Examining Cisco Enterprise Network Architecture
- Cisco Enterprise Architecture Model
- Campus LAN Design Fundamentals
- Traditional Multilayer Campus Layer Design
- Campus Distribution Layer Design
- Fabric and Cloud Enterprise Design
CCNP ENCOR + ENARSI (Combo)
Elevate your potential as a master architect of high performance networks and revolutionize your career in the world of connectivity. CCNP ENCOR + ENARSI (Combo) at RST Forum is a 120-hour instructor-led course (lectures plus hands-on lab practice) at advanced level. Classroom batches run at our Mumbai campus and the same batch streams live-online across India; the fee is ₹25,000.
This course will qualify you for the Cisco Certified Network Professional (CCNP) Enterprise certification (exam 350-401 ENCOR + 300-410 ENARSI).
- Duration
- 120 hours
- Training mode
- Classroom & online
- Course fees
- ₹25,000
- Level
- Advanced
- Certification
350-401 ENCOR + 300-410 ENARSIShow the full certification name
Cisco Certified Network Professional (CCNP) Enterprise
Live, Instructor led (ILT)
Mumbai campus
for working engineers
Exam fees not included.
Course details verified
Please note that the course fees exclude the certification cost.
Overview
Who should attend
This 120hrs (Lectures + hands-on Lab) CCNP-ENCOR+ ENARSI training is designed for personnel involved in deploying, troubleshooting, and managing enterprise and service providers wired and wireless networks. Candidates will also learn to implement security principles, automation, and programmability within an enterprise network, and how to overlay network design by using SD-Access and SD-WAN solutions. This course covers a breadth of topics like creating HLD and LLD for L2 and L3 campus network, enterprise WAN, Service Provider and ISP network, entire layer 2 technology suite, advanced L3 technologies like BGP, OSPF, MPLS-VPN, MPLS-TE, Multicasting, QoS, IP services, Security fundamentals, Wireless, Automation and programmability. The CCNP ENCOR + ENARSI is a lab-intensive course with 80+ Labs and objectives are accomplished mainly through hands on learning. This customized course extensively covers all topics of CCNP ENCOR and ENARSI course.
Outcomes
Skills you'll gain
- Cisco Switching Paths
- Implementing Campus LAN Connectivity
- Building Redundant Switched Topology
- Implementing Layer 2 Port Aggregation
- Explaining EIGRP
- Implementing and optimizing OSPF
- Configuring Redistribution
- Exploring BGP and MP-BGP
- Implementing DMVPN
- Implementing Network Redundancy
Objectives
What you'll be able to do
The course objectives, as the vendor's own blueprint states them.
- Describe and illustrate the hierarchical network design model and architecture with HLD and LLD design models for L2/L3 campus network, enterprise WAN, Service Provider, and ISP network architectures.
- Troubleshoot Layer 2 connectivity using VLANs and trunking.
- Implement and optimize Open Shortest Path First (OSPF)v2 and OSPFv3, including adjacencies, packet types, and areas, summarization, and route filtering for IPv4 and IPv6.
- Implement External Border Gateway Protocol (EBGP) interdomain routing, path selection, and single and dual-homed networking.
- Configure Multiprotocol-Border Gateway Protocol (MP-BGP) in IPv4 and IPv6.
- Optimize MP-BGP in IPv4 and IPv6.
- Troubleshoot MP-BGP for IPv4 and IPv6
- Implement overlay technologies such as Virtual Routing and Forwarding (VRF), Generic Routing Encapsulation (GRE), VPN, and LISP.
- Describe the features of Multiprotocol Label Switching (MPLS) and the components of an MPLS VPN. Identify the routing and packet forwarding functionalities for MPLS VPNs
- Explain MPLS Traffic Engineering (MPLS-TE)
- Describe Dynamic multipoint VPN (DMVPN)
- Describe the various wireless deployment models available, including autonomous Access Point (AP) deployments and cloud-based designs within the centralized Cisco Wireless LAN Controller (WLC) architecture.
- Describe wireless roaming and location services.
- Compare and contrast the various hardware and software switching mechanisms and operation, while defining the TCAM and CAM, process switching, fast switching, and Cisco Express Forwarding (CEF) concepts.
Included
What you get
- Curriculum based on course outlines defined by Cisco Systems.
- This Instructor-led classroom course is designed with an aim to build theoretical knowledge supplemented by ample hands-on lab exercises.
- Facility of Lab on cloud available.
- Courseware includes reference material to maximize learning.
- Assignments and tests to ensure concept absorption.
- Repeating of lectures allowed (On approval basis)
- Candidates can attend lectures online.
Credential
Certification details
Cisco Certified Network Professional (CCNP) Enterprise350-401 ENCOR + 300-410 ENARSI
After the course
Placements & outcomes
Placement assistance is included: CV preparation, interview drills with real scenario questions, and referrals through our alumni network of 1 million+ engineers trained since 1997.
Learning path
Where this course takes you
This course is one stage of the Networking path - 18–30 months end to end, beginner → expert. Here is what comes before it, and what comes after.
- Cisco Certified Network Associate (CCNA)Network Engineer · NOC Engineer · 3–4 months
- CCNP ENCOR + ENARSI (Combo)You are hereSenior Network Engineer · 5–6 months
Then specialise
29 modules
Full syllabus
Every module below is taught live and practiced hands-on - nothing here is a slide-only topic.
Cisco Switching Paths
- Layer 2 Switch Operation
- Investigate the CAM
- Control Plane and Data Plane
- Cisco Switching Mechanisms
- Cisco Express Forwarding Overview
- Analyze Cisco Express Forwarding
Implementing Campus LAN Connectivity
- Revisiting VLANs
- Trunking with 802.1Q
- Troubleshoot VLAN and Trunk Issues
- Inter-VLAN Routing
Building Redundant Switched Topology
- STP Overview
- STP Operation
- STP Types and Features
- Tune STP and Configure RSTP
- Introducing MST
- Configure Multiple STP
- PortFast and BPDU Guard
- Enhance STP with Root Guard
Implementing Layer 2 Port Aggregation
- Need for EtherChannel
- EtherChannel Mode Interactions
- Layer 2 EtherChannel Configuration Guidelines
- EtherChannel Load-Balancing Options
- Troubleshoot EtherChannel Issues
- Troubleshoot EtherChannel
- Describe Policy-Based Routing
Explaining EIGRP
- EIGRP Features
- EIGRP Reliable Transport
- Establishing EIGRP Neighbor Adjacency
- EIGRP Metrics
- EIGRP Path Selection
- Explore EIGRP Load Balancing and Sharing
- EIGRP for IPv6
- Compare EIGRP and OSPF Routing Protocols
Implementing and optimizing OSPF
- Describe OSPF
- OSPF Process
- OSPF Neighbor Adjacencies
- Building a Link-State Database
- OSPF LSA Types
- Compare Single-Area and Multiarea OSPF
- OSPF Area Structure
- OSPF Network Types
- Implement Multiarea OSPF
- OSPF Cost
- Implement OSPF Tuning
- OSPF Route Summarization
- OSPF Route Filtering Tools
- Apply OSPF Optimization
- Compare OSPFv2 and OSPFv3
- Implement OSPFv3
- Configure OSPFv3 for IPv4 and IPv6
- OSPFv2 and OSPFv3 LSA Types
- Verify the Link-State Database
- Periodic OSPF Database Changes
- Exchange and Synchronize LSDBs
- Synchronize LSDB on Multi-Access Networks
- Execution of the SPF Algorithm
- OSPF Route Summarization
- Default Routing in OSPF
- OSPF Special Areas
- Configure OSPF Stub Areas and Summarization
- Default Route Cost in OSPF Special Areas
- OSPF Authentication
- Configure OSPF Authentication
- OSPF Virtual Link
Configuring Redistribution
- Route Redistribution
- Redistribution of Route Information
- Determine Default Metrics for Redistributed Routes
- Implement Routing Protocol Redistribution
- Calculation of Costs for OSPF E1 and E2 Routes
- Types of Redistribution
- Mutual Redistribution
- Need for Redistribution Manipulation
- Filtering Tools: Distribute Lists
- Filtering Tools: Prefix Lists
- Manipulate Redistribution
- Filtering Tools: Route Maps
- Manipulate Redistribution Using Route Maps
- Identify Caveats of Redistribution
Exploring BGP and MP-BGP
- Interdomain Routing with BGP
- BGP Neighbor Relationships
- BGP Path Selection
- BGP Path Attributes
- BGP Path Selection
- BGP Transit AS Functionality
- IBGP Path Processing
- IBGP Split Horizon
- IBGP Full Mesh
- Configure IBGP and EBGP
- Configure and Verify Single-Homed EBGP
- PBR Features and Benefits
- Explain How to Configure PBR
- Implement PBR
- Bidirectional Forwarding Detection
- BFD Operational Modes
- Configure the Weight Attribute
- Implement BGP Path Selection
- Configure the MED Attribute
- Configure BGP Route Filtering
- Implement BGP Peer Groups
- Configure BGP Advanced Features
- IBGP Scalability Issues in a Transit AS
- Route Reflector Split-Horizon Rules
- Redundant Route Reflectors
- Configure BGP Route Reflectors
- BGP Authentication
- MP-BGP Support for IPv6
- IPv6 BGP Filtering Mechanisms
- Configure MP-BGP for IPv4 and IPv6
Exploring BGP and MP-BGP
- Describe Traditional IP Routing
- Describe MPLS Features and Benefits
- Explain MPLS Terminology
- Describe MPLS Architecture Components
- Describe the Architecture of Ingress Edge LSRs
- Describe the Architecture of Intermediate LSRs
- Describe the Architecture of Egress Edge LSRs
- Describe MPLS Labels
- Describe FEC and MPLS Forwarding
- Describe MPLS Label Format
- Describe Label Distributing Protocols
- Describe Using LDP to Forward Packets
- Describe IGP and LDP Propagation
- Describe MPLS L3 VPN Architecture
- Describe PE Router Architecture
- Describe VRF
- Describe Methods of Propagating Routing Information Across the P-Network
- Describe Route Distinguishers
- Describe RD Operation in MPLS VPN
- Describe Route Targets
- Describe RT and RD Process Flow
- Describe MPLS L3 VPN Routing Requirements
- Describe Support for Internet Routing
- Describe Routing Tables on PE Routers
- Describe the End-to-End Flow of Routing Updates
- Describe End-to-End VPN Packet Forwarding Mechanisms
- Describe VPN Penultimate Hop Popping
- Describe the Propagation of VPN Labels Between PE Routers
- VRF-Lite Functionality
- Implement VRF-Lite
- Routing with VRF-Lite
- Configure Routing with VRF-Lite
Implementing DMVPN
- DMVPN Solution Components
- Understanding GRE
- NHRP
- DMVPN Operations
- DMVPN Authentication
- DMVPN Hub Configuration
- DMVPN Spoke Configuration
- DMVPN Routing Configuration
- Verify DMVPN
- Implement Cisco IOS DMVPN
Implementing Network Redundancy
- Need for Default Gateway Redundancy
- Define FHRP
- Implement HSRP
- HSRP Advanced Features
- Configure VRRP
- Cisco Switch High Availability Features
Exploring Virtual Private Networks and Interfaces
- Site-to-Site VPN Technologies
- IPsec VPN Overview
- IPsec: Internet Key Exchange
- IPsec Modes
- IPsec VPN Types
- Cisco IOS VTI
- Configure Static VTI Point-to-Point Tunnels
Explaining Wireless Principles
- Explain RF Principles
- Describe Watts and Decibels
- Describe Antenna Characteristics
- Describe IEEE Wireless Standards
- Identify Wireless Component Roles
- Client Density
Examining Wireless Deployment Roaming and Location Services
- Wireless Deployment Overview
- Describe Autonomous AP Deployment
- Describe Centralized Cisco WLC Deployment
- Describe FlexConnect Deployment
- Describe the Cloud-Managed Meraki Solution
- Cisco Catalyst 9800 Series Controller Deployment Options
- Describe Cisco Mobility Express
- Wireless Roaming Overview
- Mobility Groups and Domains
- Wireless Roaming Types
- Describe Location Services
- Examining Wireless AP Operation
- Implementing Wireless Client Authentication
Troubleshooting Wireless Client Connectivity
- Wireless Troubleshooting Tools Overview
- Spectrum Analysis
- Wi-Fi Scanning
- Packet Analysis
- Cisco AireOS GUI and CLI Tools
- Cisco Wireless Config Analyzer Express
- Common Wireless Client Connectivity Issues Overview
- Client to AP Connectivity
- WLAN Configuration
- Infrastructure Configuration
- Troubleshoot Wireless Client Connectivity Issues
Introducing Multicast Protocols
- Multicast Overview
- Internet Group Management Protocol
- Multicast Distribution Trees
- IP Multicast Routing
- Rendezvous Point
Introducing QoS
- Understand the Impact of User Applications on the Network
- Need for QoS
- Describe QoS Mechanisms
- Define and Interpret a QoS Policy
Implementing Network Services
- Understanding NTP
- Describe PTP
- Logging Services
- Configure Syslog
- Understanding SNMP
- Introducing NetFlow
- Configure and Verify Flexible NetFlow
- Understanding Cisco IOS EEM
- Configure Cisco IOS EEM
Using Network Analysis Tools
- Basic Hardware Diagnostics
- Troubleshoot Connectivity and Analyze Traffic with Ping, Traceroute, and Debug
- Cisco IOS IP SLAs
- Configure and Verify Cisco IP SLAs
- SPAN Overview
- Remote SPAN
- Encapsulated Remote Switched Port Analyzer
- Cisco Packet Capture Tools Overview
Implementing Infrastructure Security
- ACL Overview
- ACL Wildcard Masking
- Types of ACLs
- Configure Numbered Access Lists
- Use ACLs to Filter Network Traffic
- Apply ACLs to Interfaces
- Configure Named Access Lists
- Configure Standard and Extended ACLs
- Control Plane Overview
- Control Plane Policing
- Configure Control Plane Policing
Implementing Secure Access Control
- Securing Device Access
- AAA Framework Overview
- Benefits of AAA Usage
- Authentication Options
- RADIUS and TACACS+
- Enabling AAA and Configuring a Local User for Fallback
- Configuring RADIUS for Console and vty Access
- Configuring TACACS+ for Console and vty Access
- Configure Authorization and Accounting
- Implement Local and Server-Based AAA
Exploring Enterprise Network Security Architecture
- Explore the Threatscape
- Cisco Intrusion Prevention System
- Virtual Private Networks
- Content Security
- Logging
- Endpoint Security
- Personal Firewalls
- Antivirus and Antispyware
- Centralized Endpoint Policy Enforcement
- Cisco AMP for Endpoints
- Firewall Concepts
- TrustSec
- MAC Security
- Identity Management
- 802.1X for Wired and Wireless Endpoint Authentication
- MAC Authentication Bypass
- Web Authentication
Exploring Cisco DNA Center-Network Automation and Management
- Cisco DNA Center Solution Overview
- Cisco DNA Center-Functional Areas Overview
- Cisco DNA Center-NetOps Overview
- Cisco DNA Center-SecOps Overview
- Cisco DNA Center-AIOps Overview
- Cisco DNA Center-DevOps Overview
- Cisco DNA Center Inventory Overview
- Cisco DNA Center Configuration Management Overview
- Onboarding of Network Devices Using Cisco DNA Center
- Cisco DNA Center SWIM
- Cisco DNA Center (Assurance) AIOps Key Features and Use Cases
- Cisco DNA Center (Assurance) AIOps Implementation Workflow
Examining the Cisco SD-Access Solution
- Need for Cisco SD-Access
- Cisco SD-Access Overview
- Cisco SD-Access Fabric Components
- Cisco SD-Access Fabric Control Plane Based on LISP
- Cisco SD-Access Fabric Data Plane Based on VXLAN
- Cisco SD-Access Fabric Policy Plane Based on Cisco TrustSec
- Role of Cisco ISE and Cisco DNA Center in Cisco SD-Access
- Cisco SD-Access Wireless Architecture
- Traditional Campus Interoperating with Cisco SD-Access
Exploring the Working Principles of the Cisco SD-WAN Solution
- Need for Software-Defined Networking for WAN
- Cisco SD-WAN Components and Functions
- Cisco SD-WAN Orchestration Plane
- Cisco SD-WAN Management Plane: vManage
- Cisco SD-WAN Control Plane: vSmart
- Cisco SD-WAN Data Plane: WAN Edge
- Cisco SD-WAN Programmatic APIs
- Cisco SD-WAN Automation and Analytics: vAnalytics
- Cisco SD-WAN Terminology
- Cisco IOS XE and IOS XE SD-WAN Software
- Flexible Controller Deployment Options
- Cisco SD-WAN Security
Discovering the Basics of Python Programming
- Describe Python Concepts
- String Data Types
- Numbers Data Types
- Boolean Data Types
- Script Writing and Execution
- Analyzing the Code
- Write and Troubleshoot Python Scripts
Introducing Network Programmability Protocols
- Configuration Management
- Evolution of Device Management and Programmability
- Data Encoding Formats
- Understanding JSON
- Explore JSON Objects and Scripts in Python
- Model-Driven Programmability Stack
- Introduction to YANG
- Types of YANG Models
- Understanding NETCONF
- Explain NETCONF and YANG
- Use NETCONF via SSH
- Understanding REST
- Understanding RESTCONF
- Use RESTCONF with Cisco IOS XE Software
Introducing APIs in Cisco DNA Center and vManage
- Application Programming Interfaces
- REST API Response Codes and Results
- REST API Security
- Cisco DNA Center APIs
- Cisco SD-WAN REST API Overview
78 labs
Hands-on labs
Structured labs on real equipment, with 24/7 lab-on-cloud access through Skillopia - our own lab platform.
Hands-on labs
7801Configure OSPFv3 for IPv4
- Configuring network using OSPFv3
- Configuring OSPFv3 Neighbors and areas
- Verification of OSPFv3 Interfaces, Neighbor, LSDB
- Verification of Protocol and its details
- Troubleshoot OSPFv3 Neighbor-ship Issues
- Verifying OSPFv3 Operation
- Verifying OSPFv3 DR and BDR Elections
02Configure OSPFv3 for IPv6
- Configuring IPv6 network using OSPFv3
- Configuring OSPFv3 Neighbors and areas
- Verification of OSPFv3 IPv6 Interfaces, Neighbor, LSDB
- Verification of Protocol and its details
- Troubleshoot OSPFv3 Neighbor-ship Issues
- Verifying OSPFv3 Operation
- Verifying OSPFv3 DR and BDR Elections
03OSPF IPv4 route summarization on Area Border Router (ABR)
- Analyzing OSPF routes in IPv4 routing table
- Identifying the contiguous routes within area
- Summarizing the contiguous set of IPv4 routes into single route on ABR router
- Verifying summary route propagation on OSPF neighbor routers
- Verifying null interface creation on OSPF ABR router
04OSPF IPv6 route summarization on Area Border Router (ABR)
- Analyzing OSPF routes in IPv6 routing table
- Identifying the contiguous routes within area
- Summarizing the contiguous set of IPv6 routes into single route on ABR router
- Verifying summary route propagation on OSPF neighbor routers
- Verifying null interface creation on OSPFv3 ABR router
05OSPF IPv4 route redistribution on Autonomous System Boundary Router (ASBR)
- Creating loopback interfaces to simulate IPv4 networks
- Redistributing these loopback networks into OSPF domain as external routes
- Verifying propagation of redistributed routes on OSPF neighbor routers
- Analyzing the redistributed routes metric-type on OSPF neighbor routers
- Changing metric-type of external routes to external-type 1 (E1)
- Verifying the varying cost of E1 routes on all OSPF neighbor routers
06OSPF IPv6 route redistribution on Autonomous System Boundary Router (ASBR)
- Creating loopback interfaces to simulate IPv6 networks
- Redistributing these loopback networks into OSPF domain as external routes
- Verifying propagation of redistributed routes on OSPF neighbor routers
- Analyzing the redistributed routes metric-type on OSPF neighbor routers
- Changing metric-type of external routes to external-type 1 (E1)
- Verifying the varying cost of E1 routes on all OSPF neighbor routers
07OSPFv3 IPv4 Route Summarization on Autonomous System Boundary Router (ASBR)
- Summarizing the redistributed IPv4 routes into single route on ASBR router
- Verifying summary route propagation on OSPF neighbor routers
- Verifying null interface creation on OSPF ASBR router
08OSPFv3 IPv6 Route Summarization on Autonomous System Boundary Router (ASBR)
- Summarizing the redistributed IPv6 routes into single route on ASBR router
- Verifying summary route propagation on OSPF neighbor routers
- Verifying null interface creation on OSPF ASBR router
09OSPF IPv4 neighbor authentication
- Verifying OSPF IPv4 neighborship status
- Configuring simple password authentication between IPv4 OSPF neighbors
- Verifying the type of OSPF authentication enabled on interface
- Verifying OSPF IPv4 neighborship status
- Configuring OSPF Message-Digest authentication between IPv4 neighbors
- Verifying OSPF IPv4 neighborship status
10OSPF IPv6 neighbor authentication
- Verifying OSPF IPv6 neighborship status
- Configuring IPsec authentication between IPv6 OSPF neighbors
- Verifying the type of OSPF authentication enabled on interface
- Verifying OSPF IPv6 neighborship status
11Configuring IPv4 OSPF Stub Area
- Verifying the receipt of OSPF external routes in IPv4 routing table
- Configuring IPv4 OSPF stub area on all routers in that area
- Verifying that the OSPF external routes have not propagated in stub area
- Verifying propagation of default route on all OSPF area internal routers
12Configuring IPv6 OSPF Stub Area
- Verifying the receipt of OSPF external routes in IPv6 routing table
- Configuring IPv6 OSPF stub area on all routers in that area
- Verifying that the OSPF external routes have not propagated in stub area
- Verifying propagation of default route on all OSPF area internal routers
13Configuring IPv4 OSPF Totally Stub Area
- Verifying the receipt of OSPF external routes in IPv4 routing table
- Configuring IPv4 OSPF totally stub area on ABR and all area internal routers
- Verifying that the OSPF external and OIA routes have not propagated in totally stub area
- Verifying propagation of default route on all OSPF area internal routers
14Configuring IPv6 OSPF Totally Stub Area
- Verifying the receipt of OSPF external routes in IPv6 routing table
- Configuring IPv6 OSPF totally stub area on ABR and all area internal routers
- Verifying that the OSPF external and OIA routes have not propagated in totally stub area
- Verifying propagation of default route on all OSPF area internal routers
15Configuring IPv4 OSPF Not-So-Stubby Area (NSSA)
- Configuring IPv4 OSPF stub on all routers in an area
- Verifying that the OSPF external routes have not propagated in stub area
- Creating loopback interfaces to simulate IPv4 network on an internal router of a stub area
- Redistributing loopback interfaces into stub area
- Analyzing that the OSPF external routes have not propagated in stub area
- Configuring IPv4 OSPF Not-So-Stubby Area (NSSA) on all routers in an area
- Redistributing loopback interface into Not-So-Stubby Area (NSSA)
- Verifying propagation of external routes as N-type route in NSSA area
- Verifying injection of external routes as E-type route in other areas from NSSA area
- Verifying propagation of default route on all OSPF Not-So-Stubby Area internal routers
16Configuring IPv6 OSPF Not-So-Stubby Area (NSSA)
- Configuring IPv6 OSPF stub on all routers in an area
- Verifying that the OSPF external routes have not propagated in stub area
- Creating loopback interfaces to simulate IPv6 network on an internal router of a stub area
- Redistributing loopback interfaces into stub area
- Analyzing that the OSPF external routes have not propagated in stub area
- Configuring IPv6 OSPF Not-So-Stubby Area (NSSA) on all routers in an area
- Redistributing loopback interface into Not-So-Stubby Area (NSSA)
- Verifying propagation of external routes as N-type route in NSSA area
- Verifying injection of external routes as E-type route in other areas from NSSA area
- Verifying propagation of default route on all OSPF Not-So-Stubby Area internal routers
17Configuring IPv4 OSPF Virtual Link
- Verifying IPv4 routes in OSPF topology with area not directly connected to the backbone
- Configuring OSPF IPv4 virtual links over transit area
- Analyzing virtual link functioning
- Verifying propagation of routes via virtual link between areas not connected via backbone
18Configuring IPv6 OSPF Virtual Link
- Verifying IPv6 routes in OSPF topology with area not directly connected to the backbone
- Configuring OSPF IPv6 virtual links over transit area
- Analyzing virtual link functioning
- Verifying propagation of routes via virtual link between areas not connected via backbone
19Analyzing OSPF Convergence on BFD enabled networks
- Verifying OSPF convergence time
- Enable BFD to enhance OSPF convergence time
- Analyzing convergence time after enabling BFD
20Configure IPv4 BGP on Multi-AS topology
- Configuring BGP for IPv4 address family on topology with multiple AS
- Advertising connected loopback networks
- Verifying and analyzing BGP neighborship and states
- Verifying and analyzing BGP inter-AS route propagation
- Verifying and analyzing BGP attributes and its propagation
- Troubleshoot BGP Neighbor-ship Issues
- Verifying BGP Operation
21Configure IPv6 BGP on Multi-AS topology
- Configuring BGP for IPv6 address family on topology with multiple AS
- Advertising connected loopback networks
- Verifying and analyzing BGP neighborship and states
- Verifying and analyzing BGP inter-AS route propagation
- Verifying and analyzing BGP attributes and its propagation
- Troubleshoot BGP Neighbor-ship Issues
- Verifying BGP Operation
22IPv4 BGP AS-Path attribute manipulation
- Creating loopback interfaces to simulate IPv4 networks
- Advertising loopback network in BGP Multi-AS topology
- Verifying propagation of routes and its AS-Path attribute on BGP neighbor routers
- Manipulating AS-Path attribute and prepend routes with additional AS numbers
- Analyzing changes in BGP path selection due to AS-Path attribute manipulation
23IPv6 BGP AS-Path attribute manipulation
- Creating loopback interfaces to simulate IPv6 networks
- Advertising loopback network in BGP Multi-AS topology
- Verifying propagation of routes and its AS-Path attribute on BGP neighbor routers
- Manipulating AS-Path attribute and prepend routes with additional AS numbers
- Analyzing changes in BGP path selection due to AS-Path attribute manipulation
24IPv4 BGP Local-Preference attribute manipulation
- Creating loopback interfaces to simulate IPv4 networks
- Advertising loopback network in BGP Multi-AS topology
- Verifying propagation of routes and their Local-Preference attribute in an autonomous
- Manipulating Local-Preference attribute to over-ride best path selection using AS-Path
- Analyzing changes in BGP path selection criteria due to Local-Preference manipulation
- Analyzing the non-transitive nature of BGP Local-Preference attribute
25IPv6 BGP Local-Preference attribute manipulation
- Creating loopback interfaces to simulate IPv6 networks
- Advertising loopback network in BGP Multi-AS topology
- Verifying propagation of routes and their Local-Preference attribute in an autonomous
- Manipulating Local-Preference attribute to over-ride best path selection using AS-Path
- Analyzing changes in BGP path selection criteria due to Local-Preference manipulation
- Analyzing the non-transitive nature of BGP Local-Preference attribute
26IPv4 BGP Multi-exit Discriminator (MED) attribute manipulation
- Creating loopback interfaces to simulate IPv4 networks
- Advertising loopback network to neighbor router from AS over two different links
- Verifying that BGP router has received route from neighboring AS over two different links
- Analyzing that the best path was selected on basis of lowest neighbor IP address
- Manipulating attributes to over-ride best path selection using MED attribute
- Analyzing changes in BGP path selection criteria due to MED attribute manipulation
27IPv6 BGP Multi-exit Discriminator (MED) attribute manipulation
- Creating loopback interfaces to simulate IPv6 networks
- Advertising loopback network to neighbor router from AS over two different links
- Verifying that BGP router has received route from neighboring AS over two different links
- Analyzing that the best path was selected on basis of lowest neighbor IP address
- Manipulating attributes to over-ride best path selection using MED attribute
- Analyzing changes in BGP path selection criteria due to MED attribute manipulation
28Configuring IPv4 BGP Community string
- Configure BGP community string for network being advertised to EBGP neighbor
- Enable BGP send-community to propagate community string to BGP neighbor
- Verifying that BGP router has received community string from neighbor router
- Manipulating weight attribute for routes received from neighbor with community string
- Analyzing that the weight is only set for IPv4 routes with community string set
29Configuring IPv6 BGP Community string
- Configure BGP community string for network being advertised to EBGP neighbor
- Enable BGP send-community to propagate community string to BGP neighbor
- Verifying that BGP router has received community string from neighbor router
- Manipulating weight attribute for routes received from neighbor with community string
- Analyzing that the weight is only set for IPv6 routes with community string set
30Configuring IPv4 BGP Well-known Community
- Configure BGP Local-AS community
- Configure BGP no-advertise community
- Configure BGP no-export community
- Verifying BGP Well-Known community behavior
31Configuring IPv6 BGP Well-known Community
- Configure BGP Local-AS community
- Configure BGP no-advertise community
- Configure BGP no-export community
- Verifying BGP Well-Known community behavior
32Configuring IPv4 BGP Summarization
- Analyzing BGP routes in IPv4 BGP table
- Summarizing the contiguous set of IPv4 routes into single route and advertise
- Analyzing attributes of summary and individual route were received from BGP neighbor
- Use summary-only option while summarizing routes
- Analyzing that only summary route is received from BGP neighbor
- Set AS-Set option while summarizing routes
- Analyzing attributes of summary route that was received from BGP neighbor
33Configuring IPv6 BGP Summarization
- Analyzing BGP routes in IPv6 BGP table
- Summarizing the contiguous set of IPv6 routes into single route and advertise
- Analyzing attributes of summary and individual route were received from BGP neighbor
- Use summary-only option while summarizing routes
- Analyzing that only summary route is received from BGP neighbor
- Set AS-Set option while summarizing routes
- Analyzing attributes of summary route that was received from BGP neighbor
34Configuring IPv4 Prefix-list
- Analyzing BGP routes in IPv4 BGP table
- Summarizing the contiguous set of IPv4 routes into single route and advertise
- Analyzing that both summary and individual routes were received from BGP neighbor
- Use IPv4 Prefix-list to filter out routes based on prefix mask and allow only summary route
- Analyzing that only summary route is received from BGP neighbor
35Configuring IPv6 Prefix-list
- Analyzing BGP routes in IPv6 BGP table
- Summarizing the contiguous set of IPv6 routes into single route and advertise
- Analyzing that both summary and individual routes were received from BGP neighbor
- Use IPv6 Prefix-list to filter out routes based on prefix mask and allow only summary route
- Analyzing that only summary route is received from BGP neighbor
36Configuring IPv4 BGP route-reflector in an autonomous to solve BGP split-horizon issues
- Analyzing BGP IPv4 routes propagation from IBGP neighbors to other IBGP neighbors
- Verifying that IBGP IPv4 routes are not getting forwarded to other IBGP neighbors
- Configure a router as route-reflector and its neighbors as route-reflector clients
- Verifying IBGP IPv4 route propagation to other IBGP neighbors in your AS
37Configuring IPv6 BGP route-reflector in an autonomous to solve BGP split-horizon issues
- Analyzing BGP IPv6 routes propagation from IBGP neighbors to other IBGP neighbors
- Verifying that IBGP IPv6 routes are not getting forwarded to other IBGP neighbors
- Configure a router as route-reflector and its neighbors as route-reflector clients
- Verifying IBGP IPv6 route propagation to other IBGP neighbors in your AS
38Configuring IPv4 BGP Confederation in an autonomous to solve BGP split-horizon issues
- Analyzing BGP IPv4 routes propagation from IBGP neighbors to other IBGP neighbors
- Verifying that IBGP IPv4 routes are not getting forwarded to other IBGP neighbors
- Configure multiple private Sub-ASs and make it confederation member of primary AS
- Verifying IBGP IPv4 route propagation to other IBGP neighbors in your AS
39Configuring IPv6 BGP Confederation in an autonomous to solve BGP split-horizon issues
- Analyzing BGP IPv6 routes propagation from IBGP neighbors to other IBGP neighbors
- Verifying that IBGP IPv6 routes are not getting forwarded to other IBGP neighbors
- Configure multiple private Sub-ASs and make it confederation member of primary AS
- Verifying IBGP IPv6 route propagation to other IBGP neighbors in your AS
40Analyzing BGP Convergence on BFD enabled networks
- Verifying BGP convergence time
- Enable BFD to enhance BGP convergence time
- Analyzing convergence time after enabling BFD
41Configure MPLS in a Service Provider Network
- Verifying the IPv4 routing table to check IGP route propagation within the SP Network
- Configuring LDP Protocol to send updates using Loopback0 as Source address
- Configuring MPLS on interfaces of all routers in a service provider network
- Verifying the LFIB to check the labels exchanged with LDP neighbors
- Verifying the details of LDP neighbors
42Understanding MPLS TTL Propagation in a Service Providers Network
- Verifying the IPv4 routing table to check IGP route propagation within the SP Network
- Enabling MPLS LDP Protocol to send updates using Loopback0 as Source address
- Configuring MPLS on interfaces of all routers in a service provider network
- Creating L3 overlay network for connecting 2 customers sites
- Analyzing hop details from output of trace command between two customer’s sites
- Disabling IP TTL propagation on all Provider edge and provider router
- Analyzing hop details from output of trace command after disabling IP TTL Propagation
43Configure MPLS Layer 3 VPN using OSPF as PE-CE Protocol
- Verifying the IPv4 routing table to check IGP route propagation within the SP Network
- Enabling MPLS LDP Protocol to send updates using Loopback0 as Source address
- Configuring MPLS on interfaces of all routers in a service provider network
- Configuring BGP on all PE routers in SP Network
- Configuring MPBGP and activating VPNv4 address family between PE neighbors
- Configuring VRF, RD, RT and enable VRF forwarding on all customer facing interfaces
- Configuring PE-CE Routing and using OSPF Protocol
- Redistributing OSPF-BGP to exchange routes between VRF tables
- Verifying routes exchange between all CE routers
- Analyzing the route type of all routes received on CE router from MPLS Backbone
44Configure Complex MPLS Layer 3 VPN using BGP as PE-CE Protocol
- Verifying the IPv4 routing table to check IGP route propagation within the SP Network
- Enabling MPLS LDP Protocol to send updates using Loopback0 as Source address
- Configuring MPLS on interfaces of all routers in a service provider network
- Configuring BGP on all PE routers in SP Network
- Configuring MPBGP and activating VPNv4 address family between PE neighbors
- Configuring VRF for overlapping VPNs
- Configuring PE-CE Routing and using BGP Protocol
- Enabling BGP as-override and allowas-in feature on PE-CE routers
- Verifying routes exchange between all CE routers
- Analyzing the AS-Path attribute of routes received on CE router from other CE routers
45Configuring MPLS L2VPN (Port Mode)
- Verifying the IPv4 routing table to check IGP route propagation within the SP Network
- Configuring LDP and enabling MPLS on interfaces in the SP network
- Configuring Pseudo wire Tunnel between PE1 and PE2 Routers
- Connecting Pseudo wire Tunnel to attachment circuit and configuring IP address
- Verifying the status of the emulated circuit and the pseudo wire tunnel
- Verifying connectivity over the Pseudo wire tunnel. using ping command
46Configuring the IEEE 802.1 Q-in-Q Tunnel
- Configuring IEEE 802.1 Q-in-Q using encapsulation dot1q and L2 tunnel protocol CDP
- Assigning a tunnel port to a VLAN ID that is dedicated to tunneling
- Verifying tunnel and CDP neighbor status
- Verifying connectivity over the Q-in-Q tunnel. using ping command
47Configuring IP Multicast using PIM Dense mode
- Configuring IP Multicast with PIM Dense Mode throughout the OSPF domain
- Verifying PIM Neighborship status
- Analyzing multicast routing table for Source to Group entries (S, G)
- Configuring Debug IP PIM to analyze the PIM messages exchanged between neighbors
- Enabling IP SLA to generate multicast feed (UDP echo packet) from multicast source
- Analyzing the capture of debug IP PIM command
- Verifying the multicast routing table for new (S, G) entries
- Sending IGMP Group-Join from IGMP-Client PC
- Analyzing PIM messages for setting up of forwarding path
48Configuring IP Multicast using PIM Sparse mode
- Configuring IP Multicast with PIM Sparse Mode
- Configuring the rendezvous point (RP) manually on all PIM routers
- Verifying PIM Neighborship status
- Analyzing multicast routing table for (*, G) and (S, G) entries
- Configuring Debug IP PIM to analyze the PIM messages exchanged between neighbors
- Enabling IP SLA to generate multicast feed (UDP echo packet) from multicast source
- Analyzing the capture of debug IP PIM for tunnel formation and PIM register messages
- Verifying the multicast routing table for new (S, G) entries
- Sending IGMP Group-Join from IGMP-Client PC
- Analyzing PIM messages for setting up of forwarding path
49Configuring IP Multicast using PIM Sparse-Dense mode
- Configuring IP Multicast with PIM Sparse-Dense Mode
- Configuring the rendezvous point (RP) and RP mapping agent
- Verifying PIM Neighborship status
- Analyzing multicast routing table for (*, 224.0.1.39) and (*, 224.0.1.40) entries
- Configuring Debug IP PIM to analyze the PIM messages exchanged between neighbors
- Enabling IP SLA to generate multicast feed (UDP echo packet) from multicast source
- Analyzing the capture of debug IP PIM for tunnel formation and PIM register messages
- Verifying the multicast routing table for new (S, G) entries
- Sending IGMP Group-Join from IGMP-Client PC
- Analyzing PIM messages for setting up of forwarding path
50Configuring and Analyzing Cisco Discovery Protocol
- Enabling and Disabling CDP protocol on interfaces
- Enabling and Disabling CDP protocol from global config mode
- Modifying CDP timers
- Mapping port connectivity of all switches using CDP protocol
- Verifying Cisco Discovery Protocol status and neighbor details
51Configuring Trunk between switches
- Verifying default Trunk mode of ports on switch
- Configuring DOT1Q (802.1Q) Trunk encapsulation
- Verifying Trunk Administrative and Operational modes
- Configure Static ISL Trunk between switches
- Verifying Trunk Administrative and Operational modes
- Creating Static trunk on all switches
- Verifying Trunk Administrative and Operational modes
- Configuring trunk to allow only specified VLAN
- Configuring trunk to load-balance VLAN traffic
- Understanding native VLAN ID for trunk port
52Understanding Virtual LAN (VLAN)
- Creating VLANs from VLAN database mode
- Verifying VLAN creation in VLAN database
- Create VLANs from global config mode
- Verifying VLAN creation in VLAN database
- Create VLANs from interface config mode
- Verifying VLAN creation in VLAN database
- Modifying and Deleting VLANs from VLAN database
53Understanding VLAN Trunk Protocol (VTP)
- Verifying and observing default VTP status
- Moving all switches from NULL to CCIERS domain
- Configuring VTP modes and verifying its operations
- Creating VLANs on Server switch and verifying propagation
- Verifying VTP status, CRN number and number of VLAN in all switches
- Creating extended VLAN on switch with VTP version 1 configured in Client mode
- Verifying the VLAN Propagation to other switches
54Understanding VLAN contiguity issues
- Creating VLAN and its SVIs on dis-contiguous Switches
- Creating and verifying Trunk between all the three switches
- Checking VLAN reachability using ping command
- Creating VLAN on central switch to VLAN achieve contiguity
- Verifying VLAN reachability using ping command
55Configuring Inter-VLAN Routing: Router on Stick
- Configuring two switches to work like PC with IP address and default-gateway
- Verifying IP address and default-gateway configuration
- Configuring switchport on which the PCs are connected to be member of separate VLAN
- Verifying VLAN creation and port membership
- Creating sub-interfaces on router and assign them membership of configured VLAN
- Creating and verifying trunk between access switch and router
- Verifying Inter-VLAN communication using ping command
56Configuring Inter-VLAN Routing: using external L3 Switch
- Configuring two switches to work like PC with IP address and default-gateway
- Verifying IP address and default-gateway configuration
- Configuring switchport on which the PCs are connected to be member of separate VLAN
- Verifying VLAN creation and port membership
- Creating SVIs on Layer 3 switch and configuring IP addresses
- Creating and verifying trunk between access switch and Layer 3 Switch
- Verifying Inter-VLAN communication using ping command
57Configuring Inter-VLAN Routing on Layer 3 Switch
- Configuring two switches to work like PC with IP address and default-gateway
- Verifying IP address and default-gateway configuration
- Configuring switchport on which the PCs are connected to be member of separate VLAN
- Verifying VLAN creation and port membership
- Creating SVIs on Layer 3 switch and configuring IP addresses
- Verifying Inter-VLAN communication using ping command
58Configuring and verifying Spanning-Tree Operations
- Configuring multiple VLANs in four switches looping topology
- Identifying loops and verifying spanning tree Bridge ID, bridge status, and port roles
- Verifying Per VLAN Spanning Tree status and Bridge mode for each VLAN
- Configuring switch as root bridge for a VLAN by reducing its bridge priority
- Configuring a switch as root primary and other switch as root secondary for a VLAN
- Analyzing spanning-tree port status and port roles after the above configuration
- Configuring the interface port priority to influence neighbors root port selection
- Verifying root port status after manipulating port priority
- Configuring the interface port cost of a switch to influence root port selection
- Verifying root port status after manipulating port cost
59Configuring and analyzing advanced spanning-tree features
- Configuring and verifying spanning-tree PortFast feature on a switch port
- Debugging to analyze the direct transition of port from blocking to forwarding mode
- Configuring UplinkFast for quick transitioning in case of forwarding link failure
- Debugging to analyze the quick transitioning of port role
- Configuring bpduguard to prevent loop due to receipt of BDPU on portfast enabled port
- Analyzing console logs to confirm that the port is getting pushed to error-disabled state
- Fixing the errors and bring the port out of error-disabled state
- Configuring bpdufilter to filter out BDPU received on portfast enabled port
- Verifying BPDU Filtering and analyzing change of port state to designated port
- Configure root guard on switchport connected to Root bridge
- Analyzing console logs to verify that root guard is blocking the port on receiving BPDU
- Analyzing UDLD operations
60Configuring and verifying Multiple Spanning-Tree Protocol (MSTP) Operations
- Configuring multiple VLANs in four switches looping topology
- Identifying and verifying spanning tree loops
- Configuring MST Instances to map VLANs in 2 groups on switches in loop
- Verify MST Instances, VLAN mappings, root bridge selection and CIST creation
- Configuring a switch as root bridge for an MST Instance by reducing its bridge priority
- Configuring switches as root for one MST Instance and other switch for another instance
- Analyzing MSTP port status and port roles after the above configuration
- Configuring the MSTP interface port priority to influence neighbors root port selection
- Verifying root port status after manipulating port priority
- Configuring the MSTP interface port cost of a switch to influence root port selection
- Verifying root port status after manipulating port cost
61Configuring and verifying EtherChannel operations
- Configuring Protocol Less EtherChannel to aggregate links
- Verifying link aggregation and grouping of links to form a single channel group
- Configuring EtherChannel to aggregate links using IEEE LACP
- Verifying link aggregation and grouping of links to form a single channel group
- Configuring EtherChannel to aggregate links using cisco PAGP
- Verifying link aggregation and grouping of links to form a single channel group
62Configuring and verifying DHCP Operations with DHCP server configured on access switch
- Configuring access switch as DHCP server with two IP address pools for separate VLANs
- Configuring IP DHCP excluded address to exclude the gateway address from DHCP pool
- Verifying IP DHCP server status and pool creation with excluded IP addresses
- Configuring two VLANs on switch and assigning port membership to VLANs
- Configuring and verifying Software Virtual Interface (SVI) with IP address for each VLAN
- Enabling Debug to verify DHCP operations and DORA process
- Configuring PCs connected to different VLANs to get IP address from DHCP server
- Verifying if PCs have received IP address and default gateway address from desired pool
63Configuring and verifying DHCP with DHCP server configured on distribution layer switch
- Configuring distribution switch as DHCP server with two IP pools for separate VLANs
- Configuring IP DHCP excluded address to exclude the gateway address from DHCP pool
- Verifying IP DHCP server status and pool creation with excluded IP addresses
- Configuring and verifying Software Virtual Interface (SVI) with IP address for each VLAN
- Configuring and verifying Trunk between distribution layer and access layer switches
- Configuring two VLANs on access switch and assigning port membership to VLANs
- Enabling Debug to verify DHCP operations and DORA process
- Configuring PCs connected to different VLANs to get IP address from DHCP server
- Verifying if PCs have received IP address and default gateway address from desired pool
64Configuring and verifying DHCP Operations with DHCP relay agent (Helper Address)
- Configuring L3 switch as external DHCP server with two IP pools for separate VLANs
- Configuring IP DHCP excluded address to exclude the gateway address from DHCP pool
- Verifying IP DHCP server status and pool creation with excluded IP addresses
- Configuring L3 link and routing between DHCP server and distribution layer L3 switch
- Configuring and verifying SVI on distribution switch with helper-address (relay agent)
- Verifying reachability of SVIs on distribution layer switch from DHCP server
- Configuring and verifying trunk between distribution layer and access layer switches
- Configuring two VLANs on switch and assigning port membership to VLANs
- Enabling Debug to verify DHCP operations and DORA process
- Configuring PCs connected to different VLANs to get IP address from DHCP server
- Verifying if PCs have got IP address and default gateway address from desired pool
65Configuring and verifying Switchport Analyzer SPAN and RSPAN
- Configuring and verifying Port SPAN to send a copy of every packet to destination port
- Configuring and verifying VLAN based SPAN
- Configuring and verifying Remote Switchport Analyzer (RSPAN)
- Configuring and verifying VLAN based Remote Switchport Analyzer (RSPAN)
66Configuring and verifying Network Time Protocol (NTP)
- Analyzing the clocks on devices in the network topology
- Configuring and verifying NTP server and use Loopback as the source for NTP messages
- Configuring and verifying NTP client to synchronize clock from the NTP server
- Verifying NTP associations and NTP status
- Configuring the Central Europe Time (CET) time zone and enable daylight saving time
- Verifying current time and observing that the time zone has changed
67Configuring and tuning Hot Standby Redundancy Protocol (HSRP)
- Configuring interface of redundant routers as member of HSRP group with virtual router
- Enabling debug to analyze HSRP hello exchange between routers
- Verifying HSRP status and identifying active and standby routers and their priorities
- Verifying traffic flow through active router
- Emulating link failure to observer standby router claiming role of active router
- Verifying traffic flow through the new active router
- Configuring HSRP Priority and preempt on standby and analyze it becoming active
- Configuring and verifying HSRP Timers
- Configuring and verifying HSRP interface tracking feature
68Configuring and tuning Virtual Router Redundancy Protocol (VRRP)
- Configuring interface of redundant routers as member of VRRP group with virtual router
- Enabling debug to analyze VRRP hello exchange between routers
- Verifying VRRP status and identifying master and backup routers and their priorities
- Verifying traffic flow through master router
- Emulating link failure to observer backup router claiming role of master router
- Verifying traffic flow through the new master router
69Configuring Configure Wireless Client Authentication in a Centralized Deployment
- Logging in to the WLC and start wireless setup by adding a location
- Configuring and Verifying WPA2 PSK Authentication
- Configuring and Verifying 802.1x EAP with RADIUS Authentication
- Configuring and Verifying WebAuth Authentication
70Troubleshoot the issue in wireless client connectivity
- Troubleshooting the issue in which users are unable to connect to the WLAN
- Troubleshooting authentication related issues
71Writing and troubleshooting python script
- Writing the first python script. Explore JSON Objects and Scripts in Python
- Writing a network script
- Troubleshooting the network script
72Exploring JSON Objects and Scripts in Python
- Enabling the guestshell service on cisco device
- run python in the guestshell
- Exploring python dictionaries and JSON objects
73Accessing the NETCONF SSH Server
- Accessing the NETCONF SSH server for the Cisco CSR 1000v device from a terminal
- Examining the NETCONF capabilities for the Cisco CSR 1000v
- Examining the vendor-specific capabilities for the Cisco CSR 1000v
- Retrieving YANG schema directly from the device in a NETCONF SSH session
- Retrieving Interface Details from the Cisco CSR 1000v device in a NETCONF SSH session
74Model driven programmability with NETCONF using python scripts
- Writing and executing Python script to get Capability list
- Writing and executing Python script with ncclient library to retrieve device configuration
- Writing and executing Python script to create loopback interface on Cisco CSR 1000v
- Writing and executing Python script to retrieve details of loopback interface from device
- Writing and executing Python script to delete loopback interface on Cisco CSR 1000v
75Using RESTCONF with Cisco IOS XE Software
- Using RESTCONF GET API call to access resources with a browser
- Using Python Requests Library to get resources such as XML and JSON
- Using the Python Requests Library with POST, PUT, and PATCH
76Model driven programmability with RESTCONF using python scripts
- Writing and executing cURL Script for RESTCONF API Calls
- Writing and executing RESTCONF Python script to get IP address of loopback interface
- Writing and executing Python script using request library to get hostname of router
- Writing and executing RESTCONF python script to post Loopback Ip address
- Writing and executing Python script using request library to put hostname on a router
77Implementing IP Services
- Configuring and verifying syslog
- Configuring and verifying Flexible NetFlow
- Configuring and verifying IOS EEM
- Configuring and verifying IP SLA
- Configuring and verifying control plane policing
78Implementing Cisco DMVPN
- Configuring HQ router as DMVPN hub
- Configuring branch routers as DMVPN Phase 1 spokes
- Configuring OSPF routing in DMVPN Phase 1
- Verifying DMVPN Phase 1 hub and spoke operation
- Configuring DMVPN spoke-to-spoke communication
- Verifying DMVPN spoke-to-spoke communication
- Enabling DMVPN Phase 3 functionality
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Upcoming start dates
No date is published for this course at the moment. Tell us when you want to start and we will build a batch around it.
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This course runs on demand as well as on the public calendar. Ask us for the next planned date, or tell us the window that suits you - classroom in Mumbai or live online, weekday or weekend - and we will put a batch together and confirm it with you.
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Course Fees
Total course fee
₹25,000
Exam fees are not included. The certification cost is paid directly to the vendor.
Pay module by module, or in full. Talk to us about instalments before you enrol.
Answers
Frequently asked questions
- What is the CCNP ENCOR + ENARSI (Combo) course fee at RST Forum?
- The course fee is ₹25,000. There are no hidden charges - lab access and course material are included.
- How long is the CCNP ENCOR + ENARSI (Combo) course?
- 120 hours of live instructor-led training (lectures plus hands-on lab practice), running as weekday-evening or weekend batches.
- Do I need prior experience to join?
- Advanced level. Hands-on experience with Cisco Systems technologies - or an associate-level certification in this track - is strongly recommended before you join.
- Is the training classroom or online?
- Both. Classroom batches run at our Mumbai campus, and the same batch streams live for online students across India. Both get identical lab access and the same instructor.
- Are the labs hands-on?
- Yes - the course includes 78 hands-on labs, practiced on real equipment with 24/7 remote lab access through Skillopia, our own lab platform, for practice between classes.
- Can I attend a demo session before enrolling?
- Yes. Sit through a live class with the instructor before you decide - call +91 91672 24466 or send an enquiry and we will schedule it.
- Do you provide placement assistance?
- Placement assistance is included: CV preparation, interview drills with real scenario questions, and referrals through our alumni network of 1 million+ engineers trained since 1997.
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