Embark on a comprehensive 9-hour journey through network design fundamentals. Master essential concepts including the OSI model, TCP/IP, Layer 2 and 3 technologies, and network types. Explore design principles, Cisco architectures, and lifecycle models. Delve into enterprise campus and data center design, considering virtualization and programmability. Examine WAN technologies, IPv4/IPv6 addressing, and routing protocols. Address network security, voice and video integration, and wireless LAN design. Gain practical skills to architect robust, scalable networks for various environments.
Overview
Syllabus
- The OSI Model
- Networking Devices
- Network Types
- TCP/IP
- Layer 2 Technologies - STP
- Layer 2 Technologies - VLANs
- Layer 3 Technologies
- Network Design Principles
- Cisco IIN and SONA
- PPDIOO Lifecycle Model
- SLA Resources
- Cisco Hierarchical Network Model
- Intelligent Network Services
- Design Considerations: Geography and Apps
- Layer 2/3 Switching
- Physical Cabling
- Analyzing Traffic
- Enterprise Campus Design
- Data Center Considerations
- Data Center Components
- Virtualization Considerations
- Network Programmability
- Network Scalability, Resiliency, and Fault Domains
- WAN Design Overview
- Dial-up Technology
- Frame Relay
- MPLS
- WAN Design Methodologies
- WAN QoS Considerations
- Other WAN Technologies
- Design a Basic Branch Office
- IPv4 Addressing
- IPv6 Addressing
- Routing Protocol Concepts
- RIP Design
- EIGRP Design
- OSPF Design
- ISIS Design
- BGP Design
- IPv6 Routing Protocols
- Network Attacks and Countermeasures
- Security Policy Mechanisms
- Cisco SAFE Blueprint
- Security Management
- Traditional Voice Systems
- Integrated Voice and IP Telephony Systems
- Integrated Video Systems
- Introduction to Wireless LANs
- Cisco Unified Wireless Solutions
- Wireless LAN Design
Taught by
Paul Browning
