Implementing and Administering Cisco Solutions: 200-301 CCNA exam guide : begin a Successful Career in Networking with 200-301 CCNA Certification

Singh, Glen D.

Детальная информация

Название	Implementing and Administering Cisco Solutions: 200-301 CCNA exam guide : begin a Successful Career in Networking with 200-301 CCNA Certification
Авторы	Singh Glen D.
Коллекция	Электронные книги зарубежных издательств ; Общая коллекция
Тематика	Computer networks — Study guides. — Examinations ; Telecommunications engineers — Certification. ; Internetworking (Telecommunication) — Study guides. — Examinations ; TCP/IP (Computer network protocol) — Study guides. — Examinations ; EBSCO eBooks
Тип документа	Другой
Тип файла	PDF
Язык	Английский
Права доступа	Доступ по паролю из сети Интернет (чтение, печать, копирование)
Ключ записи	on1202478914
Дата создания записи	31.10.2020

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Cover
Title page
Copyright and Credits
About Packt
Table of Contents
- Contributors
Preface
Section 1: Network Fundamentals
Chapter 1: Introduction to Networking
- Understanding the evolution of networking and the internet
- Understanding network sizes – SOHO, LAN, and WAN
- Learning about network protocol suites
  - OSI reference model
  - Understanding the TCP/IP protocol suite
- Understanding the functions of network devices
  - Hubs
  - Layer 2 switches
  - Layer 3 switches
  - Routers
  - Next-generation firewalls and IPS
  - Access Points
  - Cisco Wireless LAN Controller (WLC)
  - Endpoints and servers
  - Cisco DNA
- Network topology architectures
  - 2 Tier
  - 3 Tier
- Summary
- Further reading
Chapter 2: Getting Started with Cisco IOS Devices
- Technical requirements
- Building a Cisco lab environment
  - Cisco Packet Tracer
  - Virtual CCNA Lab
  - Physical labs
- Getting started with Cisco IOS devices
  - Boot process
- Accessing a Cisco IOS device
- Configuring the Cisco IOS
  - Setting up a small Cisco network
- Performing troubleshooting procedures
- Summary
- Questions
- Further reading
Chapter 3: IP Addressing and Subnetting
- Technical requirements
- The need for IP addressing
- Characteristics of IPv4
  - Composition of an IPv4 packet
  - Converting binary into decimal
  - Converting decimal into binary
  - Transmission types
- Classes of IPv4 addresses
  - Public IPv4 address space
  - Private IPv4 address space
- Special IPv4 addresses
  - Loopback address
  - Test-Net
  - Link Local
- Subnet mask
  - Network prefix
  - Identifying the Network ID
- Subnetting
  - Step 1 – Determining the appropriate IP address
  - Step 2 – Creating new subnets (subnetworks)
  - Step 3 – Assigning subnets to each network
  - Step 4 – Performing Variable-Length Subnet Masking (VLSM)
- IPv6
  - Types of IPv6 addresses
- Lab – Configuring IPv6 on a Cisco IOS router
- Lab – Configuring IPv6 on a Windows computer
- Testing end-to-end connectivity
- Summary
- Further reading
Chapter 4: Detecting Physical Issues, Wireless Architectures, and Virtualization
- Technical requirements
- Understanding network switch functions
  - Detecting physical issues
  - Wireless technologies
  - 2.4 GHz versus 5 GHz
  - Wireless bands
  - SSID, BSSID, and ESS
- Cisco wireless architectures
  - Autonomous
  - Cloud-based
  - Split-MAC
- AP modes
- Wireless components and management
  - Lab – accessing a Cisco WLC GUI
  - Lab – configuring a wireless network using a Cisco WLC
- Virtualization fundamentals
  - Type 1 hypervisor
  - Type 2 hypervisor
- Cloud computing
  - Cloud services
  - SaaS
  - PaaS
  - IaaS
  - Cloud delivery models
- Summary
- Questions
- Further reading
Section 2: Network Access
Chapter 5: Implementing VLANs, Layer 2 Discovery Protocols, and EtherChannels
- Technical requirements
- Understanding VLANs
  - VLAN ranges
  - Types of VLANs
  - Trunk interfaces
  - Inter-VLAN routing
  - Lab – implementing VLANs
  - Lab – creating trunk interfaces
  - Lab – configuring inter-VLAN routing
- Layer 2 Discovery Protocols
  - Cisco Discovery Protocol (CDP)
  - Link-Layer Discovery Protocol (LLDP)
- Understanding and configuring EtherChannels
  - Lab – implementing EtherChannels
- Summary
- Questions
- Further reading
Chapter 6: Understanding and Configuring Spanning-Tree
- Technical requirements
- What is Spanning-Tree Protocol?
  - Bridge Protocol Data Unit
  - Root bridge and secondary root bridge
- Spanning-tree standards
  - Port roles and states
  - Determining the root bridge and port roles
  - PVST+
  - Rapid-PVST+
  - Lab – implementing Rapid-PVST+ on a Cisco network
  - Lab – configuring PortFast and BPDUguard
- Summary
- Questions
- Further reading
Section 3: IP Connectivity
Chapter 7: Interpreting Routing Components
- Technical requirements
- Understanding IP routing
- Components of the routing table
  - Routing protocol codes
  - Prefix and network mask
  - Next hop
  - Administrative Distance
  - Routing metrics
  - Gateway of last resort
- Summary
- Questions
- Further reading
Chapter 8: Understanding First Hop Redundancy, Static and Dynamic Routing
- Technical requirements
- Understanding static routing
  - Do we need static routing?
  - Types of static routes
  - Lab – configuring static routing using IPv4
  - Lab – configuring an IPv4 default route
  - Lab – configuring static routing using IPv6
- Understanding dynamic routing
  - Types of dynamic routing protocols
  - Open Shortest Path First
  - Lab – configuring OSPFv2
  - Validating OSPF configurations
- Understanding first hop redundancy
  - Various FHRPs
- Summary
- Questions
- Further reading
Section 4: IP Services
Chapter 9: Configuring Network Address Translation (NAT)
- Technical requirements
- The challenge of using IPv4 on the internet
- Understanding NAT
  - Understanding NAT operation and terminology
- Types of NAT
  - Static NAT
  - Dynamic NAT
  - Configuring PAT
- Lab – implementing NAT overload (PAT)
- Lab – implementing static NAT with port forwarding
- Lab – implementing dynamic NAT
- Summary
- Questions
- Further reading
Chapter 10: Implementing Network Services and IP Operations
- Technical requirements
- Understanding NTP
  - Lab – configuring NTP
- Understanding DHCP
  - DHCP operations
  - Cisco's DHCP configurations
  - DHCP relay
  - Lab – configuring DHCP and DHCP relay
- Domain Name System
  - DNS root servers
  - DNS record types
  - Lab – configuring DNS
- Understanding the benefits of using Syslog
  - Syslog severity levels
  - Lab – configuring Syslog
- Simple Network Management Protocol
  - SNMP versions
  - Management information base
  - Lab – configuring SNMP
- QoS traffic classification
  - QoS terminologies
  - Traffic type characteristics
  - QoS queuing algorithms
  - QoS policy models
  - QoS implementation methods
- Summary
- Questions
- Further reading
Section 5: Security Fundamentals
Chapter 11: Exploring Network Security
- Technical requirements
- Security concepts
  - The CIA triad
  - Threats
  - Vulnerabilities
  - Exploits
  - Attacks
- Authentication, Authorization, and Accounting
  - Lab – Implementing AAA
- Elements of a security program
- Wireshark 101
  - Lab – Analyzing packets
- Summary
- Questions
- Further reading
Chapter 12: Configuring Device Access Control and VPNs
- Technical requirements
- Device access control
  - Securing console access
  - Securing an AUX line
  - VTY line access
  - Securing Privilege Exec mode
  - Encrypting all plaintext passwords
- Virtual Private Networks
  - Site-to-Site VPNs
  - Remote access VPNs
  - IPsec
  - Lab – Configuring a site-to-site VPN
  - Lab – Configuring a remote access VPN
- Summary
- Questions
- Further reading
Chapter 13: Implementing Access Control Lists
- Technical requirements
- What are ACLs?
  - Benefits of using ACLs
- ACL operation
- ACL wildcard masks
  - Calculating the wildcard mask
  - ACL guidelines and best practices
- Working with standard ACLs
  - Creating a numbered standard ACL
  - Implementing a named standard ACL
  - Deleting an ACL
  - Lab – implementing a standard numbered ACL
  - Lab – configuring a standard named ACL
  - Lab – securing VTY lines using ACLs
- Working with extended ACLs
  - Creating a numbered extended ACL
  - Implementing a named extended ACL
  - Lab – implementing extended ACLs
- Summary
- Questions
- Further reading
Chapter 14: Implementing Layer 2 and Wireless Security
- Technical requirements
- Types of Layer 2 attacks on a network
  - Network attacks
  - Defense in depth
  - Layer 2 threats
- Protecting against Layer 2 threats
  - Port security
  - DHCP snooping
  - Dynamic ARP inspection
- Wireless network security
  - Authentication methods
  - Lab – implementing wireless security using a WLC
- Summary
- Questions
- Further reading
Section 6: Automation and Programmability
Chapter 15: Network Automation and Programmability Techniques
- Understanding automation
- Understanding data formats
  - eXtensible Markup Language
  - JavaScript Object Notation
  - YAML Ain't Markup Language
- Understanding APIs
  - Types of APIs
  - RESTful APIs
- Understanding network configuration management
  - Fabric, overlay, and underlay
  - Cisco DNA Center
- Summary
- Questions
- Further reading
Chapter 16: Mock Exam 1
Chapter 17: Mock Exam 2
Assessments
Other Books You May Enjoy
Index

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