About Cisco Certifications
About Cisco
Cisco Certification Updates - FEB 2020
Cisco Re-Certifications
CCNP Certifications
CCIE Certifications
Cisco Certification Migration Options
CCNP SP Exams
SPCOR-350-501
CCNP SP Certifications
CCNP SPCOR 350-701
SPCOR Contents - PART 1
SPCOR Contents - PART 2
STATIC - DEFAULT ROUTING
Routing- Introduction
Static Routing
Static Routing - LAB
Static Routing - LAB 3 Routers
Default Routing
Verify Default Routing
Routing Lookup
Building Routing Tables
Floating Static - Default Routing
Floating Static - Default Routing - PART 2
OSPF Basics
KNowledge Pre-Requisite
OSPF - overview
OSPF - How it Works
OSPF Neighbors
OSPF Router ID
OSPF LSDB Database
Exchanging LSDB
Synchronize OSPF LSDB - Calculate Best Route
Maintaining Neighbors - LSBD
OSPF Tables
OSPF Configuration - Single Area
OSPF Configuration - Syntax
OSPF Wild card Mask
OSPF Single Area - Pre-requisite
OSPF Single Area - Configuration
OSPF Single Area - Verification
OSPF Advertisements - Example
OSPF Metric -Cost
Calculate OSPF Best Routes
OSPF Metric -Cost
Changing Interface Bandwidth
Default Reference Bandwidth - Limitations
Manual Cost
Auto-cost Reference Bandwidth
OSPF Areas
OSPF Single area - Lijmitations
OSPF Multiple Areas
Multiple Areas - Design Rules
Multiple Areas - Configuration
Multiple Areas - Configuration LAB
OSPFv2 - Interface Advertisements
OSPF Advance
OSPF Network Types
OSPF Broadcast Types - DR - BDR
DR- BDR Elections
OSPF DR-BDR - LAB
OSPF Poiint to Point Links
IPv6
IPv6-Introduction
IPv6 Addressing
IPv6 Address Types
IPv6 Static Addressing
IPv6 Static - Default Routing
OSPFv3 - IPv6 OSPF
EIGRP - IPv6
ISIS Routing - Basics
ISIS Introduction - Level Types
ISIS Adjacency - L1-L2
NSAP Addressing
ISIS Configuration - IPv4 - IPv6
ISIS Configuration - IPv4 - IPv6 - LAB
ISIS Routing - Advance
Tuning ISIS Levels
Tuning ISIS Levels - Continued
Designated Intermediate System - DIS
ISIS Metric
ISIS Authentication
Border Gateway Protocol
BGP Introduction
When BGP is More Appropriate
BGP Options - Connecting to Internet
BGP Neighbors
UNderstanding BGP Neighbors - Internal - External
IBGP Neighbors - LAB
BGP Split Horizon Rule
IBGP Neighbors -with Loopback Interface
IBGP Neighbors -with Loopback Interface - Continued
External BGP
Basic EBGP Configuration
BGP Using NextHop Self
BGP Attributes
BGP Attributes
AS-PATH - ORigin - NExthop
Weight & Local Preference
Weight & Local Preference
Path Manipulation - Weight Attribute - PART 1
Path Manipulation - Weight Attribute - PART 2
Weight Using Route-maps - LAB
Understand IN - OUT Directions
Local Preference - BGP Attribute
Local Preference - with Route-Maps
BGP Path Selection Process
Clear IP BGP Sessions
Virtual Private Networks
VPN - Introduction
VPN Models - OVerview
VPN Models - Advantages-DisAdvantages
Cisco Express Forwarding - CEF
MPLS VPN - OVerview
MPLS Label Distribution Protocol
MPLS - Introduction
MPLS Labels - MPLS Stacks
Sharing Label Information
MPLS LDP Configuration
MPLS LDP Configuration - Continued
MPLS Label Forwarding
Penultimate Hop Popping
MPLS LDP Troubleshooting
MPLS Layer 3 VPN
MPLS Layer 3 VPN
Steps to Configure MPLS L3 VPN
Virtual Route Forwarding -VRF - Route Distinguisher(RD) - Route Target(RT)
VRF Configuration
MPLS Layer 3 VPN - Static-Default Routing
VPNv4 Peering - PE-PE Routers
VPNv4 Redistribution under VRF
MPLS L3 VPN - RIP-EIGRP-OSPF
MPLS L3 VPN - RIPv2
MPLS L3 VPN - EIGRP
MPLS L3 VPN - OSPF
MPLS L3 VPN - OSPF - Continued
MPLS L3 VPN - EBGP
MPLS L3 VPN - EBGP Continued
MPLS L3 VPN - Advance
OVerlapping VPN
OVerlapping VPN - Continued
OVerlapping VPN - Advance
Layer 2 MPLS VPN - Overview
IPv6 Support for MPLS
MPLS traffic Engineering
INter AS MPLS L3 VPN
MPLS L3 VPN - Troubleshooting
MPLS L3 VPN - Troubleshooting - PART 1
MPLS L3 VPN - Troubleshooting - PART 2
IP Multicasting
Multicasting - Introduction
Multicasting - Benefits
How Multicast Works
Multicast IP ranges
IGMP - PIM Protocols
IGMP Protocol and Versions
Protocol Independent Mutlcast-PIM
PIM Modes - Trees
Dense Mode Configuration
RPF Check - Loop Prevention
PIM Sparse Mode - RP
PIM Sparse Mode - Operation
Sparse Mode - Configuration
Static RP
Auto RP
Auto RP Configuration
Auto-RP Redundancy
Auto-RP Load Sharing
PIM Bootstrap Router
Quality of Service (QoS)
Quality of Service (QOS )
Qos Mechanisms
QoS Models
Qos - MQC Configuration
Classification & Marking
Classification & Marking
Layer 2 - Layer 3 Marking
Classification & Marking - Configuration
Congestion Management - Queuing
Queuing Basics
Legacy Queing Mechanisms
Weighted Fair Queueing
Class Based Weighted Fair Queing
Low Latency Queueing
Congestion Avoidance - Traffic Policing-Shaping
Congestion Avoidance
WRED - CBWRED
CBWRED - Configuration
Traffic Policing-Shaping
Network Infrastructure Protection
Network Infrastructure Protection
Identify Network Device Planes
Data Plane
Control Plane
Management Plane
Remote Management- TELNET - SSH
Inband Vs OutBand Management
Remote Access - TELNET
Remote Access - SSH
Authentication, Authorization, Accounting - AAA
AAA - Network Security
AAA - Components
AAA Protocols - TACACS - RADIUS
AAA - Cisco Authentication Servers
AAA Authentication
AAA Authentication - Device Access
Authentication - Local Database
AAA - External Servers
Authentication - External server (TACACS)
Control Plane Security
Control Plane Security - Possible Threats
Routing Protocol Authentication
Control Plane Policing - CoPP
Class-Map - Policy Map - Hierarchy
CoPP - Configuration Examples
IOS-XR - ASR
Cisco IOS-IOS-XE-IOS-XR
Cisco IOS-XR Architecture
Cisco IOS-XR PLatforms
Cisco ASR 9000 Routers
ASR 9000 Components
GNS - XRv Integration
IOS-XR Configuration - Routing
IOS-XR Access-Prompt-Modes
XR-Basic Configuration Commands
OSPFv2 Same Area
OSPFv2 - Different Area
OSPFv3 - On IOS-XR
ISIS IPv4-IPv6 - Same Area
ISIS IPv4-IPv6 - Different Area
EIGRP IPv4
EIGRP- IPv6
XR- Static Routing
Network Management
What is Network Management
Past-Present Methods of Network Mangement- PART 1
Past-Present Methods of Network Mangement- PART 2
SNMP- Simple Network Mangement Protocol
Network Automation
Challenges - Traditional Management
Network Automation - Goals
Types of Network Automation
What can be Automated - PART 1
What can be Automated - PART 2
Impact of Network Automation
Software Defined Networking -SDN
Automation Origination Points
SDN-Software Defined Networking
SDN Controllers
Networks Managed by SDN Controllers
SDN-Control-MGMT-DATA Plane
Identify Network Device Planes
Data Plane
Control Plane
Management Plane
SDN-Management Plane
SDN-Control Plane - Data Plane
SDN Models - Architecture
SDN- Imperative Model
SDN- Declarative Model
SDN - Network Design Requirments
UNderlaY Networks
Overlay Networks
SDN Fabric
Application Programming Interface - API
Application Programming Interface - API
API Types
API - With SDN Networks
NorthBound API
SouthBound API
Web Service API - REST API
Web Service API
Web Service API - Commonly Used
REST API
Network Automation Tools
Configuration Management Tools
Config Management Tools - Capabilities
Configuration Management Tools - Similarities
Master-Agent
Agent Based vs Agentless
Push-Pull Model
Configuration Files
PUPPET - Config MGMT Tool
PUPPET - Config MGMT Tool
PUPPET-Master Agent Database
PUPPET - Manifest
PUPPET-Module-Forge
PUPPET-PULL Model Steps
PUPPET-Agent- Agentless
CHEF- Config MGMT Tool
CHEF- Config MGMT Tool
CHEF- Terminology
ANSIBLE- COnfig MGMT Tool
ANSIBLE- COnfig MGMT Tool
ANSIBLE- Control Station
ANSIBLE- PlayBook-Inventory
ANSIBLE- Templates-Variables
JSON Data Encoding
API Data Formats
JSON Overview
JSON Data Types
JSON Syntax Rules
JSON Data Interpretation