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Course Preview
- Duration
- 10h 39m
- Difficulty
- Professional
- Instructor
- Piotr Kaluzny
- Videos
- 23
- CPE Credits
- 14
- Published
- Apr 30, 2019
- Updated
- Jan 23, 2023
Networking CourseCisco
Layer 2 Technologies for Professionals
This detailed course covers the Layer 2 technologies and protocols included in the current CCNP Routing & Switching exam blueprint. The topics are divided into simple, easy-to-understand sections, with instructor explanations supported by practical implementation examples on Cisco IOS. By completing this course, you will develop a professional to expert-level understanding of key Layer 2 technologies used in modern networks, including switching, STP, MST, and EtherChannels.
Instructor
Piotr Kaluzny
Course Instructor
Piotr Kałużny, MSc in Computer Science and CCIE #25665 (Security), has been in the networking industry for over 9 years, working in different Routing & Switching and Security roles. His responsibilities ranged from operations and engineering to consulting and management. Piotr already has an extensive background as a Senior Technical Instructor. For the past several years he has been solely responsible for designing, developing and conducting Cisco CCNA, CCNP and CCIE training courses for one of the largest and most respected Cisco training company in the world.
CCIE Security (#25665)CCNA R&S/SecurityCCNP R&S/Security
What Is Included
23 videos1 group10h 39m video runtime0m activity runtime4.84 / 5 rating14 CPE credits
Skill Coverage
IP Addressing and SubnettingIP Addressing and Subnetting → IP Address Management and AssignmentIP Addressing and Subnetting → IPv4 Addressing and PlanningNetwork Address Translation and ServicesNetwork Address Translation and Services → Network Time and SynchronizationNetwork Design and ArchitectureNetwork Design and Architecture → Network Segmentation and VirtualizationNetwork Design and Architecture → Network Topology and DesignNetwork Design and Architecture → Network Topology Fundamentals and StandardsNetwork Design and Architecture → Virtual Switching and Software-Defined Network InfrastructureNetwork Device AdministrationNetwork Device Administration → Cisco IOS and Platform AdministrationNetwork Device Administration → Interface and Physical Layer ConfigurationNetwork Monitoring and TroubleshootingNetwork Monitoring and Troubleshooting → Network Diagnostics and TroubleshootingNetwork Monitoring and Troubleshooting → Packet Capture and Traffic AnalysisNetwork Monitoring and Troubleshooting → Port Mirroring and Traffic SpanningNetwork SecurityNetwork Security → Access Control and Policy EnforcementNetwork Security → Threat Detection and Intrusion PreventionNetworkingNetworking → IP Addressing and Subnetting → IP Address Management and AssignmentNetworking → IP Addressing and Subnetting → IPv4 Addressing and PlanningNetworking → Network Address Translation and Services → Network Time and SynchronizationNetworking → Network Design and Architecture → Network Segmentation and VirtualizationNetworking → Network Design and Architecture → Network Topology and DesignNetworking → Network Design and Architecture → Network Topology Fundamentals and StandardsNetworking → Network Design and Architecture → Virtual Switching and Software-Defined Network InfrastructureNetworking → Network Device Administration → Cisco IOS and Platform AdministrationNetworking → Network Device Administration → Interface and Physical Layer ConfigurationNetworking → Network Monitoring and Troubleshooting → Network Diagnostics and TroubleshootingNetworking → Network Monitoring and Troubleshooting → Packet Capture and Traffic AnalysisNetworking → Network Monitoring and Troubleshooting → Port Mirroring and Traffic SpanningNetworking → Network Security → Access Control and Policy EnforcementNetworking → Network Security → Threat Detection and Intrusion PreventionNetworking → Quality of Service → Traffic Engineering and OptimizationNetworking → Routing Protocols and Configuration → Forwarding Plane and Data StructuresNetworking → Routing Protocols and Configuration → Interior Gateway Protocol ConfigurationNetworking → Routing Protocols and Configuration → Routing Table and Path ManagementNetworking → Switching and Layer 2 Technologies → Advanced Link Aggregation TechniquesNetworking → Switching and Layer 2 Technologies → Ethernet Standards and Frame ProcessingNetworking → Switching and Layer 2 Technologies → Link Aggregation and TrunkingNetworking → Switching and Layer 2 Technologies → Spanning Tree and RedundancyNetworking → Switching and Layer 2 Technologies → Switch Configuration and ManagementNetworking → Switching and Layer 2 Technologies → Switch Hardware and Platform ManagementNetworking → Switching and Layer 2 Technologies → VLAN Design and Advanced ConfigurationQuality of ServiceQuality of Service → Traffic Engineering and OptimizationRouting Protocols and ConfigurationRouting Protocols and Configuration → Forwarding Plane and Data StructuresRouting Protocols and Configuration → Interior Gateway Protocol ConfigurationRouting Protocols and Configuration → Routing Table and Path ManagementSwitching and Layer 2 TechnologiesSwitching and Layer 2 Technologies → Advanced Link Aggregation TechniquesSwitching and Layer 2 Technologies → Ethernet Standards and Frame ProcessingSwitching and Layer 2 Technologies → Link Aggregation and TrunkingSwitching and Layer 2 Technologies → Spanning Tree and RedundancySwitching and Layer 2 Technologies → Switch Configuration and ManagementSwitching and Layer 2 Technologies → Switch Hardware and Platform ManagementSwitching and Layer 2 Technologies → VLAN Design and Advanced Configuration
Course Curriculum
Introduction
1 video
Video
Layer 2 Fundamentals
7 videos
Video
Basic L2 Protocols
3 videos
Video
Advanced L2 Protocols
8 videos
Video
Advanced L2 Features
4 videos
Video