CCNA 1: Network Fundamentals v 4.0
Chapter 1. Living in a network-centric world
- 1.1 Communicating in a network-centric world
- 1.2 Communication - An essential part of our lives
- 1.3 The network as s platform
- 1.4 The architecture of the internet
- 1.5 Trends in networking
Chapter 2. Communicating over the network
- 2.1 The platform for communications
- 2.2 LANs, WANs and internetworks
- 2.3 Protocols
- 2.4 Using layered models
- 2.5 Network addressing
Chapter 3. Application Layer functionality and protocols
- 3.1 Applications - the interface between the networks
- 3.2 Making provisions for applications and servers
- 3.3 Application layer protocols and services examples
Chapter 4. OSI Transport layer
- 4.1 Roles of the Transport layer
- 4.2 The TCP protocol - Communicating with reliability
- 4.3 Managing TCP sessions
- 4.4 The UDP protocol - Communicating with low overhead
Chapter 5. OSI Network layer
- 5.1 IPv4
- 5.2 Networks - Dividing hosts into groups
- 5.3 Routing - How our data packets are handled
- 5.4 Routing processes: How routes are learned
Chapter 6. Addressing the network – IPv4
- 6.1 IPv4 addresses
- 6.2 Addresses for different purposes
- 6.3 Assigning addresses
- 6.4 Is it on my network?
- 6.5 Calculating addresses
- 6.6 Testing the Network layer
Chapter 7. Data link layer
- 7.1 Data link layer - Accessing the media
- 7.2 Media access control techniques
- 7.3 Media access control addressing and framing data
- 7.4 Putting it all together
Chapter 8. OSI Physical layer
- 8.1 The Physical layer - Communication signals
- 8.2 Physical signaling and encoding: Representing bits
- 8.3 Physical media - Connecting communication
Chapter 9. Ethernet
- 9.1 Overview of Ethernet
- 9.2 Ethernet - Communication through the LAN
- 9.3 The Ethernet frame
- 9.4 Ethernet media access control
- 9.5 Ethernet Physical layer
- 9.6 Hubs and switches
- 9.7 Address resolution protocol (ARP)
Chapter 10. Planning and cabling networks
- 10.1 LANs - Making the physical connection
- 10.2 Device interconnections
- 10.3 Developing an addressing scheme
- 10.4 Calculating the subnets
- 10.5 Device interconnections
Chapter 11. Configuring and testing your network
- 11.1 Configuring Cisco devices - IOS basics
- 11.2 Applying a basic configuration using Cisco IOS
- 11.3 Verifying connectivity
- 11.4 Monitoring and documenting of networks
CCNA 2: Routing Protocols and Concepts v 4.0
Chapter 1. Introduction to routing and packet forwarding
- 1.1 Inside the router
- 1.2 CLI configuration and addressing
- 1.3 Building the routing table
- 1.4 Path determination and switching functions
Chapter 2. Static routing
- 2.1 Routers and network
- 2.2 Router configuration review
- 2.3 Exploring directly connected networks
- 2.4 Static routes with "next hop" addresses
- 2.5 Static routes with exit interfaces
- 2.6 Summary and default static routes
- 2.7 Managing and troubleshooting static routes
Chapter 3. Introduction to dynamic routing protocols
- 3.1 Introduction and advantages
- 3.2 Classifying dynamic routing protocols
- 3.3 Metrics
- 3.4 Administrative distances
Chapter 4. Distance vector routing protocols
- 4.1 Introduction to distance vector routing protocols
- 4.2 Network discovery
- 4.3 Routing table maintenance
- 4.4 Routing loops
- 4.5 Distance vector routing protocols today
Chapter 5. RIP version 1
- 5.1 RIPv1: Distance vector, classfull routing protocol
- 5.2 Basic RIPv1 configuration
- 5.3 Verification and troubleshooting
- 5.4 Automatic summarization
- 5.5 Default route and RIPv1
Chapter 6. VLSM and CIDR
- 6.1 Classful and classless addressing
- 6.2 VLSM
- 6.3 CIDR
Chapter 7. RIPv2
- 7.1 RIPv1 limitations
- 7.2 Configuring RIPv2
- 7.3 VLSM and CIDR
- 7.4 Verifying and troubleshooting RIPv2
Chapter 8. The routing table: A closer look
- 8.1 The routing table structure
- 8.2 Routing table lookup process
- 8.3 Routing behavior
Chapter 9. EIGRP
- 9.1 Introduction to EIGRP
- 9.2 Basic EIGRP configuration
- 9.3 EIGRP metric calculation
- 9.4 DUAL
- 9.5 More EIGRP configurations
Chapter 10. Link-state routing protocols
- 10.1 Link-state routing
- 10.2 Implementing link-state routing protocols
Chapter 11. OSPF
- 11.1 Introduction to OSPF
- 11.2 Basic OSPF configuration
- 11.3 The OSPF metric
- 11.4 OSPF and multiaccess networks
- 11.5 More OSPF configuration
CCNA 3: LAN switching and wireless v 4.0
Chapter 1. LAN design
- 1.1 Switched LAN architecture
- 1.2 Matching switches to specific LAN functions
Chapter 2. Basic switch concepts and configuration
- 2.1 Introduction to Ethernet/802.3 LANs
- 2.2 Forwarding frames using a switch
- 2.3 Switch management configuration
- 2.4 Configuring switch security
Chapter 3. VLANs
- 3.1 Introducing VLANs
- 3.2 VLAN trunking
- 3.3 Configuring VLANs and trunks
- 3.4 Troubleshooting VLANs and trunks
Chapter 4. VTP
- 4.1 VTP concepts
- 4.2 VTP operation
- 4.3 Configure VTP
Chapter 5. STP
- 5.1 Redundant layer 2 topologies
- 5.2 Introduction to STP
- 5.3 STP convergence
- 5.4 PVST+, RSTP and Rapid PVST+
Chapter 6. Inter-VLAN routing
- 6.1 Inter-VLAN routing
- 6.2 Configuring Inter-VLAN routing
- 6.2 Troubleshooting Inter-VLAN routing
Chapter 7. Basic wireless concepts and configuration
- 7.1 The wireless LAN
- 7.2 Wireless LAN security
- 7.3 Configuring wireless LAN access
- 7.4 Troubleshooting simple WLAN problems
CCNA 4: Accessing the WAN v 4.0
Chapter 1. Introduction to WANs
- 1.1 Providing integrated services to the enterprise
- 1.2 WAN technology concepts
- 1.3 WAN connection options
Chapter 2. PPP
- 2.1 Serial Point-to-point links
- 2.2 PPP concepts
- 2.3 Configuring PPP
- 2.4 Configuring PPP with authentication
Chapter 3. Frame Relay
- 3.1 Basic Frame Relay concepts
- 3.2 Configuring Frame Relay
- 3.3 Advanced Frame Relay concepts
- 3.4 Configuring Advanced Frame Relay
Chapter 4. Network security
- 4.1 Introduction to network security
- 4.2 Securing Cisco routers
- 4.3 Secure router network services
- 4.4 Using Cisco SDM
- 4.5 Secure router management
Chapter 5. ACLs
- 5.1 Using ACLs to secure networks
- 5.2 Configuring standard ACLs
- 5.3 Configuring extended ACLs
- 5.4 Configure complex ACLs
Chapter 6. Teleworker services
- 6.1 Business requirements for teleworker services
- 6.2 Broadband services
- 6.3 VPN technology
Chapter 7. IP addressing services
- 7.1 DHCP
- 7.2 Scaling networks with NAT
- 7.3 IPv6
Chapter 8. Network troubleshooting
- 8.1 Establishing the network performance baseline
- 8.2 Troubleshooting methodologies and tools
- 8.3 Common WAN implementation issues
- 8.4 Network troubleshooting
CCNA - Curriculum
