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CCNP Building Multilayer Switched Networks (BCMSN 642-812) Lab Portfolio (Cisco Networking Academy) [Pehme köide]

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  • Formaat: Paperback / softback, 240 pages, kõrgus x laius x paksus: 220x277x14 mm, kaal: 564 g
  • Ilmumisaeg: 10-Jan-2008
  • Kirjastus: Cisco Press
  • ISBN-10: 1587132141
  • ISBN-13: 9781587132148
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CCNP Building Multilayer Switched Networks (BCMSN 642-812) Lab Portfolio (Cisco Networking Academy)Suurem pilt
  • Formaat: Paperback / softback, 240 pages, kõrgus x laius x paksus: 220x277x14 mm, kaal: 564 g
  • Ilmumisaeg: 10-Jan-2008
  • Kirjastus: Cisco Press
  • ISBN-10: 1587132141
  • ISBN-13: 9781587132148
Teised raamatud teemal:
Püsilink: https://www.kriso.ee/db/9781587132148.html
Märksõnad:
CCNP Building Multilayer Switched Networks (BCMSN 642-812) Lab Portfolio provides you with opportunities for hands-on practice to master the technologies necessary to design, implement, operate, and troubleshoot multilayer switched networks.

 

The labs reinforce your understanding of how to install, configure, monitor, and troubleshoot network infrastructure equipment to deploy state-of-the-art campus LANs. The book focuses on the selection and implementation of the appropriate Cisco® IOS® services to build reliable, scalable, multilayer-switched LANs. Other topic areas of the course include VLANs, Spanning Tree Protocol, wireless client access, minimizing service loss, and minimizing data theft in a campus network.

 

Those preparing for the Building Multilayer Switched Networks (BCMSN 642-812) certification exam should work through this book cover-to-cover. If you need to quickly review configuration examples, you can go directly to the relevant chapter.

 

CCNPBuildingMultilayer Switched Networks (BCMSN 642-812) Lab Portfolio includes





19 Labs built to support v5 of the Building Multilayer Switched Networks course within the Cisco Networking Academy curriculum providing ample opportunity to practice. 2 Challenge and Troubleshooting Labs have been added to the core curriculum to test your mastery of the topics. 2 Case Studies to give you a taste of what is involved in a fully functioning switching network covering all the technologies taught in this course. Even if you do not have the actual equipment to configure these more complex topologies, it is worth reading through these labs to expand your thinking into more complex networking solutions.

 

David Kotfila, CCNP®, CCAI, is the director of the Cisco Networking Academy at Rensselaer Polytechnic Institute (RPI), Troy, New York.

 

Joshua Moorhouse, CCNP, recently graduated from Rensselaer Polytechnic Institute with a bachelor of science in computer science, where he also worked as a teaching assistant in the Cisco Networking Academy. He currently works as a network engineer at Factset Research Systems.

Christian M. Price Sr., CCNP, is an instructor in the Cisco Networking Academy at Rensselaer Polytechnic Institute in Troy, New York.

 

Ross Wolfson, CCIE® No. 16696, recently graduated from Rensselaer Polytechnic Institute with a bachelor of science in computer science. He currently works as a network engineer at Factset Research Systems.

 

Use this Lab Portfolio with:

 

CCNP BCMSN Official Exam Certification Guide

Fourth Edition

ISBN-10: 1-58720-171-2

ISBN-13: 978-1-58720-171-4

 

CCNP BCMSN Portable Command Guide

ISBN-10: 158-720-188-7

ISBN-13: 978-158720-188-2

 

This book is part of the Cisco Networking Academy Series from Cisco Press®. Books in this series support and complement the Cisco Networking Academy curriculum.

 

 

Muu info

Curriculum, Challenge, and Troubleshooting labs for the CCNP BCMSN course from the Cisco Networking Academy Program





Review all the labs from the online CCNP BCMSN curriculum from the Cisco Networking Academy Program Master advanced networking topics with additional Challenge Labs written by industry and education experts Gain insight into network maintenance with the bonus Troubleshooting labs
Network Requirements
1(4)
Lab 1-1: Lab Configuration Guide
1(4)
Hardware and Software
2(1)
Wireless LANs
3(2)
Defining VLANs
5(26)
Lab 2-0a: Clearing an Isolated Switch (2.6.1)
5(5)
Step 1 Getting Connected
5(1)
Step 2 Deleting vlan.dat
5(1)
Step 3 Erasing the startup-config File
6(1)
Step 4 Reloading
6(3)
Step 5 Ready for Configuration
9(1)
Lab 2-0b: Clearing a Switch Connected to a Larger Network (2.6.1)
10(4)
Step 1 Clearing an Isolated Switch
10(1)
Step 2 Deleting vlan.dat
10(1)
Step 3 Erasing the startup-config File
10(1)
Step 4 Relearning VLANs from a Server
11(1)
Step 5 Eliminating Relearned VLANs
12(1)
Step 6 VTP Mode Transparent
13(1)
Lab 2-1: Catalyst 2960 and 3560 Series Static VLANs, VLAN Trunking, and VTP Domain and Modes (2.6.2)
14(17)
Scenario: VLAN Trunking and Domains
14(1)
Step 1 Preparing the Switch
14(1)
Step 2 VLAN 1
15(1)
Step 3 show vlan
15(2)
Step 4 VTP Modes
17(1)
Step 5 VTP Domains
18(1)
Step 6 Dynamic Auto Trunking
19(2)
Step 7 show interface Commands
21(2)
Step 8 Switchport Mode Commands
23(2)
Step 9 show vtp status
25(1)
Step 10 VLAN Database
26(2)
Step 11 Switchport Access VLAN
28(1)
Step 12 Naming VLANs
29(1)
Step 13 Preparation for the Next Lab
30(1)
Implementing Spanning Tree
31(48)
Lab 3-1: Spanning Tree Protocol (STP) Default Behavior (3.5.1)
31(6)
Scenario: How Spanning Tree Prevents Loops
31(1)
Step 1 Basic Configurations
31(1)
Step 2 BPDUs
32(1)
Step 3 show spanning tree
32(4)
Step 4 Diagraming Spanning Tree
36(1)
Challenge: A New Root for Spanning Tree
36(1)
Lab 3-2: Modifying Default Spanning Tree Behavior (3.5.2)
37(12)
Scenario: Logically Removing Bridging Loops
37(1)
Step 1 Deleting vlan.dat
37(1)
Step 2 Verifying the Root Bridge
37(3)
Step 3 Changing the Primary and Secondary Root
40(2)
Step 4 Changing Forwarding and Blocking Ports
42(2)
Step 5 PortFast
44(2)
Step 6 Modifying Port Costs
46(3)
Lab 3-3: Per-VLAN Spanning Tree Behavior (3.5.3)
49(13)
Scenario: Configuring Spanning Tree Differently for Different VLANs
49(1)
Step 1 Basic Preparation
49(1)
Step 2 Setting up VTP Domains
49(3)
Step 3 Modifying Spanning Tree on a per-VLAN Basis
52(6)
Step 4 RSTP
58(2)
Challenge: Spanning Tree Root Primary
60(2)
Lab 3-4: Multiple Spanning Tree (3.5.4)
62(10)
Scenario: Configuring Multiple Spanning Tree
62(1)
Step 1 Basic Preparation
62(1)
Step 2 VTP Domain Setup
62(1)
Step 3 Verifying 11 Instances of Spanning Tree
63(3)
Step 4 spanning-tree mode mst
66(1)
Step 5 Grouping VLANs Using MST
67(3)
Challenge: Modifying per-instance MST Attributes
70(2)
Lab 3-5: Configuring EtherChannel (3.5.5)
72(7)
Scenario: Bundling Redundant Links into One Logical Link
72(1)
Step 1 Basic Preparation
72(1)
Step 2 channel group mode desirable
72(3)
Step 3 channel group mode active
75(1)
Step 4 Configuring EtherChannel on Layer 3 Connections
75(1)
Step 5 Traffic Load Balancing
76(1)
Challenge: Logically Aggregating Additional Redundant Links
77(2)
Implementing Inter-VLAN Routing
79(20)
Lab 4-1: Inter-VLAN Routing with an External Router (4.4.1)
79(8)
Scenario: A Cost Effective Solution to Segment a Network into Multiple Broadcast Domains
79(1)
Step 1 Basic Preparation
79(1)
Step 2 Configuring up the Gateway and ISP Router
79(1)
Step 3 ip default-gateway
80(1)
Step 4 Verify Existing VLANs
81(1)
Step 5 Configuring Trunking and EtherChannel
82(1)
Step 6 Configuring the VTP Domain
83(1)
Step 7 Configuring Switch Access Ports for Hosts
83(1)
Step 8 Trunking with the External Router
83(1)
Step 9 Trunking for VLANs 1, 100, and 200
84(2)
Step 10 Verify inter-VLAN Routing
86(1)
Lab 4-2: Inter-VLAN Routing with an Internal Route Processor and Monitoring CEF Functions (4.4.2)
87(12)
Scenario: Configuring Switched Virtual Interfaces to Route Between VLANs
87(1)
Step 1 Basic Preparation
87(1)
Step 2 Basic Configuration
87(2)
Step 3 Configuring Trunks and EtherChannel
89(2)
Step 4 Changing the VTP Mode
91(1)
Step 5 Creating the VTP Domain
92(1)
Step 6 Configuring the Host Ports
92(1)
Step 7 Creating Layer 3 VLAN interfaces
93(1)
Step 8 Verifying inter-VLAN Routing
94(1)
Step 9 CEF
94(5)
Implementing High Availability in a Campus Environment
99(26)
Lab 5-1: Hot Standby Router Protocol (5.4.1)
99(14)
Scenario: Redundant, Fault-tolerant Routing to the Internal Network
99(1)
Step 1 Basic Preparation
99(1)
Step 2 Basic Configuration
99(2)
Step 3 Configuring Trunks and EtherChannel
101(3)
Step 4 Changing the VTP Mode
104(1)
Step 5 Creating the VTP Domain
105(1)
Step 6 Configuring the Host Ports
105(1)
Step 7 HSRP Configuration
106(2)
Step 8 show standby
108(4)
Step 9 Verify Connectivity Between VLANs
112(1)
Step 10 Verify HSRP
112(1)
Lab 5-2: HSRP Troubleshooting (5.4.2)
113(1)
Initial Configurations
113(1)
Lab 5-3: Gateway Load Balancing Protocol
114(11)
Step 1 Basic Preparation
114(1)
Step 2 Basic Configuration
114(1)
Step 3 GLBP Configuration and Verification
114(6)
Step 4 Adjusting the Weight to Prefer Certain Routers
120(5)
Wireless LANs
125(44)
Option 1: Using the External WLAN Controller
125(2)
Option 2: Using the WLAN Controller Network Module
127(2)
Lab 6-1a: Configuring an External WLAN Controller (6.7.1a)
129(10)
Step 1 Basic Preparation
130(1)
Step 2 Basic Configuration
130(2)
Step 3 Configuring the Switched Virtual Interfaces
132(1)
Step 4 DHCP
132(1)
Step 5 PortFast
133(1)
Step 6 Configuring the Host and Host Port
134(2)
Step 7 Enable and Verify Routing
136(1)
Step 8 WLAN Controller Wizard
136(2)
Step 9 Additional WLAN Controller Configuration
138(1)
Lab 6-1b: Configuring a WLAN Controller Installed in a Router (6.7.1b)
139(10)
Step 1 Basic Preparation
139(1)
Step 2 VLAN and VTP Domain Configuration
139(1)
Step 3 Subinterfaces
140(1)
Step 4 DHCP
141(1)
Step 5 PortFast
142(1)
Step 6 Configuring the Host and Host Port
142(2)
Step 7 Verify Routing
144(1)
Step 8 WLAN Controller Wizard
145(2)
Step 9 Additional WLAN Controller Configuration
147(2)
Lab 6-2: Configuring a WLAN Controller via the Web Interface (6.7.2)
149(9)
Step 1 Load Existing Configurations from Previous Lab
150(1)
Step 2 Using the Web Interface for Configuration
150(2)
Step 3 Creating Logical Interfaces
152(3)
Step 4 Configuring WLANs That Correspond to the VLANs
155(3)
Lab 6-3: Configuring a Wireless Client (6.7.3)
158(11)
Step 1 Install Cisco Aironet Wireless Card Software
159(4)
Step 2 Inserting the Cisco 802.11 a/b/g Wireless Adapter
163(3)
Step 3 Verify Status of Installation
166(3)
Configuring Campus Switches to Support Voice
169(12)
Lab 7-1: Configuring Switches for IP Telephony Support (7.3.1)
169(12)
Scenario: Preparing the Switching Network to Support Voice
169(1)
Step 1 Basic Preparation
170(1)
Step 2 Basic Configuration
170(1)
Step 3 Configure the Trunks and EtherChannel
171(2)
Step 4 Changing the VTP Mode
173(1)
Step 5 Creating the VTP Domain
174(1)
Step 6 HSRP
174(2)
Step 7 Auto QoS Configuration
176(1)
Step 8 Verify Auto QoS
177(1)
Step 9 Configure the Distribution Layer to Trust CoS
177(1)
Step 10 Verify Auto QoS at the Distribution Layer
178(1)
Step 11 mIs qos cos
179(2)
Minimizing Service Loss and Data Theft in a Campus Network
181(32)
Lab 8-1: Securing the Layer 2 Switching Devices (8.7.1)
181(12)
Scenario: Layer 2 Threats
181(1)
Step 1 Basic Preparation
182(1)
Step 2 Basic Configuration
182(2)
Step 3 Configuring VLANs and VTP
184(2)
Step 4 Layer 2 Attacks and Mitigation
186(1)
Step 5 Protecting Against MAC Flooding
187(1)
Step 6 DHCP Spoofing
188(3)
Step 7 AAA
191(2)
Lab 8-2: Securing Spanning Tree Protocol (8.7.2)
193(11)
Scenario: Protecting the Root Bridge and Preventing Rogue Access Points
193(1)
Step 1 Verify Configurations from Lab 8-1
193(4)
Step 2 Locking Down the Spanning Tree Root
197(2)
Step 3 spanning-tree guard root
199(1)
Step 4 Verify Root Guard
199(2)
Step 5 BPDU Guard
201(1)
Step 6 UDLD
202(2)
Lab 8-3: Securing VLANs with Private VLANs, RACLs, and VACLs (8.7.3)
204(9)
Scenario: Configuring the Network to Secure VLANs
204(1)
Step 1 Verifying Loaded Configurations
204(3)
Step 2 Private VLANs
207(3)
Step 3 RACLs
210(1)
Step 4 VACLs
211(2)
Case Studies
213
Case Study 1: VLANs, VTP, and Inter-VLAN Routing
213(2)
Case Study 2: Voice and Security in a Switched Network
215


David Kotfila, CCNP, CCAI, is the director of the Cisco Academy at Rensselaer Polytechnic Institute (RPI), Troy, New York. Under his direction, 350 students have received their CCNA, 150 students have received their CCNP, and 8 students have obtained their CCIE. David is a consultant for Cisco working as a member of the CCNP assessment group. His team at RPI has authored the four new CCNP lab books for the Academy program. David has served on the National Advisory Council for the Academy program for four years. Previously, he was the senior training manager at PSINet, a Tier 1 global ISP. When David is not staring at his beautiful wife Kate or talking with his two wonderful children, Chris and Charis, he likes to kayak, hike in the mountains, and lift weights.

 

Joshua Moorhouse, CCNP, recently graduated from Rensselaer Polytechnic Institute with a BS in computer science. While there, he also worked as a teaching assistant in the Cisco Networking Academy. He currently works as a network engineer at Factset Research Systems in Norwalk, Connecticut. Josh enjoys spending time with his wife Laura, his family, and friends.

 

Christian M. Price Sr., CCNP, attended Hudson Valley Community College in Troy, New York, where he studied computer information systems. From 1997 to 2001, he worked for PSINet, one of the first Internet service providers and a major player in the commercialization of the Internet. Christian worked as a technical project manager with the Carrier and ISP Services group during his time at PSINet. He currently works with a credit union focusing on LAN/WAN design and implementation as well as implementation of a VoIP infrastructure for the organization. Christian is also an instructor in the Cisco Academy at Rensselaer Polytechnic Institute in Troy, New York. He lives with his loving wife and children in Grafton, New York.

 

Ross G. Wolfson, CCIE No. 16696, recently graduated from Rensselaer Polytechnic Institute (RPI) with a BS in computer science. He currently works as a network engineer at Factset Research Systems. Ross enjoys spending time with his friends, running, and biking.