Cisco 640-864: CCDA Cisco Certified Design Associate

Course Information

Course Name: Cisco 640-864: CCDA Cisco Certified Design Associate Online Course

Total Video Hours: 9 Hrs 12 Min

Total Videos: 51

Delivery Mode: Online video-based instruction

Skill Level: Associate-level network design

Instructor: Chris Avants

Focus Area: Cisco enterprise network design concepts

Included in This Course

• Instructor-led video sessions covering Cisco design frameworks

• Business-driven network design methodologies

• Enterprise campus, WAN, and remote network design concepts

• Routing, switching, and IP addressing design principles

• VLAN, switching, and multilayer campus design strategies

• IPv4 and IPv6 design considerations

• Legacy CCDA 640-864 aligned design knowledge

Course Outline

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

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

MOD 03 Basic Enterprise Campus Networks

• 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

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

MOD 06 Enterprise Switching

• 6.1 Virtual LANS And Trunks

• 6.2 InterVLAN Routing Part 1

• 6.3 InterVLAN 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

MOD 08 IP Concepts & Designs

• 8.1 IPv4

• 8.2 Introducing Classless Interdomain Routing

• 8.3 Subnetting Part 1

• 8.4 Subnetting Part 2

• 8.5 Subnetting Part 3

• 8.6 IPv6

Lesson 16 Endpoints

• 16.1 Endpoints

• 16.2 Endpoints Demo

Lesson 17 Linking Servers

• 17.1 Linking Servers

Lesson 18 Triggers

• 18.1 Triggers-Part 1

• 18.2 Triggers-Part 2

• 18.3 Triggers Demo

Lesson 19 Replication

• 19.1 Replication

• 19.2 Replication Coverage-Part 1

• 19.3 Replication Coverage-Part 2

• 19.4 Replication Demo

Lesson 20 Performing Indexing and Full-Text Searching

• 20.1 Indexing

• 20.2 SQL Searching

• 20.3 Searching And Indexing In SQL Demo

Lesson 21 Transactions and Locks

• 21.1 Transactions

• 21.2 Locks

• 21.3 Locks Demo

Lesson 22 Moving Data

• 22.1 MovingData

Lesson 23 Handling Specialty Data

• 23.1 Handling Specialty Data

• 23.2 XML Demo

Lesson 24 High-Availability Methods

• 24.1 High-Availability-Part 1

• 24.2 High-Availability-Part 2

• 24.3 Creating A Snaphot Demo

Lesson 25 Maintaining and Automating a SQL Server

• 25.1 Maintaining And Automating A SQL Server-Part 1

• 25.2 Maintaining And Automating A SQL Server-Part 2

• 25.3 Setting Up A SQL Email Demo

Lesson 26 Monitoring and Optimizing SQL Server

• 26.1 Monitoring And Optimizing SQL Server

• 26.2 Monitoring And Optimizing SQL Server Demo

Lesson 27 SQL Server Management Tools

• 27.1 SQL Server Management Tools-Part 1

• 27.2 SQL Server Management Tools-Part 2

Lesson 28 Troubleshooting Techniques

• 28.1 TroubleshootingTechniques-Part 1

• 28.2 TroubleshootingTechniques-Part 2

• 28.3 Troubleshooting Utilities Demo

• 28.4 Conclusion

Network Design as a Business-Driven Discipline

Cisco 640-864: CCDA Cisco Certified Design Associate Online Course presents network design as a structured discipline that aligns technical infrastructure with business objectives. Network design decisions directly influence scalability, availability, security, and operational efficiency. This course focuses on building design awareness rather than device-level configuration, enabling professionals to think strategically about network architecture.

Design methodologies introduced in this course emphasize planning before implementation. By understanding business drivers and technical constraints, designers can develop network solutions that support long-term organizational goals.

Cisco Design Methodologies and Frameworks

The course begins with an examination of Cisco design methodologies, including the P.P.D.I.O.O. lifecycle and Cisco’s eight-step design methodology. These frameworks guide network professionals through phases of planning, implementation, validation, and optimization.

Instruction highlights how structured design processes reduce risk and ensure consistent results. Learners gain insight into how Cisco applies these methodologies across enterprise environments, reinforcing industry-aligned best practices.

Modular and Hierarchical Network Design

Modular design principles are central to scalable enterprise networks. The course explains the three-layer campus design model and modular network architecture, which separate network functions into access, distribution, and core layers.

This approach improves manageability and fault isolation while supporting growth. Learners explore how modular designs simplify troubleshooting and enhance flexibility in evolving enterprise environments.

Enterprise Network Structure and Campus Design

Enterprise campus networks require careful planning to support users, applications, and services. The course addresses network structure and modularity, emphasizing design fundamentals used in large-scale deployments.

Cisco SONA and enterprise campus design models are discussed to illustrate how business processes integrate with network architecture. Learners understand how campus designs support performance, resilience, and security requirements.

WAN, VPN, and Remote Network Design

Modern enterprises rely on WAN and VPN technologies to connect distributed locations. This course covers WAN technologies, remote connectivity options, and VPN design considerations.

Instruction explains how design choices impact performance, reliability, and security. Learners gain awareness of selecting appropriate technologies based on business needs and geographic distribution.

IP Addressing and Routing Protocol Design

Effective IP addressing and routing design ensures efficient data flow and scalability. The course explores routing protocol behavior, design considerations, and protocol selection.

OSPF and EIGRP design principles are examined in detail, highlighting how protocol characteristics influence network performance. Learners develop the ability to evaluate routing designs that balance convergence speed, scalability, and administrative control.

Enterprise Switching and VLAN Design

Switching infrastructure forms the foundation of enterprise networks. The course explains VLANs, trunking, inter-VLAN routing, and multilayer switching concepts.

Design best practices for VLAN segmentation and enterprise switch features are emphasized. Learners understand how switching designs support traffic isolation, performance optimization, and simplified management.

Advanced Switching Features and Optimization

Advanced switching concepts such as switch macros, private VLANs, and EtherChannel are introduced. These features enhance efficiency and resilience within enterprise networks.

Instruction focuses on how these technologies fit into broader design strategies rather than isolated configurations. Learners gain awareness of optimizing switch deployments for high availability and performance.

IP Concepts, Subnetting, and IPv6 Design

Strong IP design skills are essential for network designers. The course provides detailed instruction on IPv4 addressing, CIDR, subnetting, and IPv6 concepts.

Learners explore how address planning supports scalability and efficient resource utilization. IPv6 design considerations are included to reflect modern network requirements.

Supplementary Lessons and Operational Awareness

The later lessons introduce additional technical concepts such as endpoints, replication, indexing, high availability, monitoring, and troubleshooting. While these topics extend beyond traditional CCDA scope, they provide broader infrastructure awareness relevant to enterprise environments.

Understanding these operational elements supports holistic design thinking, allowing designers to consider application behavior, data availability, and system resilience.

Professional Value of CCDA Knowledge

Cisco CCDA knowledge supports roles focused on network planning, design, and architecture. This course equips learners with conceptual frameworks and design vocabulary used by Cisco professionals worldwide.

Although the 640-864 CCDA exam is considered legacy, the design principles remain applicable across modern Cisco and multi-vendor networks.

Frequently Asked Questions

Who should take the Cisco 640-864 CCDA Online Course?
This course is suitable for network engineers, administrators, and professionals interested in network design fundamentals.

Is this course focused on configuration or design concepts?
The course emphasizes design methodologies and architectural principles rather than device-level configuration.

Does the course cover enterprise campus and WAN design?
Yes, enterprise campus, WAN, VPN, and remote network design topics are core components.

Is prior networking knowledge required?
Foundational knowledge of routing and switching concepts is recommended.

Is the CCDA certification still relevant?
While the exam is legacy, the design principles remain valuable for network architecture roles.

Does the course address IPv6 design concepts?
Yes, IPv6 addressing and design considerations are included.