is selected. One item is selected or no item is selected. A minimum of one item or a maximum of all items can be selected. Several items or no item can be selected. In device configuration, use the existing interface numbers on devices. For example, the ciphertext password set for the AAA feature cannot be used for other features. Using the encryption algorithms DES, 3DES, RSA (RSA-1024If protocols allow, use more secure encryption algorithms, such as AES, RSA (RSA-2048 or higher), SHA2, or HMAC-SHA2. SHA2 is recommended for this purpose. Device-level protection includes planning principles of dual-network and inter-boardSolution-level protection refers to a fast convergence mechanism, such as FRR and VRRP. If solution-level protection is used, ensure that the primary and backup paths do not share links or transmissionIts contents, including web pages, command line input and output, are based on laboratory conditions. It provides instructionsThe examples given may differ from your use case due to differences in software versions, models, and configuration files. When configuring your device, alter the configurationResults may differ from the listed specificationsThen, restart the browser. Explore 0 Description Used Book in Good Condition. Imported from USA. Implementing Cisco Unified Communications Voice over IP and QoS (CVOICE). Foundation Learning Guide. Implementing Cisco Unified Communications Voice over IP and QoS (CVOICE) Foundation Learning Guide is a. Developed in conjunction with the Cisco. CCNP Voice certification team, it covers all aspects of planning, designing, and deploying Cisco VoIP networks andUpdated throughout for the new CCNP Voice (CVOICE) Version 8.

0 exam (642-437), this guide teaches you how to implementCoverage includes voice gateways, characteristics of VoIP call legs, dial plans andThe book also provides information onFourteen video lab demonstrations on the accompanying CD-ROM walk you step by step through configuring DHCP servers. CUCME autoregistration, ISDN PRI circuits, PSTN dial plans, DID, H.323 and MGCP gateways, VoIP dial peering,Whether you are preparing for CCNP Voice certification or simply want to gain a better understanding of VoIP and QoS,Companion CD-ROM. The CD-ROM that accompanies this book contains 14 video lab demonstrations running approximately 90 minutes. This book is in the Foundation Learning Guide Series.We'd love to help you out. Cisco switches that match a set number of hardware queues to prioritizing traffic. Note: These descriptions are just the basics. QoS is covered in far more detail in the CVOICE CertificationTrust Boundaries. The ideal scenario involves classifying and marking traffic as close to the point of entry to the net-This involves creating a \u201ctrust boundary.\u201d For example, as shown in. Figure 6-38, if a Cisco IP Phone has a computer connected to it, we want the switch to trust the mark-PC is connected directly to the switch, the markings should not be trusted and the switch shouldFrom the Library of Aliwarman TarihoranFigure 6-37 LLQ Architecture. Chapter 6: Cisco Unified Communications Manager Express (CUCME) Dial Plans and QoS 143. Voice. Class 1. Class Default. Interface. Legend. Hardware. Queuing System. Hardware Queue Priority. Bandwidth. Policing. Priority Queue. Yes Yes. No. No Priority Queue (FIFO) Default. Class N? No. Tail-Drop. Tail-DropQueue 1. Queue 2. Default Queue. Class. Priority ioriioririoriioriiiorirBandwidth. Policing Endpoints Access Distribution Core WAN Agg. Si. AutoQoS. Correctly implementing QoS can be a difficult task.

Luckily, Cisco has created an easier way toAutoQoS applies a template based on the best practices Cisco hasTechnically, there are two types of AutoQoS: AutoQoS for VoIP and AutoQoS for Enterprise. This labFrom the Library of Aliwarman TarihoranTask 1: Questions. To test your knowledge of QoS, complete all the questions without looking back at the previous Question 6.1. T F Both voice and video traffic have constant, smooth streams of packets, while data traffic isQuestion 6.2. T F End-to-end packet delay for voice needs to be less than 30 ms. Question 6.3. T F Congestion avoidance aims to drop packets to prevent interface queues from filling up. Question 6.4. Complete the traffic requirements. Video Traffic Data Traffic Voice Traffic. Jitter sensitivity. Benign or greedy. Bandwidth requirements. Drop sensitivity. Traffic mechanisms. Delay sensitivity. Smooth or bursty. Task 2: AutoQoS on a Switch (Optional). Note: The results of AutoQoS vary greatly based on the type and model of device, interface applied to, and IOSFrom the Library of Aliwarman TarihoranStep 2-1: Configure a Port for a Cisco Phone. As mentioned previously, establishing a trust boundary is important. Cisco switches have an AutoQoSUse the auto qos voip cisco-phone command on an interface where a Cisco. Step 2-2: Configure a Port for PC with Cisco IP Communicator. What if a PC is connected running the Cisco IP Communicator. As is turns out, the soft phone alsoHowever, the phone traffic is on the same VLAN as the data traffic, not isolatedCisco has a variation on the AutoQoS configuration for this situation: theStep 2-3: Configure the Uplink to the Router. Any port that is connected to a trusted device (for example, the router or another switch) should beThis is done with the auto qos voip trust command. Assuming. Note: At this point, all other switch ports are untrusted. The auto qos voip cisco-phone command is commonlyStep 2-4: Examine the Changes to the Switch Config.

There are two main changes to the switch. These are discussed in the following paragraphs. First are the commands that configure global settings. As you can see in the following output, thisDon\u2019t worry too much about understanding theChapter 6: Cisco Unified Communications Manager Express (CUCME) Dial Plans and QoS 145. From the Library of Aliwarman Tarihoran.

cisco press ccna lab manual

Each subinterface will be the default gateway for a paired subnet. When using subinterfaces on a router, it is necessary to assign the correct VLAN to the subinterface before an IP address can be entered. Because there are three VLANs, you need three subinterfaces. This will help to avoid future problems. This output is from Pod 11; your output will have different VLAN numbers. VLAN Name Status PortsThis output is from Pod 11; your output will have different VLAN numbers. Switchport: EnabledOperational Mode: trunk. Administrative Trunking Encapsulation: dot1q. Operational Trunking Encapsulation: dot1q. Negotiation of Trunking: On. Access Mode VLAN: 1 (default). Trunking Native Mode VLAN: 1 (default). Administrative Native VLAN tagging: enabledOperational Mode: down. Administrative Trunking Encapsulation: negotiate. Negotiation of Trunking: OffTrunking Native Mode VLAN: 1 (default). Administrative Native VLAN tagging: enabledThis output is from Pod 11; your output will have different subinterface and IP address numbers. Interface IP-Address OK. Method Status ProtocolHowever, if the DHCP server is in a different subnet than the clients, it is necessary to use the ip helper-address command on each router subinterface to forward the DHCP requests to the server. Regardless of the DHCP server platform you use, make sure to configure the DHCP option 150 as discussed in this task. Additionally, DHCP can provide additional information to clients, allowing them to locate necessary resources on the network at the same time they receive an IP address. Using the router as a DHCP server is a quick way to provide DHCP services to clients. When using CUCME, the router is the TFTP server by default. This lab assigns the default gateway IP address as the option 150 address, as there is only one way to reach the call agent in this network. This avoids IP addresses that should be excluded from being assigned to devices. Enter the network statement as the last command in the pool.

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CCNA Voice Lab Manual: Establishing Network Connectivity and Understanding IP Phone Registration This chapter focuses on establishing those services. Before phones are connected, you must establish network connectivity and configure needed services. Wherever an x is shown, substitute the pod number. The PC will be connected later. If your equipment does not support this command, change it to line vty 0 4. It allows 120 minutes of inactivity before logging you out. (In a production environment, this could be a security risk.) Layer 3 switches (such as the Cisco Catalyst 3560) require that the trunking protocol be specified with the switchport trunk encapsulation command before the interface can be set as a trunk. If you are using a Layer 2 switch (such as a Cisco Catalyst 2950 or 2960), the command is not needed and will be rejected. To improve security, it would be better to create another VLAN as the native VLAN that will remain unused, but to simplify this lab, it is not covered. This built-in switch saves money in wiring costs, as existing phone cabling might not meet networking standards. This enables an existing computer to be plugged into the phone, and the phone connects to the switch in the wiring closet. Current best practice configures the ports connected to phones and PCs to use access mode but adds a secondary voice VLAN. The switch ports use the access VLAN to send data traffic as untagged frames. However, if the switch detects a Cisco IP Phone using Cisco Discovery Protocol (CDP), it will inform the phone of the VLAN used for voice traffic, which will be tagged using 802.1q. This creates a pseudotrunk that allows only the data and voice VLANs on the link. For this reason, it is recommended that CDP remains enabled for ports that might have Cisco IP Phones connected. This is the fastest way to assign settings to more than one switch port at a time. You can verify this with the show run command, as shown in Example 3-1.

Through procedural, skills integration challenges, troubleshooting, and model building labs, this CCNA Security course aims to develop your in-depth understanding of network security principles as well as the tools and configurations used. Related titles: CCNA Security Course Booklet Version 2, Third Edition ISBN-13: 978-1-58713-351-0 CCNA Security (210-260) Portable Command Guide ISBN-13: 978-1-58720-575-0 CCNA Security 210-260 Official Cert Guide ISBN-13: 978-1-58720-566-8 Then you can start reading Kindle books on your smartphone, tablet, or computer - no Kindle device required. Show details In order to navigate out of this carousel please use your heading shortcut key to navigate to the next or previous heading. In order to navigate out of this carousel please use your heading shortcut key to navigate to the next or previous heading. Register a free business account To calculate the overall star rating and percentage breakdown by star, we don’t use a simple average. Instead, our system considers things like how recent a review is and if the reviewer bought the item on Amazon. It also analyzes reviews to verify trustworthiness. Please try again later. Calvin Wang 5.0 out of 5 stars I paired this up with the OCG by Omar Santos and, looking back, it was definitely a good idea not to depend solely on Cisco Press. The OCG lightly touches on a lot of topics that the exam expects you to know in great detail, but luckily I could usually get the clarification I need by doing the lab or reading through the lab intro section. This let me build a solid understanding of what CLI commands I needed and what each line did, and then build on that understanding by learning how to implement those same CLI commands via GUI.The actual CCNA Course Book Version 2 is not very descriptive and lacks any Figures (Pictures) that are said to go with it. So you may not be quite sure what they are saying and you have no examples to show you..

Otherwise, if devices are connected, they are assigned an IP address by DHCP right after the network statement is entered, even if the default gateway and option 150 are not configured. This can make troubleshooting difficult, as the PCs and phones will receive IP addresses, but the phones will not register and the PCs will not communicate outside their own subnet without the default router (gateway) address. While it might seem that option 150 is irrelevant in data VLANs, with software on a PC able to emulate a phone (such as the Cisco IP Communicator software), it makes sense to include it for both DHCP pools. If not, troubleshoot the configuration. They will be needed for future labs. Common examples include the no shutdown command for interfaces and VLAN creation and naming. To avoid problems, add missing commands to the text file or enter a reminder at the top of the text file. An exclamation point (!) at the start of a line makes it a comment for Cisco IOS, and this is an excellent way to add reminders to text output. See Figure 3-2 for an example. Knowing the remaining PoE capacity is important, as Cisco sells some switch models that do not have enough PoE to fully power all ports, such as the 24-port Catalyst 2960-24LT-L that supports only eight PoE devices at 15.4 watts. The 7960 phone (6.3 watts) does not have a PoE class, as it does not support 802.1af, while the 7975 phone (12.0 watts) shows as an IEEE PoE Class 3 device. Interface Admin Oper Power Device Class MaxIf the phones show “Configuring IP” for more than a few seconds, the DHCP service is not functioning. The messages displayed on the phones are useful information when troubleshooting. All rights reserved. The 13-digit and 10-digit formats both work. Please try again.Please try again.Please try again. Used: GoodSomething we hope you'll especially enjoy: FBA items qualify for FREE Shipping and Amazon Prime. Learn more about the program.

Step Connect Power over Ethernet PoE devices such as Cisco IP Phones or network cameras with Ethernet cables to switch ports or the only ports providing power to PoE devices. Visual Topology Command Line Task Setting-up a Routed WAN connection. Task Configuring OSPF. Visual Topology Command Line Task Enabling IPv6. CCNP SWITCH Lab Manual By Cisco Networking Academy Save 10% IT Essentials: PC Hardware and Software Companion Guide, 4th Edition By Cisco Networking Academy Save 10%. Follow simple steps given e your own Lab. Accessing the WAN PPP Lab Basic PPP Configuration Lab Learning Objectives Upon completion of this lab, you will be able to Cable a network according to the topology diagram. FREE shipping on qualifying offers. Cisco WAE 7 0 1 Network Visualization Guide. Cisco ASA 5505 Quick Start Guide Cisco. Accessing the WAN CCNA Exploration panion. Cisco Press Accessing the WAN CCNA Exploration. Cisco SD WAN Basic Configuration Lab. Cisco CCNA Training ICND1 Lab Guide. Solutions Manual for Accessing the WAN CCNA. Cisco Networking Academy Pearson IT Certification. CCNA Exploration Cisco. Cisco Exploration 1 Instructor Lab Manual. Do I want to proceed to obtain my Cisco CCNA Security, CCNA Voice, CCNA Wireless or CCNP certification. For each person the answer may be a little bit different. Ultimately you should venture to specialize in something that you have a passion for. Today we will cover a little bit about how to build a lab for the Cisco CCNA Voice 640-461 exam. If that is the case, you want to move up to some routers that will support CME 8.6 and marry up to the Cisco Press CCNA Voice Lab manual. You can use a 800, 1700, 2600XM, or 3700 series router for the most part that will run an older version of CME and not support all of the current commands in the desired syntax. To further enhance your CCNA Voice training lab experience you will want a VIC2-2FXS module for some of your analog labs and a VIC2-2FXO for some of your PBX based labs.

It is a good book to guide you through the curriculumSorry, we failed to record your vote. Please try again If you have version 1.2 there is very little differenceSorry, we failed to record your vote. Please try again Sorry, we failed to record your vote. Please try again Page 1 of 1 Start over Page 1 of 1 In order to navigate out of this carousel please use your heading shortcut key to navigate to the next or previous heading. Ccna lab cisco accessing the wan lab manual answer ccna exploration. Network cisco accessing the wan lab manual lab basic cisco device configuration. This saves all settings whether the fields Accessing the WAN CCNA Exploration Labs and Study Guide John Rullan Accessing the WAN, CCNA Exploration Labs and Study Guide is designed to support your cisco accessing the wan lab manual learning the technologies and network services required by CCNA Exploration Accessing the WAN Presentation Files part MB File name: CCNA Exploration Accessing the WAN Presentation Files part1Source title Cisco Networking Academy Program CCNA v WAREZBB - Rapidshare, megaupload, mediafire, torrent, bittorrent, easy-share, filefactory, hotfile, netload, uploading, depositfiles, sendspace Does anyone know hwere I can find the CCNA exploration 5. Accessing the WAN cisco accessing the wan lab manual Lab Solutions. Routing and Switching Instuctor Lab Manuel but I cannot find the CCNA 4. There are exploration 4. Sites are a 32-bit number billion possibilities. System IDs are CCNP Enterprise: Advanced Routing ENARSI v Lab Manual By Cisco Networking Academy Book CCNP Enterprise Core Networking ENCOR v Lab Manual, 2nd Edition By Cisco Networking Academy. Robinson Road Cisco DNA Software for SD-WAN and Routing Our simple, flexible software subscription suites give you the latest technology innovations as your business requires them, either in the cloud or on-premises. Initial Configuration Considerations.

Manual v5 Juan Garcia Loading Preview Sorry, preview is currently unavailable. You can download the paper by clicking the button above. Related Papers RIP Versi 2 By nur hikma CCNP Practical Studies Routing By Vishal Avhad konfigurasi OSPF By nur hikma Cisco book By Munirawati 82 Laboratorio 2 Configuracion basica de EIGRP By isaac d READ PAPER Download pdf. The site may not work properly if you don't update your browser. If you do not update your browser, we suggest you visit old reddit. Press J to jump to the feed. Press question mark to learn the rest of the keyboard shortcuts Log in sign up User account menu 5 Just missed passing 350-401, need some help Does anyone have recommendations for supplementary materials, specifically regarding the Architecture and Virtualization aspects of the exam that I could use to add on to my knowledge before I take the exam again. Going to sign up for this when I complete the Bombal course. Yeah, I compared the blueprint and the topics line up, the issue was that on some of the topics that I don't use on a daily basis, the exam went deeper than the CLL material. I'm thinking that I need to look at some of the Focus material as well to fill in the gaps. Have GNS3 as well, haven't looked at YT Bobal's CCNP, thanks for the tip on that and will look into OCG. Sadly I'm not exceedingly familiar with some of the Virtualization concepts they asked about, some of which weren't covered very well in the Cisco course, and it caught me up. All rights reserved Back to top. Full instructions and startup files are provided so you can immediately get into the hands on practice you need to master Cisco networking and pass the exam. You can unsubscribe at any time. I'll send you the PDF immediately. And by having access to our ebooks online or by storing it on your computer, you have convenient answers with Ccna 1 Instructor S Guide Mtee Net.

To get started finding Ccna 1 Instructor S Guide Mtee Net, you are right to find our website which has a comprehensive collection of manuals listed. Our library is the biggest of these that have literally hundreds of thousands of different products represented. I get my most wanted eBook Many thanks If there is a survey it only takes 5 minutes, try any survey which works for you. The CCNA curriculum includes basic security threat mitigation, introduction to wireless network concepts and terminology, and performance-based skills. This new curriculum also includes the use of the following protocols: IP, Enhanced Inner Gate Routing Protocol (EIGRP), Serial Line Interface Protocol Frame Relay, Routing Information Protocol version 2 (RIPv2), VLANs, Ethernet and Access Control Lists (ACL). All over hardware can (windows-based systems and Asus RT-N10).Multi Service ISR Router mit einem integrierten Multimode. The 871 and 881 support up to twenty users. The 891 support fifty users. A SIP ALG is turned on automatically when NAT is enabled as of IOS version 12. 2 (8). We discovered the SIP ALG to be broken in 12. 4 (20) T. but an upgrade to 12. 4 (24) T2 resolved the issue. We have also... View 4 Replies Similar Messages: Upgrade From G To N Standard.All over hardware can (windows-based systems and Asus RT-N10).Der SG300 ist au?erdem fur deinen Fall ungeeignet siehe LKS. Was du brauchst ist ein echter Router a la Cisco 881. Vielen Dank fur Ihr... So if we have lines 10 and 20.Big Savings. Navigation Archive View Return to standard view.But that doesn't mean you know all there is to know about these important gatekeepers. Stackable Managed Switches. 300 Series switch pdf manual download. The Split DNS feature supports the use of a standard ACL as a view-use restriction based on the query source IP address. In order for a source IP address to match a name list.Cisco Voice FXS Busy.Phone Installation Guide Avaya Support.

You will also want to make sure you have access to an old style analog phone for some of the labs. Speaking of phones, you will also want a minimum of two IP Phones. The 7960 series of IP Phones are an excellent choice for your CCNA 640-461 lab. You will want two switches that are capable of supporting Voice VLANs and it would be really nice if they supported Power Over Ethernet(POE) so your IP Phones could get power from the Ethernet cable this way you do not have to use the IP phone power bricks. Probably the most cost effective switch to deliver those features would be a Cisco 3550 POE switch.You can run VMWare workstation and on it deploy Cisco Unified Call Manager (CUCM) version 8.6.2 along with Cisco Unified Presence (CUPS) and Cisco Unity Connection (CUC). Finally you will play a bit with Cisco’s IP Communicator or CIPC in your CCNA Voice lab. It basically is a softphone that runs on any Windows based computer. To some it may seems strange you need less Cisco routers and less Cisco switches in your Voice lab than you need in your Routing and Switching lab, but that has to do primarily you are not trying to create complicated topologies in your Voice lab. I hope you enjoyed our review today on how to build your own CCNA Voice lab. Cisco, CCNA, CCENT, CCNP, CCSP, CCVP, CCIE are trademarks of Cisco Systems Inc. Explain the role of theExplain the Windows OperatingAnalyze the operationExplain the operation of the network infrastructure.Use network monitoring tools to identifyUse various methods to prevent maliciousExplain the impacts of cryptographyExplain how to investigate endpoint vulnerabilitiesApply incident. CCNA Security includes a comprehensive set of hands-on, online laboratories. To complement these, many students and instructors have requested a printed resource that can be used to study in places where Internet access may not be available.

Drawn directly from the online curriculum, it covers every lab presented in this course, addressing all major areas of network security. This lab manual gives students new flexibility to study these hands-on labs offline, highlight key points, and take handwritten notes. All topics are correlated directly to online web pages, helping students easily switch between offline and online content. Additional notes pages will be included between each lab for use as a notebook in class. A separate Answer Key is available in the Cisco Academy Connection area of Cisco's web site. Please try again.Please try again.Enables students to easily highlight, take notes, and study offline Links directly to Cisco Networking Academy's online curriculum In order to navigate out of this carousel please use your heading shortcut key to navigate to the next or previous heading. In order to navigate out of this carousel please use your heading shortcut key to navigate to the next or previous heading. Get your Kindle here, or download a FREE Kindle Reading App.With 10,000 academies in 165 countries, it helps individuals prepare for industry-recognized certifications and entry-level information and communication technology careers in virtually every industry-developing foundational technical skills while acquiring vital 21st-century career skills in problem solving, collaboration, and critical thinking. To calculate the overall star rating and percentage breakdown by star, we don’t use a simple average. Instead, our system considers things like how recent a review is and if the reviewer bought the item on Amazon. It also analyses reviews to verify trustworthiness. To browse Academia.edu and the wider internet faster and more securely, please take a few seconds to upgrade your browser. Manual v5 Juan Garcia Download with Google Download with Facebook or create a free account to download CCNA Book Lab. Manual v5 Download CCNA Book Lab.

This chapter shows how to set up a voice CCNA Voice Lab Manual... This course is a comprehensive preparation for anyone wishing to obtain a solid background in basic Cisco networking concepts and prepare for the CCNA exams (Exam 100-105. Exam 200-105. Exam 200-125). Students are first introduced to theory-based concepts.Exam 200-105. Exam 200-125). Students are first introduced to theory-based concepts.This course is suitable for anyone new to Cisco networking... Two types of access lists are supported by Cisco routers.A standard access list is limited in functionality because it only allows filtering based upon source address. In comparison. an extended access list.Download Like. Full screen Standard. Page of 1015 Go. Cisco 500 Series Stackable Managed Switches. Read and prints without ads; Download to keep your version; Edit. Exam 200-105. Exam 200-125). Students are first introduced to theory-based concepts. Pages in total: 1180. Download PDF. Comment. 1MB Size 1 Downloads 85 Views.