LAB manual CCNP4

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Only one switch should be used for these labs. When the diagrams show two switches, this is simply for the purpose of showing the logical segmentation of the VLANs. Configure the switchports shown in the diagram to access the VLANs shown. For instance, if you were configuring the general topology for Figure 2-1, you would use the following configuration: ALS1# configure terminal ALS1(config)# interface fastethernet0/1 ALS1(config-if)# switchport access vlan 10 ALS1(config-if)# switchport mode access ALS1(config-if)# interface fastethernet0/7 ALS1(config-if)# switchport access vlan 10 ALS1(config-if)# switchport mode access ALS1(config-if)# interface fastethernet0/8 ALS1(config-if)# switchport access vlan 20 ALS1(config-if)# switchport mode access If you were configuring the Sample Topology shown in Figure 2-2, you would add the following configuration to ALS1 to connect R1’s FastEthernet 0/1 interface to VLAN 20: ALS1(config)# interface fastethernet0/2 ALS1(config-if)# switchport access vlan 20 ALS1(config-if)# switchport mode access Since each of the labs that use the Basic Pagent Configuration may use R1, R2 or R3 as the exit point of the network topology, you will be told which interface to configure on the switch in the Preparation step of each of the Basic Pagent Configuration labs. Key Point Our intent in providing the configuration in Lab 3.1 is that you would use these as a basic starting point in these labs so that you do not need to reconfigure basic connectivity and traffic generation in each scenario. However, you may indeed need to add additional configuration to the switch in order to achieve the connectivity desired in each lab. You will use the Advanced Pagent Configuration primarily to test QoS tools in integration labs. These labs are designed to demonstrate traffic traversing from one LAN environment through a WAN connection and back into another LAN environment. 5 - 9 CCNP: Optimizing Converged Networks v5.0 - Lab Configuration Guide Copyright © 2007, Cisco Systems, Inc
Figure 2-3: Advanced Pagent Configuration After aggregating the two serial links between R3 and R4, the bandwidth across each link funnels down from 100 Mbps to a maximum of 2.048 Mbps (E1 speed) across the link from R2 to R3. This allows you to see how QoS tools function at each bottleneck as traffic passes in a loop through R1 R4 R3 R2. Finally, in Appendix A of this guide, a diagram of possible quality of service scenarios is given that you can use if you should choose to create your own labs based on the Advanced Pagent Configuration. We provide this with the intent that instructors and students experiment with different QoS technologies beyond the implementations in these labs. Module 6: Wireless Scenarios The first three wireless scenarios in the CCNP: Optimizing Converged Networks (ONT) curriculum corresponds with the wireless scenarios in the CCNP: Building Multilayer Switched networks (BCMSN) curriculum. Labs 6.1 and 6.2 guide students through setting up a basic wireless network using lightweight access points (LWAPs) and a WLAN controller. Three extension labs then guide students through connecting to the WLANs and implementing wireless security features. Thus, Labs 6.1 and 6.2 should be accomplished in entirety before beginning Labs 6.3, 6.4, and 6.5. Because these labs have been taken from the BCMSN curriculum, they use a set of switches, a WLAN controller (either a network module or an external WLAN controller), and a set of access points. You will also need at most two hosts to accomplish these labs since much of the configuration of the WLAN controller is done via HTTP. 6 - 9 CCNP: Optimizing Converged Networks v5.0 - Lab Configuration Guide Copyright © 2007, Cisco Systems, Inc
Page 1 and 2: This document is exclusive property
Page 3 and 4: Figure 1-2: Serial Connectivity Dia
Page 5: Figure 2-1: Basic Pagent Configurat
Page 9 and 10: Figure 3-2: Ethernet Connectivity D
Page 11 and 12: Lab 2.1 Configure CME using the CLI
Page 13 and 14: Figure 1-2: LAN Adapter Properties
Page 15 and 16: To enable the CME functionality of
Page 17 and 18: Figure 4-1: IP Configuration on Hos
Page 19 and 20: Figure 5-2: InstallShield System Ch
Page 21 and 22: Figure 5-4: CIPC End-User License A
Page 23 and 24: Click Install to begin installing C
Page 25 and 26: Figure 5-8: CIPC Successful Install
Page 27 and 28: Figure 6-2: CIPC Splash Screen If t
Page 29 and 30: Figure 6-3: CIPC Network Preference
Page 31 and 32: *Jan 30 06:47:37.155: skinny_add_so
Page 33 and 34: Figure 7-1: Dialing from Host A to
Page 35 and 36: Figure 7-3: In-Call Display on Host
Page 37 and 38: R1(config-ephone)# codec g729r8 Clo
Page 39 and 40: Lab 3.1 Preparing for QoS Learning
Page 41 and 42: This lab guides you through creatin
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Page 45 and 46: TrafGen(TGN:OFF,Fa0/0:8/8)# start T
Page 47 and 48: Erase flash: before copying? [confi
Page 49 and 50: Next, copy and paste the following
Page 51 and 52: Destination filename [advanced-ios.
Page 53 and 54: Appendix A: Basic Pagent Configurat
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description Connection to R1 (FastE
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R4 NQR: fastethernet0/0 add tcp dat
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argument on the line, since everyth
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Figure 3-2: Network Connection Prop
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Step 4: Extract SDM on the Host Now
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Figure 4-3: Destination Selection D
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Figure 4-5: Final Extraction Wizard
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Figure 5-1: Welcome Screen for SDM
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Figure 5-3: Installation Location O
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Figure 5-5: Installation Prompt Fig
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Figure 6-1: SDM Launcher Window Cli
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Figure 6-5: SDM Load Progress Indic
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Figure 7-1: Installation Location O
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Figure 7-3: Router Connection Indic
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Figure 7-6: Confirmation Prompt Fig
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Step 8: Run SDM from the Router Fig
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Figure 8-3: SDM Authentication Dial
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Figure 9-1: SDM Dashboard 33 - 33 C
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accomplish this on R4 by loading th
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Choose Edit > Preferences. Make sur
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Figure 4-2: SDM QoS Wizard Select t
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Accept the default bandwidth percen
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Figure 4-7: QoS Policy, Summarized
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Figure 4-9: Command Delivery Notifi
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Figure 5-1: Interface Traffic Stati
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match protocol gnutella class-map m
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Lab 4.1 Default Queuing Tools Learn
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applied clock rate, but rather allo
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“The sum of all bandwidth allocat
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Encapsulation HDLC, loopback not se
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packets that will be dequeued from
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The show queue interface command di
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First, clear the interface counters
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model via the Resource Reservation
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Lab 4.2 Intermediate Queuing Tools
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R2(config-if)# no shutdown R2(confi
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Figure 3-1: Custom Queuing 5 - 16 C
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support for a deficit between round
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used by custom queuing. EIGRP hello
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although you can adjust the default
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Encapsulation HDLC, loopback not se
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hostname R2 ! interface Serial0/0/0
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Lab 4.3 TCP Header Compression Lear
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Interface Serial0/0/0 (compression
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Lab 4.4 Comparing Queuing Strategie
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R2(config)# interface fastethernet
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than the bandwidth of the serial li
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What would happen if you put all th
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Preparation This lab uses the Basic
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Step 3: Configure NBAR Protocol Dis
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Mark as close as possible to the so
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not Negate this match result packet
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Class-map: critical (match-any) 138
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Would you use the match-all or matc
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5 minute rate 81000 bps Match: prot
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match protocol xwindows class-map m
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Lab 4.6 Class-based Marking, Shapin
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R4(config-if)# no shutdown R4(confi
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R1(config)# class-map match-any cri
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peak traffic rate of 400 kbps. You
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CIR 120000 (bps) Max. Buffers Limit
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service-policy innerpolicy Policy M
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! line vty 0 4 password cisco login
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R4# copy flash:advanced-ios.cfg sta
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R4(config-if)# ppp multilink R4(con
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Notice that the queuing strategy is
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R1(config-router)# network 172.16.0
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conformed 17433 packets, 5992721 by
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Lab 4.8 Shaping and Policing Learni
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R3(config)# interface serial 0/0/1
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1 TCP Fa0/0.10* 0.000033 0.367644 0
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hostname R3 ! policy-map mypolicy c
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Lab 4.9 QoS Pre-classify Learning O
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Step 1: Configure the Physical Inte
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Success rate is 100 percent (5/5),
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Reserved Conversations 0/0 (allocat
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Lab 5.1 AutoQoS Learning Objectives
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R2(config-if)# ip address 172.16.23
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AutoQoS by applying the auto discov
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What does the differentiated servic
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5 minute rate 53000 bps Queueing Ou
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Each router would need to use proce
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! policy-map AutoQoS-Policy-Se0/0/0
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Lab 6.1a Configuring a WLAN Control
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VTP Domain Name : CISCO VTP Pruning
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Step 6 passes over this VLAN to thi
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Figure 5-2: Modify the Properties f
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Step 7 Enable IP routing on DLS1. T
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Change the controller prompt to WLA
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! interface FastEthernet0/7 switchp
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Step 2 Explanation of VLANs: VLAN 1
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Step 5 Step 6 identifier that acces
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Figure 5-2: Modify the Properties f
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Step 7 R1 will route between all su
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Step 9 AP Manager Interface Netmask
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default-router 172.16.10.1 ! ip dhc
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Lab 6.2a Configuring a WLAN Control
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Step 3 Figure 2-2: WLAN Controller
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Figure 3-2: Creating a New VLAN Int
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Figure 3-4: Verify Existing VLAN In
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Figure 3-6: Verifying VLAN Interfac
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Figure 4-2: Edit the Configuration
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Figure 4-4: Adding a New SSID for W
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Figure 4-6: Verifying Final WLAN Co
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presented with the login screen for
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Figure 3-1: Interface Configuration
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Figure 3-3: Configuring VLAN Interf
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Figure 3-5: Configuring the VLAN 3
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Figure 4-1: Viewing Existing WLANs
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Figure 4-3: WLAN 1 without a Securi
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Figure 4-5: Configuring VLAN Associ
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Lab 6.3 Configuring a Wireless Clie
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Step 3 Click on Next. Then select I
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Step 5 If you are running Microsoft
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Click OK to Continue Step 6 The Set
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Current Status Screen Step 10 Wheth
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SSID configuration Step 12 Select t
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Advanced Configuration Options Step
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Step 16 Click on the Current Status
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Running Troubleshooting Tests 17 -
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Connectivity Diagram using a Wirele
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Figure 1-1: HTTP Access to the WLAN
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Figure 2-6: Viewing Existing WLANs
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Figure 2-8: Editing the VLAN Interf
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Figure 2-10: WLAN 1 with a WPA2 Sec
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Figure 3-2: Configuring Profile Opt
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Figure 3-5: Selecting a Wireless Pr
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Scenario Figure 1-2: Ethernet Conne
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Figure 1-1: CiscoSecure ACS Splash
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Use the default installation folder
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Figure 1-7: CiscoSecure ACS Install
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You must create a password for ACS
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If the Cisco Secure ACS administrat
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Figure 2-3: ACS AAA Client Configur
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Figure 2-5: ACS User Configuration
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Figure 2-7: ACS User-level Password
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Figure 2-9: System Security Protoco
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Figure 3-2: Authentication Dialog B
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Figure 4-2: New RADIUS Server Confi
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Figure 5-5: Verify Existing VLAN In
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Figure 5-7: Editing the Configurati
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Figure 6-1: Cisco ADU Profile Manag
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Figure 6-3: Wireless Security Optio
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Figure 6-5: Selecting a Wireless Pr
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Case Study: QoS and MLPPP Instructi
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Case Study: QoS and MLPPP Answer Ke
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R4#show run hostname R4 ! interface
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