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CCNP BCMSN Official Exam Certification Guide 4th edition [Multiple-component retail product]

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  • Izdošanas datums: 08-Jan-2007
  • Izdevniecība: Cisco Press
  • ISBN-10: 1587201712
  • ISBN-13: 9781587201714
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  • Formāts: Multiple-component retail product, 672 pages, height x width x depth: 234x196x43 mm, weight: 1298 g, Contains 1 Hardback and 1 CD-ROM
  • Izdošanas datums: 08-Jan-2007
  • Izdevniecība: Cisco Press
  • ISBN-10: 1587201712
  • ISBN-13: 9781587201714
Citas grāmatas par šo tēmu:
Permanent link: https://www.kriso.lv/db/9781587201714.html
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CCNP BCMSN Official Exam Certification Guide

Fourth Edition

 





Master all 642-812 exam topics with the official study guide Assess your knowledge with chapter-opening quizzes Review key concepts with foundation summaries Practice with hundreds of exam questions on the CD-ROM

 

David Hucaby, CCIE® No. 4594

 

CCNP BCMSN Official Exam Certification Guide, Fourth Edition, is a best of breed Cisco® exam study guide that focuses specifically on the objectives for the BCMSN exam. Successfully passing the BCMSN 642-812 exam certifies that you have knowledge and skills necessary to implement scalable multilayer switched networks.

 

CCNP BCMSN Official Exam Certification Guide, Fourth Edition, follows a logical organization of the BCMSN exam objectives. Material is presented in a concise manner, focusing on increasing readers retention and recall of exam topics. Lead network engineer and consultant David Hucaby shares preparation hints and test-taking tips, helping you identify areas of weakness and improve your switching knowledge through the use of the consistent features in each chapter. Do I Know This Already? quizzes open each chapter and allow you to decide how much time you need to spend on each section. Exam topic lists and Foundation Summary tables make referencing easy and give you a quick refresher whenever you need it. Scenario-based exercises help you think about exam objectives in real-world situations, thus increasing recall during exam time. Challenging chapter-ending review questions help you assess your knowledge and reinforce key concepts.

 

The companion CD-ROM contains a powerful testing engine that enables you to focus on individual topic areas or take complete, timed exams. The assessment engine also tracks your performance and provides feedback on a module-by-module basis, presenting question-by-question remediation to the text.

 

Well regarded for its level of detail, assessment features, and challenging review questions and exercises, this book helps you master the concepts and techniques that will enable you to succeed on the exam the first time.

 

David Hucaby, CCIE® No. 4594, is a lead network engineer for a large medical environment using Cisco multilayer switching and security products. He also is an independent networking consultant focusing on Cisco-based solutions for healthcare and banking clients.

 

The official study guide helps you master all the topics on the BCMSN exam, including





Spanning Tree Protocol concepts





Virtual LAN (VLAN), VLAN trunking, and inter-VLAN routing





Gateway redundancy technologies and protocols





Wireless LAN topologies, components, connectivity, and standards





Implementing a Cisco Unified Wireless Network





Wireless client access





Access layer voice concepts





Preventing and mitigating attacks against switched network security

 

Companion CD-ROM

The CD-ROM contains an electronic copy of the book and more than 200 practice questions for the BCMSN exam, including simulation-based questions, all available in study mode, test mode, and flash card format.

 

This volume is part of the Exam Certification Guide Series from Cisco Press®. Books in this series provide officially developed exam preparation materials that offer assessment, review, and practice to help Cisco Career Certification candidates identify weaknesses, concentrate their study efforts, and enhance their confidence as exam day nears.

 

Category: Cisco Certification

Covers: BCMSN Exam 642-812

 

$59.99 USA / $74.99 CAN

 

Papildus informācija

CCNP BCMSN Official Exam Certification Guide, Fourth Edition is a comprehensive study tool for preparing for the new CCNP BCMSN exam. As the newest installment of the all-time best-selling BCMSN book, it provides complete coverage of all exam topics as provided by Cisco Systems ensures readers will arrive at a complete understanding of what they need to master to succeed on the exam. CCNP BCMSN Official Exam Certification Guide, Fourth Edition follows a logical organization of the CCNP BCMSN exam objectives. Material is presented in a concise manner, focusing on increasing readers' retention and recall of exam topics. Readers will organize their exam preparation through the use of the consistent features in these chapters:

Pre-Chapter Quizzes Foundation Reviews with concise listing of exam objectives Chapter-Ending Quizzes Scenario-based exercises CD-ROM based testing engine from Boson Software with over 200 unique practice questions

What's new in the book? This book will match any changes to the CCNP course and exam as per Cisco Systems. Including coverage of wireless LANs.
Foreword xxiv
Introduction xxv
Part I Overview and Design of a Campus Network
3(52)
Campus Network Overview
5(22)
``Do I Know This Already?'' Quiz
5(4)
Switching Functionality
9(4)
Layer 2 Switching
10(1)
Layer 3 Routing
11(1)
Layer 3 Switching
11(1)
Layer 4 Switching
12(1)
Multilayer Switching
12(1)
Campus Network Models
13(7)
Shared Network Model
13(2)
LAN Segmentation Model
15(3)
Network Traffic Models
18(1)
Predictable Network Model
19(1)
Hierarchical Network Design
20(7)
Access Layer
21(1)
Distribution Layer
21(1)
Core Layer
22(5)
Modular Network Design
27(28)
``Do I Know This Already?'' Quiz
27(4)
Modular Network Design
31(10)
Switch Block
32(1)
Sizing a Switch Block
33(2)
Core Block
35(1)
Collapsed Core
36(1)
Dual Core
37(1)
Core Size in a Campus Network
38(1)
Other Building Blocks
39(1)
Server Farm Block
39(1)
Network Management Block
40(1)
Enterprise Edge Block
40(1)
Service Provider Edge Block
41(1)
Can I Use Layer 2 Distribution Switches?
41(1)
Evaluating an Existing Network
42(13)
Discovering the Network Topology
43(4)
Migrating to a Hierarchical Design
47(8)
Part II Building a Campus Network
55(230)
Switch Operation
57(24)
``Do I Know This Already?'' Quiz
57(4)
Layer 2 Switch Operation
61(4)
Transparent Bridging
61(2)
Follow That Frame!
63(2)
Multilayer Switch Operation
65(4)
Types of Multilayer Switching
65(1)
Follow That Packet!
66(2)
Multilayer Switching Exceptions
68(1)
Tables Used in Switching
69(5)
Content Addressable Memory
69(1)
Ternary Content Addressable Memory
70(1)
TCAM Structure
70(2)
TCAM Example
72(1)
Port Operations in TCAM
73(1)
Troubleshooting Switching Tables
74(7)
CAM Table Operation
74(1)
TCAM Operation
75(6)
Switch Port Configuration
81(28)
``Do I Know This Already?'' Quiz
81(4)
Ethernet Concepts
85(7)
Ethernet (10 Mbps)
85(1)
Fast Ethernet
86(1)
Full-Duplex Fast Ethernet
87(2)
Gigabit Ethernet
89(1)
10-Gigabit Ethernet
90(2)
Connecting Switch Block Devices
92(2)
Console Port Cables/Connectors
92(1)
Ethernet Port Cables and Connectors
92(1)
Gigabit Ethernet Port Cables and Connectors
93(1)
Switch Port Configuration
94(15)
Selecting Ports to Configure
94(2)
Identifying Ports
96(1)
Port Speed
96(1)
Port Duplex Mode
97(1)
Managing Error Conditions on a Switch Port
97(1)
Detecting Error Conditions
98(1)
Automatically Recover from Error Conditions
99(1)
Enable and Use the Switch Port
99(1)
Troubleshooting Port Connectivity
100(1)
Looking for the Port State
100(1)
Looking for Speed and Duplex Mismatches
100(9)
VLANs and Trunks
109(26)
``Do I Know This Already?'' Quiz
109(4)
Virtual LANs
113(6)
VLAN Membership
114(1)
Static VLANs
114(1)
Configuring Static VLANs
115(2)
Dynamic VLANs
117(1)
Deploying VLANs
117(1)
End-to-End VLANs
118(1)
Local VLANs
118(1)
VLAN Trunks
119(5)
VLAN Frame Identification
121(1)
Inter-Switch Link Protocol
121(1)
IEEE 802.1Q Protocol
122(1)
Dynamic Trunking Protocol
123(1)
VLAN Trunk Configuration
124(11)
VLAN Trunk Configuration
124(2)
Trunk Configuration Example
126(2)
Troubleshooting VLANs and Trunks
128(7)
VLAN Trunking Protocol
135(24)
``Do I Know This Already?'' Quiz
135(4)
VLAN Trunking Protocol
139(5)
VTP Domains
139(1)
VTP Modes
139(1)
VTP Advertisements
140(4)
VTP Configuration
144(5)
Configuring a VTP Management Domain
145(1)
Configuring the VTP Mode
145(1)
Configuring the VTP Version
146(2)
VTP Configuration Example
148(1)
VTP Status
148(1)
VTP Pruning
149(3)
Enabling VTP Pruning
151(1)
Troubleshooting VTP
152(7)
Aggregating Switch Links
159(22)
``Do I Know This Already?'' Quiz
159(5)
Switch Port Aggregation with EtherChannel
164(5)
Bundling Ports with EtherChannel
165(1)
Distributing Traffic in EtherChannel
165(2)
Configuring EtherChannel Load Balancing
167(2)
EtherChannel Negotiation Protocols
169(1)
Port Aggregation Protocol
169(1)
Link Aggregation Control Protocol
169(1)
EtherChannel Configuration
170(2)
Configuring a PAgP EtherChannel
170(1)
Configuring a LACP EtherChannel
171(1)
Troubleshooting an EtherChannel
172(9)
Traditional Spanning Tree Protocol
181(34)
``Do I Know This Already?'' Quiz
181(4)
IEEE 802.1D Overview
185(21)
Bridging Loops
185(4)
Preventing Loops with Spanning Tree Protocol
189(1)
Spanning-Tree Communication: Bridge Protocol Data Units
189(2)
Electing a Root Bridge
191(1)
Electing Root Ports
192(3)
Electing Designated Ports
195(2)
STP States
197(2)
STP Timers
199(1)
Topology Changes
200(1)
Direct Topology Changes
201(1)
Indirect Topology Changes
202(2)
Insignificant Topology Changes
204(2)
Types of STP
206(9)
Common Spanning Tree
206(1)
Per-VLAN Spanning Tree
206(1)
Per-VLAN Spanning Tree Plus
207(8)
Spanning Tree Configuration
215(28)
``Do I Know This Already?'' Quiz
215(4)
STP Root Bridge
219(10)
Root Bridge Placement
219(4)
Root Bridge Configuration
223(3)
Spanning-Tree Customization
226(1)
Tuning the Root Path Cost
227(1)
Tuning the Port ID
228(1)
Tuning Spanning-Tree Convergence
229(3)
Modifying STP Timers
230(1)
Manually Configuring STP Timers
230(1)
Automatically Configuring STP Timers
231(1)
Redundant Link Convergence
232(5)
PortFast: Access-Layer Nodes
233(1)
UplinkFast: Access-Layer Uplinks
234(2)
BackboneFast: Redundant Backbone Paths
236(1)
Troubleshooting STP
237(6)
Protecting the Spanning Tree Protocol Topology
243(16)
``Do I Know This Already?'' Quiz
243(4)
Protecting Against Unexpected BPDUs
247(3)
Root Guard
247(1)
BPDU Guard
248(2)
Protecting Against Sudden Loss of BPDUs
250(4)
Loop Guard
250(1)
UDLD
251(3)
Using BPDU Filtering to Disable STP on a Port
254(1)
Troubleshooting STP Protection
254(5)
Advanced Spanning Tree Protocol
259(26)
``Do I Know This Already?'' Quiz
259(4)
Rapid Spanning Tree Protocol
263(7)
RSTP Port Behavior
263(2)
BPDUs in RSTP
265(1)
RSTP Convergence
265(1)
Port Types
266(1)
Synchronization
267(2)
Topology Changes and RSTP
269(1)
RSTP Configuration
270(1)
Rapid Per-VLAN Spanning Tree Protocol
270(2)
Multiple Spanning Tree Protocol
272(13)
MST Overview
274(1)
MST Regions
274(1)
Spanning Tree Instances Within MST
275(1)
IST Instances
275(1)
MST Instances
275(2)
MST Configuration
277(8)
Part III Layer 3 Switching
285(66)
Multilayer Switching
287(26)
``Do I Know This Already?'' Quiz
287(4)
InterVLAN Routing
291(4)
Types of Interfaces
292(1)
Configuring InterVLAN Routing
292(1)
Layer 2 Port Configuration
292(1)
Layer 3 Port Configuration
293(1)
SVI Port Configuration
294(1)
Multilayer Switching with CEF
295(9)
Traditional MLS Overview
295(1)
CEF Overview
295(1)
Forwarding Information Base
296(3)
Adjacency Table
299(3)
Packet Rewrite
302(1)
Configuring CEF
303(1)
Fallback Bridging
303(1)
Verifying Multilayer Switching
304(9)
Verifying InterVLAN Routing
304(3)
Verifying CEF
307(1)
Verifying Fallback Bridging
308(5)
Router, Supervisor, and Power Redundancy
313(38)
``Do I Know This Already?'' Quiz
313(4)
Router Redundancy in Multilayer Switching
317(21)
Packet Forwarding Review
317(1)
Hot Standby Router Protocol
318(1)
HSRP Router Election
318(3)
Conceding the Election
321(1)
HSRP Gateway Addressing
322(2)
Load Balancing with HSRP
324(3)
Virtual Router Redundancy Protocol
327(3)
Gateway Load Balancing Protocol
330(1)
Active Virtual Gateway
330(1)
Active Virtual Forwarder
331(2)
GLBP Load Balancing
333(1)
Enabling GLBP
334(4)
Verifying Gateway Redundancy
338(1)
Redundancy Within a Switch Chassis
339(12)
Redundant Switch Supervisors
339(1)
Configuring the Redundancy Mode
340(2)
Configuring Supervisor Synchronization
342(1)
Non-Stop Forwarding
343(1)
Redundant Power Supplies
343(8)
Part IV Campus Network Services
351(78)
IP Telephony
353(32)
``Do I Know This Already?'' Quiz
353(4)
Power over Ethernet (PoE)
357(4)
How Power over Ethernet Works
357(1)
Detecting a Powered Device
358(1)
Supplying Power to a Device
359(1)
Configuring Power over Ethernet
360(1)
Verifying Power over Ethernet
360(1)
Voice VLANs
361(5)
Voice VLAN Configuration
362(2)
Verifying Voice VLAN Operation
364(2)
Voice QoS
366(3)
QoS Overview
366(1)
Best-Effort Delivery
367(1)
Integrated Services Model
368(1)
Differentiated Services Model
368(1)
DiffServ QoS
369(16)
Layer 2 QoS Classification
369(1)
Layer 3 QoS Classification with DSCP
370(2)
Implementing QoS for Voice
372(2)
Configuring a Trust Boundary
374(1)
Using Auto-QoS to Simplify a Configuration
375(3)
Verifying Voice QoS
378(7)
Securing Switch Access
385(24)
``Do I Know This Already?'' Quiz
385(4)
Port Security
389(3)
Port-Based Authentication
392(3)
802.1x Configuration
393(1)
802.1x Port-Based Authentication Example
394(1)
Mitigating Spoofing Attacks
395(6)
DHCP Snooping
395(2)
IP Source Guard
397(2)
Dynamic ARP Inspection
399(2)
Best Practices for Securing Switches
401(8)
Securing with VLANs
409(20)
``Do I Know This Already?'' Quiz
409(4)
VLAN Access Lists
413(1)
VACL Configuration
413(1)
Private VLANs
414(6)
Private VLAN Configuration
416(1)
Configure the Private VLANs
417(1)
Associate Ports with Private VLANs
417(2)
Associate Secondary VLANs to a Primary VLAN SVI
419(1)
Securing VLAN Trunks
420(9)
Switch Spoofing
420(2)
VLAN Hopping
422(7)
Part V Wireless LANs
429(104)
Wireless LAN Overview
431(40)
``Do I Know This Already?'' Quiz
431(4)
Wireless LAN Basics
435(3)
Comparing Wireless and Wired LANs
435(1)
Avoiding Collisions in a WLAN
436(2)
WLAN Building Blocks
438(7)
Access Point Operation
441(1)
Wireless LAN Cells
442(3)
An Introduction to Wireless LAN RF
445(14)
Basic RF Operation
445(2)
RF Characteristics
447(1)
Reflection
447(1)
Refraction
448(1)
Absorption
448(1)
Scattering
449(1)
Diffraction
449(1)
Fresnel Zones
450(2)
RF Signal Strength Terminology
452(2)
Signal Loss
454(1)
Signal Gain
455(1)
Wireless Path Performance
456(1)
WLAN Antennas
457(1)
Omnidirectional Antennas
457(1)
Semi-Directional Antennas
458(1)
Highly Directional Antennas
458(1)
WLAN Standards
459(12)
Regulatory Agencies
459(1)
WLAN Frame Types and Sizes
460(1)
802.11b
460(1)
802.11b Channels
461(1)
802.11b Data Rates
462(1)
802.11g
463(1)
802.11a
463(1)
Additional 802.11 Standards
464(7)
Wireless Architecture and Design
471(26)
``Do I Know This Already?'' Quiz
471(4)
WLAN Security
475(6)
Legacy Security
476(1)
EAP-Based Security Methods
477(1)
LEAP
478(1)
EAP-TLS
478(1)
PEAP
479(1)
EAP-FAST
479(1)
WPA
479(1)
WPA2
480(1)
Wireless Client Operation
481(1)
AP Association and Roaming
482(5)
The Roaming Process
484(2)
Roaming Implications
486(1)
Cell Layout and Channel Usage
487(10)
Sizing AP Cells
488(1)
WLAN Channel Layout
489(8)
Cisco Unified Wireless Network
497(36)
``Do I Know This Already?'' Quiz
497(4)
Traditional WLAN Architecture
501(2)
Cisco Unified Wireless Network Architecture
503(5)
WLC Functions
506(2)
Lightweight AP Operation
508(3)
Traffic Patterns in a Cisco Unified Wireless Network
509(2)
Lightweight AP Association and Roaming
511(7)
Intra-Controller Roaming
512(2)
Inter-Controller Roaming
514(4)
Mobility Groups
518(1)
Basic Wireless LAN Configuration
518(15)
WLC Configuration
519(2)
Initial WLC Configuration
521(1)
Further WLC Configuration
522(2)
LAP Configuration
524(1)
Supplying Power to an LAP
525(1)
Switch Port Configuration for LAP
525(1)
Initial LAP Configuration
526(7)
Part VI Scenarios for Final Preparation
533(20)
Scenarios for Final Preparation
535(18)
Scenario 1: Trunking and DTP
535(1)
Scenario 2: VLANs, Trunking, and VTP
536(1)
Scenario 3: EtherChannels
537(1)
Scenario 4: Traditional STP
538(1)
Scenario 5: Advanced STP
539(1)
Scenario 6: Router Redundancy with HSRP, VRRP, and GLBP
540(1)
Scenario 7: IP Telephony in a Switched Network
541(1)
Scenario 8: Securing Access and Managing Traffic in a Switched Network
541(1)
Scenario 9: Implementing a Wireless LAN
542(2)
Scenario 1 Answers
544(1)
Scenario 2 Answers
544(1)
Scenario 3 Answers
545(1)
Scenario 4 Answers
545(2)
Scenario 5 Answers
547(1)
Scenario 6 Answers
547(1)
Scenario 7 Answers
548(1)
Scenario 8 Answers
549(2)
Scenario 9 Answers
551(2)
Part VII Appendix
553(2)
Appendix A Answers to
Chapter 'Do I Know This Already?' Quizzes and Q&A Sections
555(55)
Chapter 1
555(2)
``Do I Know This Already?''
555(1)
Q&A
555(2)
Chapter 2
557(2)
``Do I Know This Already?''
557(1)
Q&A
558(1)
Chapter 3
559(3)
``Do I Know This Already?''
559(1)
Q&A
560(2)
Chapter 4
562(5)
``Do I Know This Already?''
562(1)
Q&A
563(4)
Chapter 5
567(3)
``Do I Know This Already?''
567(1)
Q&A
567(3)
Chapter 6
570(3)
``Do I Know This Already?''
570(1)
Q&A
570(3)
Chapter 7
573(4)
``Do I Know This Already?''
573(1)
Q&A
573(4)
Chapter 8
577(4)
``Do I Know This Already?''
577(1)
Q&A
577(4)
Chapter 9
581(5)
``Do I Know This Already?''
581(1)
Q&A
582(4)
Chapter 10
586(3)
``Do I Know This Already?''
586(1)
Q&A
587(2)
Chapter 11
589(3)
``Do I Know This Already?''
589(1)
Q&A
589(3)
Chapter 12
592(2)
``Do I Know This Already?''
592(1)
Q&A
592(2)
Chapter 13
594(3)
``Do I Know This Already?''
594(1)
Q&A
595(2)
Chapter 14
597(2)
``Do I Know This Already?''
597(1)
Q&A
597(2)
Chapter 15
599(2)
``Do I Know This Already?''
599(1)
Q&A
600(1)
Chapter 16
601(2)
``Do I Know This Already?''
601(1)
Q&A
602(1)
Chapter 17
603(3)
``Do I Know This Already?''
603(1)
Q&A
604(2)
Chapter 18
606(2)
``Do I Know This Already?''
606(1)
Q&A
607(1)
Chapter 19
608(2)
``Do I Know This Already?''
608(1)
Q&A
609(1)
Index 610


David Hucaby, CCIE No. 4594, is a lead network engineer for the University of Kentucky, where he works with healthcare networks based on the Cisco Catalyst, IP telephony, PIX, and VPN product lines. David has a bachelor of science degree and master of science degree in electrical engineering from the University of Kentucky. He is the author of three previous books for Cisco Press, including Cisco ASA and PIX Firewall Handbook, Cisco Field Manual: Router Configuration, and Cisco Field Manual: Catalyst Switch Configuration.

David lives in Kentucky with his wife, Marci, and two daughters.