LFCE: Advanced Linux Networking
This course will teach you the core knowledge needed to understand and troubleshoot Linux networking, and prepare you for the networking topics tested on the LFCE/RHCE certification.
What you'll learn
Looking to boost your knowledge of Linux networking and abilities as a system administrator? This course, LFCE: Advanced Linux Networking, teaches Linux networking topics that will take your sysadmin skills to the next level. First, you will learn network topologies and the OSI Model. Next, you'll learn how data moves through networks with Internet Protocol, including addressing, subnetting, ARP, DNS and routing packets. Then, you'll learn how to get data to its destination reliably with TCP internals. Finally, you'll learn to troubleshoot network connectivity issues. When you're finished with this course, you will have the skills and knowledge of Linux networking needed for design and troubleshooting.
Table of contents
- Introduction 1m
- Course Overview 0m
- Module Overview 0m
- Network Topologies 2m
- Network Devices 2m
- Network Topologies - 2 2m
- Network Topologies in the Real World 1m
- OSI Model 2m
- How Data Moves Through a Network 2m
- How Data Moves Between Networks 1m
- Demo - Data Encapsulation 7m
- Module Review, What's Next! 1m
- Introduction 0m
- Course Overview 0m
- Module Overview 1m
- IP Addresses, Network Masks and Subnets 3m
- Subnet Masks, VLSM and CIDR 6m
- Special and Reserved IP Addresses 2m
- Public and Private Addressing 1m
- Network Address Translation 2m
- IPv4 and IPv6 1m
- Demo: IP Configuration, VLSM 7m
- Demo: NAT 2m
- Module Overview, What's Next! 1m
- Introduction, Course Overview 1m
- Module Overview 0m
- How Data Moves Through an Internet, Internet Protocol, IP Packet Structure 3m
- IP Packet Header 2m
- Demo: Internet Protocol, IP Fragmentation 5m
- IP Routing Decision Process, Default Route, Time To Live (TTL) 3m
- Demo: Traceroute, TTL, Routing Tables and Default Route 5m
- RFC 791 - Internet Protocol 1m
- Module Review, What's Next! 1m
- Introduction, Course Overview 1m
- Module Overview 1m
- Transmission Control Protocol (TCP), TCP Header 3m
- Data Transfer in TCP, TCP Segment Encapsulation 2m
- Connection Establishment - Three Way Handshake 2m
- Connection Termination 1m
- TCP Ports 2m
- Demo: Connection Establishment, Data Transmission and Termination, Ports and TCP State 8m
- Demo: TCP State (continued) 2m
- Flow Control 1m
- Congestion Control 1m
- Error Detection and Retransmission 1m
- User Datagram Protocol (UDP) 2m
- Demo: Sliding Window, Congestion Control, UDP 10m
- Module Review, What's Next! 1m
About the author
Anthony is a Principal Field Solution Architect at Pure Storage as well as a Pluralsight Author, a Microsoft Data Platform MVP, Linux Expert, and Corporate Problem Solver. Anthony designs solutions, deploys the technology, and provides expertise on business system performance, architecture, and security. Anthony has a Bachelors and Masters in Computer Science with research publications in high performance/low latency data access algorithms and spatial database systems.