CCNP (Routing & Switching)

Cisco Certificate Network Professional course - Routing and Switching enhances the ability of a Network engineer in the field of Switching and Routing. Providing a stabilised knowledge in the same field, it allows an associate to troubleshoot in advanced level R & S problems in International standards.

After CCNP certification a person can Plan, Implement and troubleshoot Lan and Wan connections. It covers the deep analysis on the topics of Routing protocols(BGP, EIGRP)DHCP, VPN, NTP, IPV4 and IPV6.

Content:

• CISCO CCNP ROUTING 300-101
• Module 1 Characteristics of Routing Protocols
•  1. Overview of an Enterprise Network
•  2. Cisco Easy Virtual Network Theory
•  3. Selecting a Routing Protocol - Network Architecture Types
•  4. TCP IP Headers - MTU and Latency - Asymmetric Routing
•  5. TCP Operation
•  6. Global Synchronization
•  7. Network Migration Strategies
• Module 2 Remote Site Connectivity
•  1. Remote Site Connectivity Fundamentals
•  2. GRE Tunnel Theory and Configuration
•  3. DMVPN and mGRE Theory
•  4. Next Hop Resolution Protocol Theory
•  5. IPsec Theory
• Module 3 RIPng
•  1. RIP Fundamentals
•  2. RIPng Configuration
•  3. RIPng Verification
• Module 4 Fundamental EIGRP Concepts
•  1. Fundamental EIGRP Concepts Introduction
•  2. EIGRP Components
•  3. EIGRP Data Structures
•  4. EIGRP Timers-EIGRP Metric Calculation
•  5. The EIGRP Feasibility Condition
•  6. EIGRP Neighborship Formation over a WAN
•  7. Basic EIGRP Configuration Example
• Module 5 Advanced EIGRP Concepts
•  1. Advanced EIGRP Concepts Introduction
•  2. EIGRP Queries and the Stuck in Active State
•  3. EIGRP Stub Routing
•  4. EIGRP Passive Interface
•  5. EIGRP Summarized Routes
•  6. EIGRP Route Filtering
•  7. The Variance Option
• Module 6 EIGRP IPv6 Configuration
•  1. EIGRP IPv6 Configuration Introduction
•  2. EIGRP for IPv6 Fundamentals
•  3. EIGRP for IPv6 Configuration
•  4. EIGRP for IPv6 Verification
• Module 7 Named EIGRP Configuration
•  1. Named EIGRP Fundamentals
•  2. Basic Named EIGRP Configuration Example
•  3. Advanced Named EIGRP Configuration Example
• Module 8 Fundamental OSPF Concepts
•  1. Fundamental OSPF Concepts Introduction
•  2. OSPF Fundamentals
•  3. OSPF Neighbor Formation
•  4. OSPF Areas
•  5. Basic OSPF Configuration Example
•  6. OSPF Verification
•  7. SPF Network Types
•  8. Designated Routers and Backup Designated Routers
•  9. OSPF Timers
•  10. OSPF Passive Interface
•  11. OSPF Neighbor ship Formation over a WAN
• Module 9 The OSPF Link-State Database
•  1. Overview of OSPF LSA Types Z
•  2. OSPF Fundamentals
•  3. OSPF Neighbor Formation
•  4. OSPF Areas
•  5. Basic OSPF Configuration Example
•  6. OSPF Verification
•  7. SPF Network Types
•  8. Designated Routers and Backup Designated Routers
•  9. OSPF Timers
•  10. OSPF Passive Interface
•  11. OSPF Neighbor ship Formation over a WAN
• Module 10 Advanced OSPF Concepts
•  1. Advanced OSPF Concepts Introduction
•  2. OSPF Route Filtering
•  3. OSPF Route Summarization
•  4. Virtual Links
•  5. Stubby and Totally Stubby Area Configuration
•  6. NSSA and Totally NSSA Configuration
•  7. Default Route Advertisement
• Module 11 OSPFv3 Configuration
•  1. OSPFv3 Fundamentals
•  2. OSPFv3 Traditional Configuration and Verification
•  3. OSPFv3 Address Families Configuration and Verification
• Module 12 Route Redistribution
•  1. Route Redistribution Fundamentals
•  2. Mutual Route Redistribution Configuration
•  3. Route Redistribution with Route Maps
•  4. Resolving Route Redistribution Issues
•  5. Redistributing IPv6 Routes
• Module 13 Route Selection
•  1. Packet Switching Architecture
•  2. CEF Configuration and Verification
•  3. Policy Based Routing Fundamentals
•  4. Policy Based Routing Configuration
•  5. Cisco IP SLA Fundamentals
•  6. Cisco IP SLA Configuration
• Module 14 Fundamentals of Internet Connectivity with BGP
•  1. Fundamentals of Internet Connectivity with BGP Introduction
•  2. Internet Connectivity Fundamental
•  3. Provider Assigned IPv4 Address
•  4. Static Configuration
•  5. Provider Assigned IPv4 Address
•  6. DHCP Configuration
• Module 15 Advance BGP Concepts
•  1. Advanced BGP Concepts Introduction
•  2. BGP Path Selection Criteria
•  3. The Weight Attribute
•  4. The Local Preference Attribute
•  5. The AS Path Attribute
•  6. The MED Attribute
• Module 16 IPv6 Internet Connectivity
•  1. IPv6 Internet Connectivity Introduction
•  2. Provider Assignment of IPv6 Addresses
•  3. IPv6 Static Address and Default Route
•  4. IPv6 Traffic Filtering
•  5. IPv6 Routing Over an IPv4 BGP Session
•  6. IPv6 Routing Over an IPv6 BGP Session
•  7. IPv6 Route Filtering
• Module 17 Router Security Concepts
•  1. Time-Based ACLs
•  2. Unicast Reverse Path Forwarding
•  3. NTP Authentication
• Module 18 Routing Protocol Authentication
•  1. Overview of Routing Protocol Authentication
•  2. EIGRP for IPv4 Authentication
•  3. EIGRP for IPv6 Authentication
•  4. Named EIGRP Authentication
•  5. OSPFv2 Plain Text Authentication
•  6. OSPFv2 MD5 Authentication
•  7. OSPFv3 Authentication
•  8. BGP Authentication
• CISCO CCNP SWITCH 300-115
• Module 1 Cisco Catalyst Switch Features
•  1. Layer 2 vs Multilayer Switches
•  2. MAC Address Table Examination
•  3. SDM Templates
•  4. CDP vs. LLDP
•  5. PoE
•  6. UDLD
•  7. SPAN
•  8. RSPAN
•  9. StackWise
• Module 2 VLANs and Trunking
•  1. VLAN Theory
•  2. VLAN Configuration
•  3. Trunking Theory
•  4. Trunk Configuration
•  5. VLAN Pruning
•  6. VTP Theory
•  7. VTP Configuration
•  8. Voice VLAN Theory
•  9. Voice VLAN Configuration
• Module 3 Spanning Tree Protocol
•  1. Introduction to STP
•  2. Rapid PVST+ Theory
•  3. Rapid PVST+ Configuration
•  4. Features that Decrease STP Convergence Time
•  5. Features that Increase STP Stability
•  6. STP Port States
•  7. STP Variants
•  8. PVST+ Calculation
•  9. PVST+ Configuration
•  10. MSTP Theory
•  11. MSTP Configuration
• Module 4 EtherChannel Technologies
•  1. EtherChannel Theory
•  2. EtherChannel Port Options
•  3. Layer 2 EtherChannel Configuration
•  4. Layer 3 EtherChannel Configuration
•  5. Ether Channel Troubleshooting
• Module 5 First Hop Redundancy Protocols
•  1. HSRP Operation
•  2. HSRP Configuration
•  3. VRRP Operation
•  4. VRRP Configuration
•  5. GLBP Operation
•  6. GLBP HSRP Configuration
•  7. IPv6 First-Hop Redundancy
• Module 6 Securing Cisco Catalyst Switches
•  1. Port Security
•  2. Storm Control
•  3. Private VLANs
•  4. DHCP Snooping
•  5. IP Source Guard
•  6. CCNP Routing and Switching SWITCH 300-115
•  7. Dynamic ARP Inspection
•  8. CCNP Routing and Switching SWITCH 300-115
•  9. AAA-CCNP Routing and Switching SWITCH 300-115
• CISCO CCNP TROUBLESHOOT 300-135
• Module 1 Troubleshooting Theory and Procedures
•  1. Introduction to Troubleshooting
•  2. Cisco's Structured Troubleshooting Model
•  3. Define the Problem
•  4. Collect Information
•  5. Analyze the Information
•  6. Eliminate Potential Causes
•  7. Propose a Hypothesis
•  8. Test Hypothesis
•  9. Solve and Document
• Module 2 The Network Maintenance and Troubleshooting Toolkit
•  1. Introduction to Network Maintenance
•  2. EEM Configuration
•  3. Change Control Procedures
•  4. Communication
•  5. Documentation
•  6. Managing Configuration Files
•  7. Limiting show Command Output with Modifiers
•  8. Hardware Diagnostic Commands
•  9. SPAN Configuration
•  10. NetFlow Configuration
• Module 3 Troubleshooting Layer 2 Issues
•  1. Investigating the MAC Address Table and SDM Templates
•  2. Troubleshooting VLAN Issues
•  3. Troubleshooting IEEE 802.1Q Trunks
•  4. Troubleshooting VTP
•  5. Troubleshooting Spanning Tree Protocol Issues
•  6. Troubleshooting EtherChannel Issues
• Module 4 Troubleshooting IP Addressing
•  1. Determining IP Addresses of Clients
•  2. Determining IP Addresses of Router Interfaces
•  3. Checking IP Address Reachability
•  4. Troubleshooting DHCPv4 Address Assignment
•  5. Troubleshooting IPv6 Dynamic Address Assignment
• Module 5 Troubleshooting Basic Routing Issues
•  1. Troubleshooting IPv4 Static Routing
•  2. Troubleshooting IPv6 Static Routing
•  3. Troubleshooting RIPv2 Issues
•  4. Troubleshooting RIPng Issues
•  5. Troubleshooting HSRP Issues
•  6. Troubleshooting VRRP Issues
•  7. Troubleshooting GLBP Issues
•  8. Troubleshooting FHRP Object Tracking Issues
• Module 6 Troubleshooting EIGRP Issues
•  1. Troubleshooting EIGRP Neighbor ship Formation
•  2. Troubleshooting EIGRP Routing Issues
•  3. Troubleshooting Named EIGRP
• Module 7 Troubleshooting OSPF Issues
•  1. Troubleshooting OSPFv2 Neighber ship Formation
•  2. Troubleshooting OSPFv2 Routing Issues
•  3. Troubleshooting OSPFv3
•  4. Classic Configuration
•  5. Troubleshooting OSPFv3
•  6. Address Families Configuration
• Module 8 Troubleshooting Route Redistribution
•  1. Review of Route Redistribution
•  2. Troubleshooting Basic Route Redistribution
•  3. Troubleshooting Route Redistribution with Multiple Redistribution Points
•  4. IPv6 Route Redistribution Considerations
• Module 9 Troubleshooting BGP Issues
•  1. Troubleshooting BGP Neighbor ship Formation
•  2. Reviewing BGP Path Selection
•  3. Troubleshooting BGP Routing Issues
•  4. Troubleshooting Multiprotocol BGP Issues
• Module 10 Troubleshooting Cisco IOS Features
•  1. Troubleshooting NTP Issues
•  2. Troubleshooting Syslog and SNMP Issues
•  3. Troubleshooting IP SLA Issues
•  4. Troubleshooting Policy Based Routing Issues
• Module 11 Troubleshooting Network Security Issues
•  1. Troubleshooting Port Security Issues
•  2. Troubleshooting VACLs
•  3. Troubleshooting Private VLANs
•  4. Troubleshooting Anti-Spoofing Features
•  5. Troubleshooting GRE Tunnel Issues
•  6. Troubleshooting AAA Authentication
• Module 12 Troubleshooting Sample Case Studies
•  1. Case Study -1
•  2. Case Study -2
•  3. Case Study -3
•  4. Case Study -4