Cisco CCIE Bootcamp - CCIE Enterprise Infrastructure
Distinguish yourself as an expert with our Cisco CCIE Bootcamp – CCIE Enterprise Infrastructure.
The Cisco CCIE Bootcamp – CCIE Enterprise Infrastructure is a rigorous hands-on training program with a blend of lab and theory. I-Medita’s Cisco CCIE Bootcamp ensures you master all the expert-level concepts per the Cisco Blueprint. It also prepares you to pass the qualifying exam Implementing and Operating Cisco Enterprise Network Core Technologies (ENCOR 350-401) and the lab exam CCIE Enterprise Infrastructure v1.0.
To earn CCIE Enterprise Infrastructure certification, you must pass two exams: a qualifying exam covering core enterprise infrastructure technologies and a hands-on lab exam covering enterprise networks through the entire network lifecycle, from designing and deploying to operating and optimizing.
Why Cisco CCIE Bootcamp – CCIE Enterprise Infrastructure?
- Distinguish yourself as a leader in Enterprise Infrastructure technologies.
- Be an expert in planning, designing, operating, optimizing, and troubleshooting complex enterprise networks
- Prepare for one of the world’s most challenging and prestigious IT Networking certifications.
- Maximize potential boundaries
- Increase the hiring manager’s confidence in your abilities.
- Place yourself as a technical leader in the industry.
- Get trained from core technical areas to the end-to-end lifecycle.
Who should join CCIE Bootcamp – CCIE Enterprise Infrastructure?
- Working professionals in IT with relevant Network infrastructure experience can take the CCIE EI Certification Training.
- Professionals planning to preprepare for CCIE Enterprise Infrastructure v1.0
- Network administrator
- Network support technicians
- Network Solutions Architect
- TAC Engineers
- Network support technician
- Network Support Engineer
- Mid-level network engineers
- Candidates completed CCNP Routing and Switching or CCNP Enterprise Certifications.
| Cisco CCIE Bootcamp – CCIE Enterprise Infrastructure v1.0 Exam Prep Only | |
|---|---|
| Training Name | CCIE Enterprise Infrastructure v1.0 |
| Training Type | Instructor Live Online Training |
| Training Duration | 35 Days [Exam Preperation Bootcamp + Online Rack Sessions] |
| Cost for CCIE EI Lab Exam Bootcamp | ₹ 59,900 (Including Taxes) |
| Payment Mode | No Cost EMI Installment starts at ₹ 9900 / month on selected cards |
| CCIE EI Rack Sessions | 30 Rack Sessions (1 Session = 4 Hours) |
| Study Material | CCIE Lab Workbooks & Dedicated CCIE EI Lab Access |
| Trainers/Instructors | – Mr. Saurabh Yadav -Triple CCIE EI, SP, Security # 46962, SD-WAN Specialist – Mr. Surendra Singh – CCIE EI # 60346, SD-WAN & SDA Specialist |
| Learning Portal | World-class learning system (Web portal, iOS Application, Android Application) |
| CCIE Enterprise Infrastructure Training [Technology + Lab Exam Prep] | |
|---|---|
| Training Name | CCIE EI – Enterprise Infrastructure |
| Training Type | Instructor Live Online Training |
| Batches Available | Regular (Mon-Thu) and (Sat-Sun) |
| Training Duration | 06 Months |
| Daily Training Hours | 2/3 hours per day |
| Cost – Technology Training Only | ₹ 59,900 for Online & ₹ 69,900 for Classroom (Including Taxes) |
| Cost – Technology Training + Lab Exam | ₹ 89,900 for Online & ₹ 99,900 for Classroom (Including Taxes) |
| Payment Mode | No Cost EMI Installment starts at ₹ 9900 / month |
| Recorded Video Lectures | 06 months same classes video recording access |
| Lab Access for Tech Classes | Unlimited Online lab access during the training |
| Lab Access for Lab Exam prep | 30 Sessions (1 Session = 4 Hours) |
| Study Material | CCIE Lab Workbooks, CCIE Notes handouts |
| Learning Portal | World-class learning system (Web portal, iOS Application, Android Application) |
CCIE Bootcamp- CCIE Enterprise Infrastructure Exam Details
To become eligible to appear for the CCIE Enterprise Infrastructure practical lab exam, you must first pass the Enterprise Core (350-401 ENCOR) examination. The Enterprise Core exam tests your expert-level technical knowledge in core enterprise infrastructure technologies. The CCIE Enterprise Infrastructure Lab exam is an 8-hour long exam. The images below furnish both exam details.
CCIE Bootcamp – CCIE Enterprise Infrastructure Technology Outline
- Software architecture differences between IOS and IOS XE
- Cisco express forwarding and routing concepts
- Network challenges in complex network environments
- Performing expert-level IP operations, TCP operations, UDP operations
- Using IOS troubleshooting tools
- Functions and implementation related to LAN switching technologies
- Layer 2 and Layer 3 technologies
- Implementing EIGRP [for IPv4 and IPv6], OSPF [v2 and v3]
- Implementing BGP
- Implementing ISIS [for IPv4 and IPv6]
- Implementing VPN Technologies
- Tunneling operations and verifications
- Enabling Device security
- Operations related to Network security
- Quality of service operations
- Network services features and operations
- Implementation and operation of Software-Defined Infrastructure
- Cisco SD-Access deployment
- Cisco SD-WAN solution deployment
- Infrastructure Automation and Programmability
- Automation and scripting
CCIE Bootcamp – CCIE Enterprise Infrastructure Technology Labs Outline
- Configuring and Verifying Basic Switch Operations
- Configuring and Verifying Switchport Configuration
- Configuring and Verifying the Operations of VLAN
- Configuring and Verifying Trunks
- Configuring and Verifying the Operations of VLAN Trunking Protocol
- Configuring and Verifying the Operations Spanning Tree Protocol
- Configuring and Verifying Spanning Tree Protocol Configuration
- Configuring and Verifying the Operations STP Protection
- Configuring and Verifying the Operations of RSTP
- Configuring and Verifying the Operations of MSTP
- Configuring and Verifying the Operations Ether-Channel
- Configuring and Verifying the Operations Multilayer Switching
- Configuring and Verifying the Operations DHCP
- Configuring and Verifying the Operations Syslog
- Configuring and Verifying the Operations NTP
- Configuring and Verifying the Operations SNMP and IP SLA
- Configuring and Verifying the Operations SPAN and RSPAN
- Configuring and Verifying High Availability & Operations of HSRP, VRRP and GLBP
- Configuring and Verifying the Operations Port-Security
- Configuring and Verifying the operations of VLAN-ACL and Private VLANs
- Configuring and Verifying the Operations DHCP Snooping and AAA
- Packet Forwarding
- IPv4 Static Routing
- IPv6 Static Routing
- Prefix Lists
- EIGRP Named Mode
- EIGRP and Bidirectional Forwarding Detection (BFD)
- EIGRP Stub
- EIGRP Filtering / Route Filtering
- Advanced EIGRP Lab
- EIGRP Authentication
- Running OSPF on the Interfaces
- OSPF Broadcast Networks
- OSPF Non-broadcast Networks
- OSPF Point-to-Point Networks
- OSPF Point-to-Multipoint and Point-to-Multipoint Non-broadcast Networks
- OSPF Area Types
- OSPF Filtering/ Route Filtering
- OSPF Summarization
- Virtual Links and GRE Tunnels
- Default Route Injection
- OSPF Authentication
- OSPF Best-Path Determination
- OSPF Challenge Lab
- Establishing a BGP Session Using the Correct TTL Value
- Establishing Neighbor Adjacency Using Different Methods
- Route Reflectors
- BGP Confederation
- BGP Backdoor and Conditional Advertisement
- BGP Aggregation
- BGP Filtering / Route Filtering
- BGP Load Balancing
- Remove-Private-AS: A Walkthrough
- AS Migration
- BGP Best-Path Algorithm: A Walkthrough
- DMVPN Mechanics
- DMVPN Designs
- Single Hub, Single Cloud
- Single Hub, Dual Cloud
- Dual Hub, Single Cloud
- Dual Hub, Dual Cloud
- DMVPN NHS Clustering
- DMVPN and DHCP
- Troubleshoot DMVPN Phase 3 with dual-hub
- Next Hop Resolution Protocol (NHRP)
- IPsec/IKEv2 using pre-shared key
- Identify use-cases for FlexVPN
- Configuring Label Distribution Protocol
- Static Routing in a VPN
- EIGRP Routing in a VPN
- EIGRP Site-of-Origin
- OSPF Routing in a VPN
- Backdoor Links and OSPF
- BGP Routing in a VPN
- MPLS and NAT
- Route Targets, Import Maps, and Export Maps
- Internet Access Methods: Partial Internet Routes
- Acquiring an IPv6 Address
- DMVPN and IPv6
- IPv6- Configuring OSPFv3
- IPv6- Summarization of Internal and External Networks
- IPv6- OSPFv3 Broadcast Networks
- IPv6- OSPFv3 Non-Broadcast Networks
- IPv6- OSPFv3 Point-to-Point Networks
- IPv6- OSPFv3 Point-to-Multipoint Networks
- IPv6- OSPFv3 Cost and Auto-Cost
- IPv6- LSAs in OSPFv3
- IPv6- OSPFv3 Area Types
- IPv6- OSPFv3 Authentication
- IPv6- EIGRPv6
- IPv6- BGP Configuration
- Multicast IGMPv2, IGMPv3
- Multicast IGMP Snooping, PIM Snooping
- Multicast IGMP Querier
- MulticastIGMP Filter
- Multicast MLD
- Reverse path forwarding check
- PIM Sparse Mode
- PIM Static RP, BSR, AutoRP
- PIM Group to RP Mapping
- PIM Bidirectional PIM
- PIM Source-Specific Multicast
- PIM Multicast boundary, RP announcement filter
- PIM PIMv6 Anycast RP
- PIM IPv4 Anycast RP using MSDP
- Multicast multipath
- Quality of Service CoS and DSCP Mapping
- Marking using IP Precedence, DSCP, CoS
- Quality of Service Classification
- Quality of Service Policing, shaping
- Precedence, ToS, and DSCP
- Queuing Drop Policies
- SDWAN – Interconnecting the SD-WAN components
- SDWAN – Installing the enterprise root CA server
- SDWAN – Performing initial configurations on vManage via CLI
- SDWAN – Exploring vManage GUI mode
- SDWAN – Performing initial configurations on vBond via CLI
- SDWAN – Registering and installing certificate for vBond in vManage
- SDWAN – Performing initial configurations on vSmart via CLI
- SDWAN – Registering and installing certificate for vSmart in vManage Initializing the WAN Edges
- SDWAN – Performing initial configurations on vEdge via CLI
- SDWAN – Registering vEdges devices in vManage
- SDWAN – Performing initial configurations on cEdge via CLI
- SDWAN – Registering cEdges devices in vManage
- SDWAN – Configuring System template
- SDWAN – Configuring Banner template
- SDWAN – Configuring VPN 0 and VPN 512 templates
- SDWAN – Configuring VPN 0 interface and VPN 512 interface templates
- SDWAN – Configuring AAA, BFD and OMP templates
- SDWAN – Configuring device template from various feature templates
- SDWAN – Adding service-side VPNs in sites using CLI and template
- SDWAN – Configuring Static routing using CLI
- SDWAN – Configuring OSPF routing using CLI
- SDWAN – Configuring BGP routing using CLI
- SDWAN – Configuring EIGRP routing using CLI
- SDWAN – Configuring routing using templates in vManage GUI
- SDWAN – Attaching routing feature template in device template
- SDWAN – Verifying the reachability between sites using CLI and vManage
- SDWAN – Configure TLOC extension for site redundancy
- SDWAN – Configure an arbitrary hub-n-spoke topology for a VPN
- SDWAN – Create a control policy for traffic engineering using TLOCs
- SDWAN – Configuring a policy for firewall service insertion and chaining
- SDWAN – Perform route-filtering for sites using control policy
- SDWAN – Perform TLOC-filtering for sites using control policy
- SDWAN – Configuring route-leaking between VPNs for shared services
- SDWAN – Configuring VPN-Membership policy to control VPN reachability
- SDWAN – Create a data policy to set preferred transport for certain traffic
- SDWAN – Implementing application aware policies for real-time traffic
- SDWAN – Configuring vEdges with NAT and direct internet access
- SDWAN – Implementing cFlowd Policy for flow monitoring
- SDWAN – Configuring various QoS concepts using data policy
- SDWAN – Implementing various Packet Loss Mitigation techniques
- SDWAN – Implementing application-aware firewall policy for traffic
- SDWAN – Creating an IDS/IPS policy for real time traffic analysis
- SDWAN – Implementing URL Filtering to block certain websites
- SDWAN – Verifying AMP* for malware protection
- SDWAN – Configuring DNS/Web Layer Security for DNS
- SDWAN – Implementing Cloud-on-Ramp for SaaS
- SDWAN – Demonstrating Cloud-on-Ramp for IaaS*
- SDWAN – Using vManage GUI to explore various monitoring feature
- SDWAN – Verifying syslog and tcpdump on vEdge devices
- SDWAN – Using apidocs to create a REST API call to query vManage
- SDWAN – Performing software upgrade for controllers and edge devices
- DNAC Restore
- DNAC & ISE Integration
- DNAC – Configuring Border Switch Initial Configuration
- DNAC – Configuring Fusion Router Initial Configuration
- DNAC Design – Network Hierarchy – Site & Building
- DNAC Design – Server Configuration – AAA, NTP, DHCP
- DNAC Design – Device Credentials
- DNAC Design – IP Address Pools
- DNAC – Configuring Skinny Configuration on the Edge Nodes
- DNAC – Configuring Underlay Network – OSPF
- DNAC – Device Discovery & Provisioning
- DNAC Discovery – Discover the Seed Device (Border)
- DNAC Provisioning – Assign the Seed Device
- DNAC Provisioning – Enable LAN Automation to Discover the Fabric Devices
- DNAC Provisioning – Provision the Fabric Devices
- DNAC Design – Reserve the IP Pools for HQ Site
- DNAC Policy – Create the Virtual Networks
- DNAC – Create the Transit Network (L3HANDOFF)
- DNAC – Configure Host-Onboarding
- DNAC – Provision the Device Roles – Control/Border
- DNAC – Provision the Device Roles – Edge
- DNAC – Configure the Fusion Router
- DNAC – Configure User & Groups on ISE
- DNAC – Configure Authorization Profiles for the DNAC VNs
- DNAC – Configure Authorization Policies for the DNAC VNs
- DNAC – Configure the DHCP Server with DNAC Pools
- DNAC – Create the SGT
- DNAC – Re-configure ISE Authorization Policies to use SGTs
- DNAC – Using a default contract to block all communications between SGTs
- DNAC – Creating a SG ACL – Contract
- DNAC – Applying and verifying a Custom SG ACL- Contract
- DNAC – Network Health
- DNAC – Client Health
- DNAC – Path discovery
- DNAC – Templates
- DNAC – Configuring L2 Handoff
- DNAC – Verifying Macro Segmentation – East/West – North/South
Upcoming Trainings
Batches Coming Soon
Our Trainers
Saurabh Yadav
Triple CCIE R&S, SP, Security # 46962
Baldev Singh
CCIE Security #37094
Sudhanshu Bhat
CCIE Voice # 41212
Surendra Singh
CCIE R&S # 60346
Shubham Singh
CCIE Security # 58858
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