CCIE Enterprise Infrastructure
Training V1.1

Start your CCIE Enterprise Infrastructure Training with Mr. Chirag Dhall #68677 and take your networking career to the next level. Our expert guidance will equip you with the skills and confidence needed to pass your CCIE Enterprise lab exam – aiming for success on your very first attempt!

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CCIE Enterprise Lab

COURSE OVERVIEW

Do you also want to advance in your networking career? If yes, then you are at the right place. CCIE EI Training is the perfect way for any networking professional to reach the highest level of expertise in enterprise networking.

The expert level of the Enterprise track is known as CCIE Enterprise Infrastructure, and the CCIE Enterprise Infrastructure training by PyNet Labs will cover the latest version 1.1.

Our program is structured into five modules, ENCOR 350-401, ENARSI 300-410, Cisco SD-WAN, SD-Access, and Network Automation & Programmability. Each module in the CCIE Enterprise Infrastructure Training covers the necessary knowledge and hands-on skills required to excel in the challenging CCIE Enterprise Infrastructure exam.

Throughout the CCIE Enterprise Infrastructure training, we will take you from foundational concepts of ENCOR to advanced techniques of Automation. Within each training module, we will start building labs with 24*7 unlimited lab access and after all this, you will be working on the main labs that will help you to prepare for the actual lab exam of the CCIE Enterprise Infrastructure Blueprint.

Also, if you are familiar with the ENCOR & SDWAN concepts, then you can skip these modules and dive straight to other modules of CCIE Enterprise training.

What to expect in the CCIE Enterprise Infrastructure Training V1.1

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What is CCIE Enterprise Infrastructure?

The Cisco Certified Internetwork Expert in Enterprise Infrastructure is an expert-level certification provided by Cisco. It mainly focuses on topics including designing, implementing, and troubleshooting complex network infrastructures. One can showcase their expertise with complex enterprise infrastructure solutions, from designing and deploying to operating and optimizing. 

Routing and Switching are the essential skills that every network engineer should be familiar with. The CCIE EI Certification focuses on Routing and switching technologies in addition to other most-demanded technologies, making its scope evergreen in the networking industry.

Prerequisites for CCIE EI Training v1.1

According to Cisco, there are no formal prerequisites for CCIE EI Training. However, to maximize the benefits of this training, candidates should have prior networking knowledge, including all CCNA topics, and a few years of experience in the networking domain. It will be cherry on top if one has a basic understanding of CCNP Enterprise Topics. 

So, if you have CCNA Knowledge, you can start with CCIE Enterprise Infrastructure Training from PyNet Labs.

Why choose CCIE Enterprise Infrastructure Training?

Preparing for a CCIE EI v1.1 certification exam requires rigorous training and knowledge of complex networking topologies. The passing rate of CCIE exams is low. So, taking good CCIE EI Training is recommended to prepare and clear your CCIE Enterprise exam on the first try. Here are some other reasons why enrolling in CCIE Enterprise Training can set you apart:

Who Should Take This Course?

CCIE Enterprise Infrastructure training is for:

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Enterprise
Infrastructure Training v1.1 Details

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CCIE ENTERPRISE INFRASTRUCTURE TRAINING OUTLINE

Module 1: Understanding Core Networking Concepts

Switched Campus

  • Configuring and verifying basic Layer 2 operations
  • Configuring and verifying Layer 2 protocols
    • CDP
    • LLDP
    • UDLD
  • Configuring and verifying VLANs and Trunks
    • Voice VLAN
  • Configuring and verifying EtherChannel
  • Configuring and verifying STP variants
    • STP
    • RSTP
    • MST

IP Routing

  • Configuring IPv4 static routing
  • Configuring IPv6 static routing

EIGRP

  • Configuring EIGRP adjacencies
  • Understanding EIGRP concepts
    • Best path selection
    • Metrics
    • Feasibility condition
  • Verifying EIGRP operations
    • Topology table
    • Stuck-In-Active
    • Graceful shutdown
  • Configuring advanced features
    • Named mode
    • Leak-map with summary routes
    • Stub with leak-map

OSPF

  • Configuring OSPF adjacencies
  • Configuring OSPFv3 address family
  • Network types and area types
  • Path preference decisions
  • OSPF operations
    • Graceful shutdown
    • GTSM
  • Optimization features
    • SPF tuning
    • LSA throttling
    • Stub router
    • Prefix suppression

BGP

  • Configuring iBGP and eBGP
  • Peer groups and templates
  • Connection handling
    • Active/Passive connections
    • Timers
    • Dynamic neighbors
  • Path selection criteria
  • Routing policies
    • Attribute manipulation
    • Conditional advertisements
    • Route filtering
    • Communities
    • Multihoming
  • AS path manipulation

Multicast

  • Layer 2 multicast configuration
  • Reverse Path Forwarding (RPF)
  • PIM configuration
    • Sparse mode
    • Static RP
    • BSR
    • Auto-RP
  • Group-to-RP mapping
  • Source-specific multicast
  • Multicast boundary and RP announcements
  • PIMv6 anycast RP
  • Anycast RP using MSDP
  • Multicast multipath

Routing Concepts

  • Policy-Based Routing (PBR)
  • VRF Lite and VRF-aware routing
  • Route leaking between VRFs
  • Route filtering
  • Redistribution
  • Routing protocol authentication
  • BFD (Bidirectional Forwarding Detection)
  • L3 MTU configuration

Module 2: Infrastructure Security and Services

Device Security

  • Control Plane Policing (CoPP)
  • AAA configuration

Network Security

  • Switch security features
    • VACL
    • PACL
    • Storm control
    • DHCP snooping
    • IP source guard
    • Dynamic ARP inspection
    • Port security
  • Router security features
    • IPv6 traffic filtering
    • ACL
    • uRPF
  • IPv6 infrastructure security
    • RA Guard
    • DHCP Guard
    • Binding table
    • Device tracking
    • ND inspection
    • Source guard

System Management

  • Device access methods
    • Console
    • VTY
    • SSH
    • SCP
    • RESTCONF
    • NETCONF
  • SNMP configuration
  • Logging

Quality of Service (QoS)

  • DSCP configuration
  • Classification and trust boundaries
  • NBAR
  • Marking DSCP values
  • Policing and shaping
  • Congestion management and avoidance
  • HQoS
  • End-to-end Layer 3 QoS using MQC

Network Services

  • FHRP protocols
    • HSRP
    • VRRP
    • IPv6 RS/RA
  • Time synchronization
    • NTP
    • PTP
  • DHCP
    • DHCP options
    • SLAAC / DHCPv6
    • Stateful / Stateless DHCPv6
    • Prefix delegation
  • NAT
    • Static
    • Dynamic
    • Policy-based
    • VRF-aware
    • VASI

Network Optimization

  • IPSLA
  • Tracking objects
  • Flexible NetFlow

Network Operations

  • SPAN / RSPAN / ERSPAN
  • Data path packet tracing
  • Conditional debugging

Module 3: Transport technologies

GRE Tunnels

  • Static point-to-point GRE tunnels

IPsec

  • Configuration and verification of IPsec tunneling

MPLS

  • MPLS configuration with multiple LSRs
  • Troubleshooting
    • MPLS ping
    • MPLS traceroute

L3 VPN

  • PE-CE connectivity
  • MP-BGP configuration
  • End-to-end verification

DMVPN

  • NHRP configuration
  • Spoke-to-spoke communication
  • IPsec / IKEv2 implementation
  • Troubleshooting dual hub setups

Module 4: Software Defined Infrastructure

Cisco SD-Access

Underlay

  • Manual configuration
  • LAN automation
  • Device discovery and management
  • Extended nodes

Overlay

  • LISP
  • BGP control plane
  • VXLAN data plane
  • Cisco TrustSec
  • L2 flooding
  • Native multicast

Fabric Deployment

  • Single-site / Multisite
  • Fabric-in-a-box
  • Host onboarding
  • Authentication
  • Border priority
  • Device addition

Border Handoff

  • SDA
  • SD-WAN
  • IP transit
  • Layer 2 handoff

Segmentation

  • Network segmentation configuration

Cisco SD-WAN

Controller Setup

  • Controller architecture

Underlay

  • WAN edge deployment
  • Greenfield / Brownfield / Hybrid
  • System and transport configuration

Overlay (OMP)

  • Attributes
  • IPsec keys
  • Route aggregation
  • Redistribution

Templates

  • CLI templates
  • Feature templates
  • Device templates

Policies

  • Centralized policies
    • Data policies
    • Application-aware routing
    • Control policies
  • Localized policies
    • Access lists
    • Route policies

Module 5: Infrastructure Automation and Programmability

Fundamentals

  • HTTP request/response model
  • HTTP status codes
  • Query creation for device interaction

Automation and Scripting

  • EEM applets
  • Linux basics
  • Python CLI module
  • EEM Python module

Programmability

  • vManage API (requests, Postman)
  • Cisco DNA Center APIs
  • Model-driven telemetry deployment

Ccie Enterprise Infrastructure Training

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Why Choose PyNet Labs?

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Lifetime Access to Class Recordings

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Post-training Support

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What makes Our CCIE EI Training Unique?

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The topology that will help you prepare all CCIE Enterprise Infrastructure v1.1 Topics

EVE Topology scaled 1

Devices used in the topology

Preparing for the CCIE Enterprise Infrastructure
Lab Exam

To earn the CCIE Enterprise Infrastructure certification, you must clear two exams: a core exam (ENCOR 350-401) and a practical exam. You need to clear the ENCOR exam to take the Lab exam. 

  • ENCOR 350-401 Exam tests your fundamental knowledge of core enterprise infrastructure topics. 
  • CCIE EI Lab Exam is an 8-hour-long lab test focusing on real-world scenarios and network troubleshooting. 

Job Roles You Can Apply for After CCIE

Some job roles you can apply for after CCIE are

What Our Students Say About Us

Meet Your Trainer

Chirag Dhall Image who is trainer at PyNet Labs

Chirag Dhall

(Corporate Trainer at PyNet Labs)
(CCIE EI #68677)

Mr. Chirag is a young and dynamic trainer at PyNet Labs delivering CCNA, CCNP ENCOR, CCNP ENARSI, CCIE Enterprise, Python for Network Engineers, CCNA DevNet, and Ansible basics training. He has been actively involved in training over 1000+ students in the past on CCNA, CCNP, CCIE,  and DevNet technologies. He also has good experience with VMware virtualization, and he is taking multiple corporate batches for PyNet Labs. He understands the problems of freshers, networking professionals, and engineering students very easily and solves them with a unique technique that the training participants fall in love with the technology.

Still have any doubts?

Frequently Asked Questions

Yes, end-to-end Lab exam passing support will be provided during and after training completion till you get your CCIE Enterprise number.

Apart from Instructor-led online training, you will have 4-5 months of 24/7 lab access, study materials, ongoing training support and guidance from the instructor, study groups and peer support until you become certified.

If you miss any live session, we will make sure you have a recording available for the same, but in case you are about to miss the whole course due to shift change or any personal family reasons, you can inform our team and we will block your lab access at that time and activate it when you are back and help you sit in the ongoing batch at that time.

You will have access to our unlimited labs till the CCIE Enterprise training time period plus you will have 1-month complementary labs for practicing.

There will be No Restrictions in terms of number of hours. You will have unlimited 24*7 Lab access.

Yes, you can skip the ENCOR module and proceed with the remaining 4 modules of CCIE Enterprise

Yes, you can skip the SDWAN module and proceed with the remaining 4 modules of CCIE Enterprise Infrastructure training.