Cisco 640-864: CCDA Cisco Certified Design Associate
Description
Cisco 640-864: CCDA Cisco Certified Design Associate
This exam requires a foundation or apprentice knowledge of network design for the Cisco converged networks based on borderless network architecture. CCDA certified professionals can design routed and switched network infrastructures and services involving LAN, WAN, wireless, and broadband access for businesses and organizations.
MOD 01 Methodologies Used To Design A Network
1.1 Intro
1.2 Developing Business Trends
1.3 P.P.D.I.O.O.? Part 1
1.4 P.P.D.I.O.O.? Part 2
1.5 3 Layer Campus Design
1.6 Modular Network Design
1.7 Cisco Eight Step Design Methodology
1.8 Cisco IIN
1.1 Intro
1.2 Developing Business Trends
1.3 P.P.D.I.O.O.? Part 1
1.4 P.P.D.I.O.O.? Part 2
1.5 3 Layer Campus Design
1.6 Modular Network Design
1.7 Cisco Eight Step Design Methodology
1.8 Cisco IIN
MOD 02 Network Structure and Modularity
2.1 Network Design Fundamentals
2.2 Design Methods And Methodologies Part 1
2.3 Design Methods And Methodologies Part 2
2.4 Enterprise Campus Design
2.1 Network Design Fundamentals
2.2 Design Methods And Methodologies Part 1
2.3 Design Methods And Methodologies Part 2
2.4 Enterprise Campus Design
MOD 03 Basic Enterprise Campus Networks
3.1 Campus Design Considerations Part 1
3.2 Campus Design Considerations Part 2
3.3 Cisco SONA
3.1 Campus Design Considerations Part 1
3.2 Campus Design Considerations Part 2
3.3 Cisco SONA
MOD 04 Enterprise Edge And Remote Network Modules
4.1 WAN Technologies And VPN Part 1
4.2 WAN Technologies And VPN Part 2
4.3 WAN Technologies Part 1
4.4 WAN Technologies Part 2
4.5 VPN Technologies Part 1
4.6 VPN Technologies Part 2
4.7 VPN Technologies Part 3
4.1 WAN Technologies And VPN Part 1
4.2 WAN Technologies And VPN Part 2
4.3 WAN Technologies Part 1
4.4 WAN Technologies Part 2
4.5 VPN Technologies Part 1
4.6 VPN Technologies Part 2
4.7 VPN Technologies Part 3
MOD 05 IP Addressing And Routing Protocols
5.1 Routing Protocol Operation And Design Part 1
5.2 Routing Protocol Operation And Design Part 2
5.3 Routing Protocol Operation And Design Part 3
5.4 OSPF Part 1
5.5 OSPF Part 2
5.6 EIGRP Part 1
5.7 EIGRP Part 2
5.1 Routing Protocol Operation And Design Part 1
5.2 Routing Protocol Operation And Design Part 2
5.3 Routing Protocol Operation And Design Part 3
5.4 OSPF Part 1
5.5 OSPF Part 2
5.6 EIGRP Part 1
5.7 EIGRP Part 2
MOD 06 Enterprise Switching
6.1 Virtual LANS And Trunks
6.2 Inter VLAN Routing Part 1
6.3 Inter VLAN Routing Part 2
6.4 Enterprise Switch Features And Design
6.5 Multilayer Switches In Campus Networks
6.6 Enterprise VLAN Design Best Practices
6.1 Virtual LANS And Trunks
6.2 Inter VLAN Routing Part 1
6.3 Inter VLAN Routing Part 2
6.4 Enterprise Switch Features And Design
6.5 Multilayer Switches In Campus Networks
6.6 Enterprise VLAN Design Best Practices
MOD 07 Switch Macros
7.1 Switch Macros
7.2 PVLAN Port Types
7.3 Ether Channel
7.1 Switch Macros
7.2 PVLAN Port Types
7.3 Ether Channel
MOD 08 IP Concepts & Designs
8.1 IPv4
8.2 Introducing Classless Inter domain Routing
8.3 Subnetting Part 1
8.4 Subnetting Part 2
8.5 Subnetting Part 3
8.6 IPv6
8.1 IPv4
8.2 Introducing Classless Inter domain Routing
8.3 Subnetting Part 1
8.4 Subnetting Part 2
8.5 Subnetting Part 3
8.6 IPv6