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Go to Course: https://www.udemy.com/course/cisco-ccna-200-301-complete-course/
Certainly! Here's a comprehensive review and recommendation for the Coursera course based on its detailed syllabus: --- **Course Review and Recommendation: Comprehensive Internetworking and Cisco Networking Fundamentals** If you're looking to build a solid foundation in internetworking and Cisco networking, this extensive Coursera course is an excellent choice. Covering everything from basic networking concepts to advanced routing and security protocols, it provides a well-rounded curriculum suitable for beginners and intermediate learners alike. **Course Content Overview:** The course is structured into 22 engaging chapters, starting with the fundamentals of internetworking, including OSI models, physical components, and Ethernet networking. It progresses through essential topics like TCP/IP, subnetting, and IPv6, ensuring learners grasp both IPv4 and IPv6 environments. Further, it dives deep into Cisco-specific operations, including IOS management, device configuration, and routing protocols like EIGRP and OSPF. The inclusion of VLANs, inter-VLAN routing, and layer 2 switching ensures a comprehensive understanding of network segmentation and infrastructure. Security aspects are incorporated with lessons on access control lists, NAT, firewalls, IDS, and network security best practices. The course also covers advanced topics such as QoS, cloud networking, network automation, and wireless networking fundamentals, reflecting the latest industry trends. **Strengths:** - **Depth and Breadth:** The curriculum covers foundational and advanced concepts, making it ideal for those aiming for CCNA or CCNP certifications. - **Hands-On Approach:** Topics like Cisco device management, configuration backups, troubleshooting, and lab demonstrations provide practical skills. - **Up-to-Date Content:** Inclusion of modern technologies such as SD-WAN, SD-Access, virtualization, and cloud computing ensures relevance. - **Structured Learning Path:** Logical progression from basic concepts to complex topics helps reinforce learning and build confidence. **Who Should Enroll?** This course is highly recommended for aspiring network administrators, IT professionals, and students preparing for Cisco certifications. It is also suitable for professionals looking to update their skills with the latest networking technologies. **Final Thoughts:** This course offers an in-depth exploration of internetworking and Cisco networking, combining theoretical knowledge with practical application. Its comprehensive coverage and structured approach make it a valuable resource for anyone committed to advancing their networking expertise. **Recommendation:** Enroll in this course if you're seeking a thorough, industry-aligned curriculum that prepares you well for real-world networking challenges and certifications. Be prepared to dedicate time to labs and hands-on exercises to maximize your learning experience. ---
CONTENTS:Chapter 1 InternetworkingInternetworking BasicsSamples of the physical component of the networkInternetworking Models (OSI Reference Model)Review 1Chapter 2 Ethernet Networking and Data EncapsulationEthernet NetworksEthernet CablingData EncapsulationThe Cisco Three-Layer Hierarchical Model (Three-tier architecture)2-Tier Spine Leaf ArchitectureReview 2Chapter 3 Introduction to TCP/IPIntroducing TCP/IPIP AddressingReview 3Chapter 4 Subnetting and VLSMsSubnetting BasicsVariable Length Subnet Masks (VLSMs)SummarizationTroubleshooting IP AddressingReview 4Chapter 5 Cisco's Internetworking Operating System (IOS)The IOS User Interface & Command-Line Interface (CLI)Administrative ConfigurationsRouter and Switch InterfacesViewing, Saving, and Erasing ConfigurationsReview 5Chapter 6 Managing a Cisco InternetworkThe Internal Components of a Cisco Router and SwitchBacking Up and Restoring the Cisco ConfigurationConfiguring DHCPSyslogNetwork Time Protocol (NTP)Exploring Connected Devices Using CDP and LLDPUsing TelnetResolving HostnamesChecking Network Connectivity and TroubleshootingReview 6Chapter 7 Managing Cisco DevicesManaging the Configuration RegisterBacking Up and Restoring the Cisco IOSReview 7Chapter 8 IP RoutingRouting BasicsThe IP Routing ProcessConfiguring IP RoutingConfiguring IP Routing in Our NetworkRouting Information Protocol (RIP)Review 8Chapter 9 Layer 2 SwitchingSwitching ServicesConfiguring Catalyst SwitchesReview 9Chapter 10 VLANs and Inter-VLAN RoutingVLAN BasicsIdentifying VLANsRouting between VLANsConfiguring VLANsReview 10Chapter 11 SecurityTrusted & Untrusted networks termsIntroduction to Access ListsStandard Access ListsExtended Access ListsMonitoring Access ListsNGFW Firewall, IDS, IPS, ESA, and WSAReview 11Chapter 12 Network Address Translation (NAT)When Do We Use NAT?Types of Network Address TranslationNAT NamesHow NAT WorksTesting and Troubleshooting NATReview 12Chapter 13 Internet Protocol Version 6 (IPv6)Why Do We Need IPv6? / The Benefits and Uses of IPv6IPv6 Addressing and ExpressionsHow IPv6 Works in an InternetworkIPv6 Routing ProtocolsConfiguring IPv6 on Our InternetworkConfiguring Routing on Our InternetworkReview 13Chapter 14 Enhanced Switched TechnologiesVLAN Trunking Protocol (VTP)Spanning Tree Protocol (STP)Types of Spanning-tree ProtocolsModifying and Verifying the Bridge IDSpanning-Tree Failure ConsequencesPortFast and BPDU GuardEtherChannelReview 14Chapter 15 Network Device Management and SecurityMitigating Threats at the Access LayerExternal Authentication OptionsSNMPIntroducing First Hop Redundancy Protocols (FHRPs)Hot Standby Router Protocol (HSRP)Review 15Chapter 16 Enhanced IGRPEIGRP Features and OperationsConfiguring EIGRPVerifying and Troubleshooting EIGRPEIGRPv6Review 16Chapter 17 Open Shortest Path First (OSPF)Open Shortest Path First (OSPF) BasicsConfiguring OSPFVerifying OSPF ConfigurationManipulating the election of DR/BDROSPF ScalabilityBasic Multi-area ConfigurationVerifying and Troubleshooting Multi-area OSPFOSPFv3Review 17Chapter 18 Troubleshooting IP, IPv6, and VLANsTroubleshooting IP Network ConnectivityTroubleshooting IPv6 Network ConnectivityChapter 19 Wide Area NetworksIntroduction to Wide Area NetworksCabling the Serial Wide Area NetworkHigh-Level Data-Link Control (HDLC) ProtocolPoint-to-Point Protocol (PPP)Virtual Private NetworksGRE TunnelsBGPReview 19Chapter 20 Quality of Service (QoS)Quality of Service IntroductionTrust BoundaryIOS tools for Classification and MarkingCongestion Management (Queuing)Congestion Avoidance through Drop Policy methods (mostly dropping TCP messages)Policing and Shaping of the trafficQoS configuration in IOSReview 20Chapter 21 Evolution of Intelligent NetworksSwitch StackingIntroduction to the Cloud computingCloud computing characteristicsCloud computing Deployment modelsCloud computing service modelsVirtualizationSoftware Defined InfrastructureCisco SD-AccessCisco SD-WANNetwork Automation and Programmability IntroductionInteraction with Cisco IOS XE API - Device ProgrammabilityReview 21Chapter 22 Wireless Networking FundamentalsWireless Network TypesWireless Network modesWireless Infrastructure architecturesAP modesWiFi spectrum and its channelsCisco Wireless LAN Controller (WLC) ports and interfacesWireless Lab DemoReview 22