CCIE Enterprise Infrastructure Lab Exam v1.1
About This Course
To earn the cerification of CCIE Enterprise Infrastructure, you’ll need to pass two exams:
- A written core exam
- A hands-on lab exam
CCIE Enterprise Infrastructure (v1.1) Lab Exam
For eight hours, the CCIE Enterprise Infrastructure (v1.1) Lab Exam is a hands-on test where candidates must plan, build, operate, and improve dual-stack solutions (IPv4 and IPv6) for complicated business networks.
Candidates are expected to program and automate the network in their exam.
Unless this exam says otherwise, you will be tested on your knowledge, skills, and abilities in these areas throughout the entire network lifecycle.
Below is the link for topics in PDF format on cisco’s website:-
https://learningnetwork.cisco.com/s/ccie-enterpr-infrastructure-exam-topics
Learning Objectives
To pass this test, you need to be able to plan, develop, implement, and improve IPv4 and IPv6 dual-stack solutions for complicated business networks. Traditional technologies like enterprise networks, the new Cisco SD-WAN Solution, SDA, and network automation and programmability will be covered in this course content. Other topics will also be covered, such as Layer 2 VPNs, EVPN, Segment Routing, IS-IS Routing Protocols, and pretty much all routing and switching topics. The design part is very important.
The best thing about this course content is that it has a lot of lab examples that help you understand each topic without having to remember the syntax of the commands. You will get unlimited access to all of this course content once you sign up & purchase the membership plan.
The CCIE Enterprise Infrastructure v1.1 Exam is different from the old CCIE Routing and Switching exam because it includes a Design part that makes up 40% of the exam and is scenario-based for three hours, like the CCDE Exam.
Requirements
- Before taking this course, students should have at least five to seven years of experience in designing, deploying, operating, and optimizing business networking technologies and solutions.
Target Audience
- To get this certification, you don't have to meet any official requirements.
- Before taking the test, students should have at least five to seven years of experience in designing, deploying, operating, and optimizing business networking technologies and solutions.
Curriculum
95 Lessons40h
Unit 1: Network Infrastructure
This will allow you to demonstrate your networking skills, knowledge, and abilities, with a focus on enterprise-level switching, routing, and multicast components that support cross-platform (inter)operability and integration with the most recent software-defined technologies.
How does a switch learn MAC Addresses
Static MAC Address Table Entry
Errdisable recovery
L2 MTU
Cisco Discovery Protocol (CDP)
Link Layer Discovery Protocol (LLDP)
Unidirectional Link Detection (UDLD)
Introduction to VLANs
Configuration of Vlan
Vlan Types
Trunk ports (802.1Q)
The Distinction Between Native VLAN and Default VLAN
Access Ports
Voice Vlan
VTPv1, VTPv2
VTPv3
VTP Pruning & Manual Pruning
EtherChannel Configuration Modes
Layer 2 EtherChannel
Layer 3 EtherChannel
Introduction to Spanning Tree
Types of Spanning Tree Protocol
Spanning Tree Cost Calculation
Spanning Tree Port States
Spanning Tree Protocol Timers
Spanning Tree Protocol Topology Changes
Portfast Configuration
Spanning Tree UplinkFast
Spanning Tree BackboneFast
Spanning Tree Protocol RSTP Proposal – Agreement Process
Spanning Tree Protocol: RSTP Inferior BPDU Handling
Spanning Tree Protocol – RSTP BPDU Format
Spanning Tree BPDU Guard
Spanning Tree BPDU Filter
Spanning Tree Loop Guard
Spanning Tree Root Guard
STP Dispute
Spanning Tree Bridge Assurance
Explanation of IP routing
Administrative distance
Static routing
VRF-Lite
Routing protocol authentication
Bidirectional Forwarding Detection
L2 MTU and L3 MTU
Introduction to EIGRP
Format of EIGRP Packet
EIGRP Neighbor Adjacency
The EIGRP Neighbor and Topology Table
EIGRP Configuration
EIGRP Static Neighbor
EIGRP Passive Interface
EIGRP Summarization
EIGRP Classic Metrics
EIGRP Wide Metrics
EIGRP FSM (Finite State Machine)00:00
Understanding EIGRP Topology Table
EIGRP RTP Protocol and Packet Types
Stuck- in- Active (EIGRP)
EIGRP Graceful Shutdown
EIGRP load balancing
EIGRP Variance
EIGRP Add-Path Support
EIGRP Named Mode
EIGRP Stub Explanation
EIGRP Leak-Maps
Introduction to OSPF
OSPF Configuration
Setting up Cisco Multi-Area OSPF
Troubleshooting OSPFv2 Neighbor Adjacencies
OSPF LSA Types Explained
OSPF Non-Broadcast Network
OSPF Broadcast Network Type
OSPF Point-to-Point Network Type
OSPF Point-to-Multipoint
OSPF Point-to-Multipoint Non-Broadcast Network Type
OSPFv3 Protocol on IPv4
OSPF Route Summarization
OSPF Reference Bandwidth
OSPF Hello and Dead Interval
OSPF Router ID
OSPF Neighbor Forming Process
OSPF Neighbor States
DR and BDR in OSPF
OSPF Passive Interface
OSPF Graceful Shutdown
OSPF LSA & SPF Throttling
OSPF Single Hop LFA / IP FRR
OSPF Prefix Suppression
Introduction to BGP
BGP Neighbor Adjacency States
BGP Messages
BGP Peer Groups and Peer Templates
BGP 4-Byte AS Number
BGP Private and Public AS Range
Your Instructors
Google