CCNP: ENCOR - Implementing and Operating Cisco Enterprise Network Core Technologies (Exam 350-401) - ML
E-Learning
Description
This course teaches students about working with network core technologies. Topics covered include enterprise architecture, VLANS, Ether Channels, OSPF, Spanning-Tree Protocol, multicast protocols, Python, and more.
This course teaches students about working with network core technologies. Topics covered include enterprise architecture, VLANS, EtherChannels, OSPF, Spanning-Tree Protocol, multicast protocols, Python, and more.
| Lesson Id | Title | Description |
|---|---|---|
| 1 | Enterprise Architecture |
Instructor Introduction Cisco Enterprise Architecture Model Campus LAN Design Fundamentals Layers in the Hierarchial Model Routed vs. Switched Campus Architecture Traditional Multilayer Campus Layer Design Access Layer Distribution Layer Core Layer When the Core Layer is Needed When the Core Layer is Needed (Cont.) Campus Distribution Layer Design Campus Distribution Layer Design (Cont.) Campus Distribution Layer Design (Cont.) Campus Distribution Layer Design (Cont.) |
| 2 | VLANs and 802.1Q Trunking |
Revisiting VLANs Creating a VLAN Assigning a Port to a VLAN Creating a VLAN Creating a VLAN (Cont.) Creating a VLAN (Cont.) Trunking with 802.1Q Trunking with 802.1Q (Cont.) VLAN Tagging IEEE 802.1Q Native VLAN Configuring an 802.IQ Trunk Configuring an 802.IQ Trunk (Cont.) Configuring an 802.IQ Trunk (Cont.) Inter-VLAN Routing Option 1: Router with a Separate Interface in Each VLAN Option 2: Layer 3 Switch Demo - Troubleshooting |
| 3 | Switching |
Layer 2 Switch Operation Layer 2 Switch Operation (Cont.) MAC -Address Table and TCAM Demo - The CAM Control and Data Plane Cisco Switching Mechanisms Cisco Switching Mechanisms (Cont.) Cisco Switching Mechanisms (Cont.) Process Switching and Fast Switching Cisco Express Forwarding Demo - Cisco Express Forwarding |
| 4 | EtherChannels |
Need for EtherChannel Need for EtherChannel (Cont.) Need for EtherChannel (Cont.) EtherChannel Mode Interactions Layer 2 EtherChannel Configuration Guidelines Layer 2 EtherChannel Configuration Guidelines (Cont.) EtherChannel Load-Balancing Options EtherChannel Load -Balancing Operation Troubleshoot EtherChannel Issues Troubleshoot EtherChannel Issues (Cont.) Troubleshoot EtherChannel Issues (Cont.) Demo - Troubleshoot EtherChannel Issues |
| 5 | EIGRP |
EIGRP Feature s EIGRP Reliable Transport EIGRP Operation Overview EIGRP Packet Format Establishing EIGRP Neighbor Adjacency EIGRP Metrics EIGRP Classic Metric Calculation EIGRP -Wide Metrics EIGRP Path Selection Loop Free Path Selection EIGRP Load Balancing Equal Cost Load Balancing Unequal Cost Load Balancing Traffic Sharing Traffic Sharing (Cont.) EIGRP for IPv6 EIGRP Components Compare EIGRP and OSPF Routing Protocols Demo- EIGRP Stub Demo - EIGRP Load Balancing and Authentication |
| 6 | BGP |
Inter -domain Routing with BGP BGP Characteristics Path Vector Functionality in BGP BGP Routing Policies BGP Operations BGP Message Types Types of BGP Neighbor Relationships eBGP Neighbor Relationships BGP Path Selection BGP Best Path Selection Algorithm BGP Path Attributes BGP Path Attributes (Cont.) Weight Attribute Local Preference Attribute AS -Path Attribute MED Attribute Demo- eBGP |
| 7 | OSPF |
Describe OSPF Describe OSPF (Cont.) The OSPF Process The OSPF Process (Cont.) The OSPF Process (Cont.) The OSPF Process (Cont.) The OSPF Process (Cont.) OSPF Neighbor Adjacencies OSPF Neighbor Adjacencies (Cont.) Building a Link -State Database OSPF Packet Types OSPF Packet Header Format OSPF LSA Types OSPF LSA Types (Cont.) Compare Single -Area and Multi -Area OSPF Compare Single -Area and Multi -Area OSPF (Cont.) OSPF Area Structure OSPF Area Structure (Cont.) OSPF Network Types Demo - Configuring OSPFv3 using the Newer Syntax OSPF Cost OSPF Cost (Cont.) OSPF Cost (Cont.) OSPF Route Summarization Route Summarization Benefits Distribute List Example Prefix List Example Explore Route Maps Route Map Applications Route Map Operation Route Match Statement Route Map Configuration Demo - OSPF Stub and Totally Stubby |
| 8 | Network Address Translation |
Define Network Address Translation NAT Address Types Explore NAT Implementations Understanding Static NAT Understanding Dynamic NAT Understanding PAT NAT Virtual Interface NAT Virtual Interface (Cont.) Demo - Configuring Network Address Translation |
| 9 | Redundancy |
Need for Default Gateway Redundancy Define FHRP Define FHRP (Cont.) HSRP Interface Tracking HSRP Interface Tracking (Cont.) HSRP Interface Tracking (Cont.) HSRP Load Sharing with HSRP Multigroup HSRP Load Sharing with HSRP Multigroup (Cont.) HSRP Load Sharing with HSRP Multigroup (Cont.) HSRP Authentication HSRP Versions Cisco Switch High Availability Features Nonstop Forwarding with Stateful Switchover on Catalyst 9400 Demo - HSRP Demo – VRRP |
| 10 | Spanning-Tree Protocol |
Spanning-Tree Protocol Overview Spanning-Tree Protocol Overview (Cont.) BPDU BPDU (Cont.) Root Bridge Election Root Bridge Election (Cont.) Designated Port Election STP Port States Spanning-Tree Protocol Types and Features Comparison of STP Protocols Default Spanning-Tree Configuration Multiple Spanning Tree Protocol Multiple Spanning Tree Protocol Recommended Practices Multiple Spanning Tree Protocol Recommended Practices (Cont.) Demo - Multiple Spanning Tree Protocol PortFast and BPDU Guard PortFast and BPDU Guard (Cont.) Configuring PortFast and BPDU Guard Verifying PortFast and BPDU Guard Verifying PortFast and BPDU Guard (Cont.) Verifying PortFast and BPDU Guard (Cont.) Verifying PortFast and BPDU Guard (Cont.) |
| 11 | Virtualization and VPNs |
Server Virtualization Physical Server Virtualized Server Basic Virtualized Server Environment Server Virtualization Benefits Hypervisor: Abstraction Layer VM Definition Accessing vSphere Hosts Directly Centralized Control of vSphere Hosts Need for Network Virtualization Need for Network Virtualization (Cont.) Path Isolation Overview Device Virtualization Data Path Virtualization Introducing VRF Demo - VRF Introducing Generic Routing Encapsulation Site-to-Site VPN Technologies Site-to-Site VPN Technologies (Cont.) IPsec VPN Overview IPSec Security Associations IPsec: IKE IPsec Modes IPsec VPN Types Dynamic Multipoint VPN Cisco IOS FlexVPN Cisco IOS VTI Cisco IOS VTI (Cont.) Cisco IOS VTI (Cont.) Basic IKE Peering Basic IKE Peering (Cont.) Configuring Basic IKE Peering Configuring Basic IKE Peering (Cont.) Verifying IKE Peering Verifying IKE Peering (Cont.) Demo - VTI |
| 12 | Wireless Options and Services |
RF Principles Frequency Watts and Decibels Watts and Decibels (Cont.) Antenna Power Effective Isotropic -Radiated Power (EIRP) Antenna Types Omni -directional Antennas Omni -directional Antennas (Cont.) Omni -directional Antennas (Cont.) Omni -directional Antennas (Cont.) Directional Antennas Directional Antennas (Cont.) Directional Antennas (Cont.) 802.11n/802.11ac MIMO 802.11n/802.11ac MIMO – MRC 802.11n/802.11ac MIMO – Beamforming 802.11n/802.11ac MIMO – Spatial Multiplexing 802.11ac MU -MIMO Client and AP Association Split MAC CAPWAP MC and MA Functions PoP and PoA Functions Wireless Deployment Overview Autonomous AP Deployment Autonomous Deployment Traffic Flow Cisco Autonomous Deployment Overview Centralized Cisco WLC Deployment Centralized Control and Provisioning of APs Centralized Deployment Traffic FlexConnect Deployment FlexConnect Deployment Traffic Flow FlexConnect Deployment Traffic Flow (Cont.) FlexConnect Deployment Traffic Flow FlexConnect Deployment FlexConnect Deployment (Cont.) Cloud Deployment and Its Effect on Enterprise Networks Cloud Deployment and Its Effect on Enterprise Networks (Cont.) Cloud Computing Services Cloud-Managed Meraki Solution Cisco Meraki Deployment Traffic Flow Demo - Meraki Cisco Catalyst 9800 Series Controller Deployment Options Catalyst 9800 Embedded Wireless Controller Catalyst 9800 Cloud Controller Cisco Mobility Express Wireless Roaming Overview Scanning for a new AP Mobility Groups and Domains Wireless Roaming Types Layer 2 Inter-Controller Roaming Layer 2 Inter-Controller Roaming (Cont.) Network Analytics Cisco CMX Cisco CMX Analytics Tools Location Accuracy Surveying Location-Based Services Universal AP Priming CAPWAP Discovery AP Join Order AP Join Phase with Master AP Join Phase without Master AP Fail-over AP-Specific High Availability N + 1 WLC High Availability AP SSO High Availability AP SSO High Availability (Cont.) Local Mode FlexConnect Mode FlexConnect Mode (Cont.) Bridge Mode Bridge Mode (Cont.) Other Modes |
| 13 | Authenticating and Troubleshooting Wireless Clients |
Authentication Methods Pre-Shared Key (PSK) Authentication PSK Authentication Process 802.1X User Authentication 802.1X User Authentication (Cont.) PKI and 802.1X Certificate-Based Authentication Asymmetric Encryption of User Credentials Digital Signatures Certificates and Certificate Authorities (CA) Retrieving CA Certificates Authentication Using Certificates Introduction to Extensible Authentication Protocol (EAP) EAP Frame Format EAP Authentication Types EAP -Transport Layer Security (EAP -TLS) Protected Extensible Authentication Protocol (PEAP) EAP -FAST PAC Creation PAC Exchange EAP -FAST Authentication Guest Access with Web Auth Local Web Authentication Local Web Authentication with Auto -Anchor Local Web Portal with External Authentication Centralized Web A uthentication Wireless Troubleshooting Tools Spectrum Analysis Spectrum Analysis (Cont.) Wi -Fi Scanning Packet Analysis Cisco AireOS GUI and CLI Tools Cisco AireOS GUI and CLI Tools (Cont.) Cisco Wireless Config Analyzer Express Common Wireless Client Connectivity Issues Client to AP Connectivity Client Association with AP Client Association with AP (Cont.) WLAN Configuration Infrastructure Configuration |
| 14 | QoS |
Batch Applications Interactive Applications Real -Time Applications IPv4 Header Address Fields Traffic Characteristics Need for Quality of Service (QoS) QoS Mechanisms Trust Boundary Classification and Markings Classification Tools NBAR Advanced Classification Tool Policing, Shaping, and Re -Marking Policing, Shaping, and Re -Marking (Cont.) Managing Congestion Class Based Weighted Fair Queuing Tools for Congestion Avoidance Define and Interpret a QoS Policy Method for Implementing a QoS Policy MQC QoS Scenario |
| 15 | Multicast Protocols |
Multicast Overview Multicast Overview Unicast vs. Multicast How Does IP Multicast Work? Multicast Advantages and Disadvantages IP Multicast Applications IP Multicast Group Address IP Multicast Group Address IP Multicast Service Model IP Multicast Service Model (Cont.) Internet Group Management Protocol IGMPv1 IGMPv2 IGMPv3 Source Trees Shared Trees IP Multicast Routing PIM -DM PIM -SM PIM -SM Shared Tree Join PIM -SM Sender Registration PIM -SM Sender Registration (Cont.) PIM - SM Sender Registration (Cont.) Rendezvous Point Static RP BSR Auto -RP |
| 16 | Cisco DNA |
Need for Digital Transformation Need for Digital Transformation (Cont.) Cisco Digital Network Architecture Cisco Intent -Based Network Building Blocks of Intent -Based Enterprise Networks Assurance Cisco DNA Center Cisco DNA Center (Cont.) Cisco DNA Assurance Cisco DNA Assurance (Cont.) Cisco DNA Assurance (Cont.) Network Discovery and Management Inventory Management Manage Software Image Network Hierarchy IP Address Pools Day 0 Network Provisioning Day N Network Automation Cisco DNA Assurance Workflow Demo- DNA Center |
| 17 | APIs |
Application Programming Interfaces Application Programming Interfaces (Cont. ) Application Programming Interfaces (Cont.) REST API Response Codes and Results REST API Response Codes and Results (Cont.) REST API Success Codes REST API Client Error Codes REST API Server Error Codes REST API Security REST API Security (Cont.) API in DNA-Center REST API in vManage vManage REST API Resources vManage REST API Resources (Cont.) vManage REST Methods |
| 18 | Python |
Python Concepts Python Concepts (Cont.) Executing Python Code Python Scripts Python Helper Utilities and Functions Write Idiomatic Python Common Python Data Types String Data Types Printing Strings Concatenating Strings String Built in Methods Variable Assignment Numbers Data Types Boolean Data Types Conditionals Conditionals (Cont. ) Script Writing and Execution Executing Scripts Analyzing Code Analyzing Code (Cont.) Analyzing Code (Cont.) Analyzing Code (Cont.) Analyzing Code (Cont.) Analyzing Code (Cont.) |
| 19 | Network Tools and Services |
Troubleshooting Concepts Diagnostic Principles Network Troubleshooting Procedures: Overview Defining the Problem Gathering Information Analyzing Information Eliminating Potential Causes and Proposing a Hypothesis Testing a Hypothesis Solving the Problem and Documenting the Solution Demo - Troubleshooting Basic Hardware Diagnostics Basic Hardware Diagnostics (Cont.) Basic Hardware Diagnostics (Cont.) Basic Hardware Diagnostics (Cont.) Basic Hardware Diagnostics (Cont.) Basic Hardware Diagnostics (Cont.) Basic Hardware Diagnostics (Cont.) Filtered Show Commands Exclude Filter Include Filter Begin Filter Section Filter Regular Expressions in Filters Regular Expressions in Filters (Cont.) Cisco IOS IP SLAs IP SLA Source and Responder Demo - IP SLAs Switch Port Analyzer (SPAN) Local SPAN Local SPAN Configuration Validating Local SPAN Configuration Remote SPAN (RSPAN) RSPAN Configuration RSPAN Configuration (Cont.) Verifying RSPAN Configuration Verifying RSPAN Configuration (Cont.) Encapsulated Remote Switch Port Analyzer (ERSPAN) ERSPAN Configuration ERSPAN Source Configuration ERSPAN Destination Configuration ERSPAN Verification Cisco Packet Capture Tools Network Time Protocol (NTP) Network Time Protocol (NTP) (Cont.) NTP Modes Securing NTP Securing NTP (Cont.) Logging Services Understanding Syslog Syslog Syslog Messages Demo - Logging Simple Network Management Protocol (SNMP) SNMP Operations NetFlow Analyzing NetFlow Data Format of Export Data Where Can NetFlow Be Implemented in the Network? NetFlow Applications Traditional NetFlow Configuration and Verification Traditional NetFlow Configuration and Verification (Cont.) Flexible NetFlow Traditional vs. Flexible NetFlow Demo- Flexible NetFlow Cisco IOS Embedded Event Manager (EEM) Demo- EEM |
| 20 | Security |
ACL ACL (Cont.) ACL (Cont.) ACL Wildcard Masking ACL Wildcard Masking (Cont.) ACL Wildcard Masking (Cont.) Wildcard Bit Mask Abbreviations Types of ACLs Types of ACLs (Cont.) Configure Numbered Standard IPv4 ACLs Configure Numbered Standard IPv4 ACLs (Cont.) Configure Numbered Standard IPv4 ACLs (Cont.) Configure Numbered Standard IPv4 ACLs (Cont.) Configure Numbered Extended IPv4 ACLs Configure Numbered Extended IPv4 ACLs (Cont.) Configure Numbered Extended IPv4 ACLs (Cont.) Use ACLs to Filter Network Traffic Use ACLs to Filter Network Traffic (Cont.) Apply ACLs to Interfaces Apply ACLs to Interfaces (Cont.) Apply ACLs to Interfaces (Cont.) Configure Named Access Lists Configure Named Access Lists (Cont.) Configure Named Access Lists (Cont.) Configure Named Extended ACLs Demo - ACLs Control Plane Overview Control Plane Policing Control Plane Policing (Cont.) Control Plane Policing (Cont.) Control Plane Policing Configuration Control Plane Policing Configuration (Cont.) Control Plane Policing Configuration (Cont.) Control Plane Policing Verification Control Plane Policing Verification (Cont.) Control Plane Policing Verification (Cont.) Control Plane Policing Verification (Cont.) Demo - CoPP Threatscape Intrusion Prevention Systems Virtual Private Networks Content Security Content Security (Cont.) Logging Endpoint Security Personal Firewalls Antivirus and Antispyware Centralized Endpoint Policy Enforcement Cisco AMP for Endpoints Cisco AMP for Endpoints (Cont.) Firewall Concepts Firewall Concepts (Cont.) Firewall Concepts (Cont.) Firewall Concepts (Cont.) TrustSec SGT Classification Inline SGT Support Enforcement Using SGFW Enforcement Using SGFW with the ASA MACsec Identify Management Identify Management (Cont.) 802.1X for Wired and Wireless Endpoint Authentication 802.1X Message Flow 802.1X Authorization 802.1X VLAN Assignment 802.1X Named ACLs 802.1X Downloadable ACLs 802.1X Host Modes 802.1X Host Modes Change of Authorization 802.1X Implementation Guidelines MAC Authentication Bypass MAC Authentication Bypass: Benefits and Limitations MAC Authentication Bypass Behavior Web Authentication Web Authentication (Cont.) Web Authentication Process Web Authentication Scenarios Demo - Email Security Securing Device Access Securing Device Access (Cont.) Securing Device Access (Cont.) Line Password Username and Password Device Hardening Options AAA Framework Overview Benefits of AAA Authentication Options RADIUS and TACACS+ RADIUS and TACACS+ (Cont.) RADIUS AAA Communications TACACS+ AAA Communications Enabling AAA and Configuring a Local User for Fallback Configuring RADIUS for Console and VTY Access Configuring RADIUS for Console and VTY Access (Cont.) Configuring TACACS+ for Console and VTY Access Configure Authorization and Accounting Configure Authorization and Accounting (Cont.) |
| 21 | Software -Defined Access and WANs |
Customer Challenges in Campus Network Cisco Digital Network Architecture Need for Cisco SD -Access Need for Cisco SD -Access (Cont.) Need for Cisco SD -Access (Cont.) Need for Cisco SD -Access (Cont.) Cisco SD -Access Fabric Overview Types of Overlay Why Overlays Fabric Underlay - Manual vs. Automated LISP and the Cisco SD -Access Fabric Control Plane LISP and the Cisco SD -Access Fabric Control Plane (Cont.) LISP Terms and Components LISP Packet Flow LISP Packet Flow (Cont.) LISP Host Mobility Deployment Models LISP Host Mobility Deployment Models (Cont.) Host Mobility in LISP Host Mobility in LISP (Cont.) Cisco SD-Access Fabric Data Plane Based on VXLAN Understanding VXLAN VXLAN Encapsulation VXLAN Encapsulation (Cont.) VXLAN Gateways VXLAN-GPO Header Cisco SD-Access Fabric Policy Plane Traditional Access Control Role of Cisco TrustSec Cisco TrustSec and Cisco ISE Cisco SD-Access Fabric Policy Plane Cisco SD-Access Fabric Nodes Cisco SD-Access Control Plane Node Cisco SD-Access Edge Node Cisco SD-Access Border Node Wireless LAN Controller and Fabric Mode APs DNA Center and ISE Integration DNA Center SD-Access Workflow Cisco SD-Access Wireless Integration Cisco SD-Access Wireless Integration (Cont.) Cisco SD-Access Wireless Workflow – Adding WLC to Fabric Cisco SD-Access Wireless Workflow – AP Join Process Cisco SD-Access Wireless Workflow – Client Onboarding Cisco SD-Access Wireless Workflow – Client Roaming Traditional Campus Inter-operating with Cisco SD-Access Traditional Campus Inter-operating with Cisco SD-Access (Cont.) Need for Software Defined Networking for WAN Need for Software Defined Networking for WAN (Cont.) SD-WAN Components SD-WAN Orchestration Plane SD-WAN Management Plane SD-WAN Management Plane (Cont.) SD-WAN Management Plane (Cont.) SD-WAN Control Plane SD-WAN Data Plane SD-WAN Automation and Analytics SD-WAN vAnalytics SD-WAN vAnalytics (Cont.) Demo - SD-WAN |
| 22 | Network Programming |
Configuration Management Configuration Management (Cont. ) Evolution of Device Management and Programmability Evolution of Device Management and Programmability (Cont.) Evolution of Device Management and Programmability (Cont.) Evolution of Device Management and Programmability (Cont.) Evolution of Device Management and Programmability (Cont.) Data Encoding Formats JSON JSON (Cont.) JSON (Cont.) JSON (Cont.) JSON (Cont.) JSON (Cont.) JSON (Cont.) JSON (Cont.) JSON (Cont.) JSON (Cont.) JSON (Cont.) JSON (Cont.) Data Models Data Models (Cont.) YANG YANG Models Model Driven Programmability Stack Model Driven Programmability Stack (Cont.) Describe YANG YANG Overvie w REST REST (Cont.) REST (Cont.) REST (Cont.) REST (Cont.) Common HTTP Response Codes Common HTTP Response Codes (Cont.) Common HTTP Response Codes (Cont.) REST Tools NETCONF NETCONF Protocol Stack NETCONF Data Stores NETCONF over SSH NETCONF over SSH (Cont.) NETCONF over SSH (Cont.) NETCONF over SSH (Cont.) NETCONF over SSH (Cont.) XML Encoding XML Encoding (Cont.) Utilities and Tools NETCONF and YANG NETCONF and YANG Side by Side NETCONF Protocol Operations NETCONF Protocol Operations (Cont.) NETCONF Configuration Datastores Describe RESTCONF RESTCONF Methods RESTCONF Sample: GET Interface RESTCONF Sample: GET Interface Description RESTCONF Sample: GET YANG Library Version RESTCONF Sample: Invoke RPC Cisco IOS XE and IOS XR Systems Overview |
Self-Paced
Free
This course includes: :
Full lifetime access