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Course overview
Routing and switching
Routing models, path selection, and control-plane behavior in packet networks.
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Course lessons
Follow this path using the existing Teleinf Edu article library.
- 01Lesson 1Routing Basics | Teleinf EduStatic vs. dynamic routing, autonomous systems, routing policies, and metrics.4 min read
- 02Lesson 2Routing Algorithms | Teleinf EduDistance vector, link state, and path vector routing algorithm principles.2 min read
- 03Lesson 3Static Routing | Teleinf EduManual route configuration, default routes, and administrative distances.2 min read
- 04Lesson 4Routing Information Protocol (RIP) | Teleinf EduA simple distance-vector IGP based on hop count.2 min read
- 05Lesson 5RIPv2 Enhancements | Teleinf EduImprovements in RIPv2: VLSM support, authentication, and multicast updates.2 min read
- 06Lesson 6Open Shortest Path First (OSPF) | Teleinf EduA complex link-state IGP with hierarchical areas and LSA types.4 min read
- 07Lesson 7OSPF Areas and Hierarchies | Teleinf EduOSPF area types, LSA flooding, and hierarchical network design.4 min read
- 08Lesson 8IGRP and EIGRP | Teleinf EduCisco's proprietary distance-vector (IGRP) and hybrid (EIGRP) protocols.4 min read
- 09Lesson 9Border Gateway Protocol (BGP) | Teleinf EduThe path-vector EGP that powers the Internet, based on path attributes and policies.2 min read
- 10Lesson 10BGP Path Attributes | Teleinf EduAS_PATH, NEXT_HOP, LOCAL_PREF, and other BGP decision-making attributes.2 min read
- 11Lesson 11Routing Policies | Teleinf EduRoute filtering, redistribution, and policy-based routing implementation.2 min read
- 12Lesson 12Multicast Routing | Teleinf EduPIM-SM, PIM-DM, and IGMP for efficient one-to-many communication.2 min read
Course quizzes
Pass the assigned quiz to finish the course progress.