Arista Networking - Foundations (FDN) - Course Topics
Network Engineering Fundamentals
- Introduction to networks
- Network models
- OSI in Action
- Wireshark and TCP/IP
- Copper and PoE
- Fiber & Wireless
- Ethernet and MAC addressing
- L2 Devices Learning and Forwarding
- Introduction to IPv4
- What is a subnet mask?
- IPv4 classes
- Default gateways
- Subnetting
- DHCP, ICMP, DNS, ARP, NTP
- Transport layer responsibilities
- TCP vs UDP
Arista EOS Fundamentals
- Consistent networking with EOS
- Introduction to Arista EOS
- What is SysDB
- Introduction to NetDB
- EOS Network Data Lake (NetDL)
- Arista cEOS
- Arista EOS Quality
- Connect to network devices
- EOS booting process
- CLI configuration modes
- CLI basic config
- Interfaces and ports
- Configuration checkpoints
- Configuration sessions
Layer 2 Switching Fundamentals
- Introduction to neighbor discovery
- Creating a network diagram using LLDP
- Introduction to VLANs
- Introduction to trunking protocols 802.1q
- Configuring VLANs on a single switch
- Configuring VLANs between switches
- Inter VLAN routing
- Configuring a "router on a stick"
- Configuring inter-VLAN routing with SVIs
- Introduction to spanning tree
- STP operations
- STP port states
- STP modes
- Introduction to Link Aggregation
- Configuring link aggregation
- Introduction to MLAG
Layer 3 Routing Fundamentals
- Network Design with routers
- Why routing
- Static routing
- Dynamic routing
- Classful vs classless routing protocols
- Metric and Admin distance
- Distance vector protocols (RIP)
- RIPv1 vs RIPv2
- Link state routing
- Wide Area Network
- Network Address Translation (NAT)
Advanced Networking Concepts
- Introduction to access lists
- ACL types
- Authentication, Authorization, Accounting (AAA)
- DHCP Snooping
- IP Source guard and ARP inspection
- Introduction to QOS
- Classification and marking
- Congestion management
- Policing and Shaping
- Introduction to IPv6
- IPv6 Address types
- Why automation
- How to automate your network