CCIE Enterprise Infrastructure Training by Orhan Ergun. As Orhan Ergun, I always aim to provide best training in the world. I started recently CCIE Enterprise Infrastructure training. In this post you will see why you should get this training, why you should get it from Orhan Ergun, what are the requirement to attend , what are the unique benefits, training outline and many other details.
- 1 CCIE Enterprise Infrastructure Training v1.0
- 2 Benefits of Orhan Ergun CCIE Enterprise Infrastructure Training:
- 3 Why CCIE Enterprise Infrastructure Training from Orhan Ergun?
- 4 What is the target audience for CCIE Enterprise Infrastructure Training?
- 5 Prerequisites for CCIE Enterprise Infrastructure Training:
- 6 CCIE Enterprise Infrastructure Training Outline:
CCIE Enterprise Infrastructure Training v1.0
- New CCIE Enterprise Infrastructure training will prepare you for the new solutions of enterprise networks in today’s networking era.
- This Training is more oriented on the basis of new and latest solutions instead of the legacy network technologies.
Benefits of Orhan Ergun CCIE Enterprise Infrastructure Training:
- 20 days – 10 Weekends – 2 and half months (80 hours, 4 hours each day, on weekends) training
- CCIE IE Workbook and Classroom materials (More than five thousand (5000) pages)
- It will be live training but self paced training will be provided when it is completed for free to the attendees
- Attendees will receive all the session recordings
- All the students are placed in a study group, 100s of people collobarate
- Students talk immediately with Orhan Ergun for the mentorship!
- When you want to attend CCDE Training, extra 20% discount
Why CCIE Enterprise Infrastructure Training from Orhan Ergun?
There are unique reasons why you should get this training from Orhan Ergun
- 30% of the exam is design and Orhan Ergun has been teaching network design since many years and 100+ people passed even CCDE Practical exam with him
- In this training, We will help to demonstrate over 100 Labs to the students for better understanding the technologies and the passing the exam
- Study group and one to one mentorship for each student , similar to what Orhan has been doing for his CCDE students for many years
- Workbooks , thousands of pages study materials , definitely will be much more than any of his competitor in the world
- Self Paced study videos
- Investment Protection – When you want to attend any of our other trainings such as CCIE SP , CCDE, Segment Routing etc, you will receive extra 30% discount over the course cost
What is the target audience for CCIE Enterprise Infrastructure Training?
- The primary audience for this course is network engineers that need be able to use an expert-level problem-solving process that includes options analysis to support complex network technologies and topologies.
- The secondary audience is network designers that design and support complex network technologies and topologies
Prerequisites for CCIE Enterprise Infrastructure Training:
There are no formal prerequisites for CCIE Enterprise Infrastructure training, but you should have a thorough understanding of the exam topics before taking the exam.
CCNP Level knowledge is enough to attend this training.
For More info [email protected]
Please contact with [email protected] for group or corporate trainings and any other non-technical topics.
CCIE Enterprise Infrastructure Training Outline:
Layer 2 Protocols | |||||||
VLAN Technologies | |||||||
EtherChannel | |||||||
Spanning-Tree Protocol | |||||||
Switch Administration |
IPv6 | |||||||
2.1a | IPv6 Basics | ||||||
2.1b | IPv6 Addressing | ||||||
2.1c | IPv6 Address Assingment | ||||||
2.1d | IPv6 Tunneling | ||||||
2.1e | IPv6 Packet Types | ||||||
EIGRP / EIGRPv6 | |||||||
2.2a | Adjacency | ||||||
2.2b | Best Path Selection | ||||||
2.2c | EIGRP Load Balancing | ||||||
2.2d | EIGRP Optimization & Features | ||||||
OSPF / OSPFv3 | |||||||
2.3a | Adjacency | ||||||
2.3b | Network Types & Area Types | ||||||
2.3c | Path Preference | ||||||
2.3d | OSPF Opmization & Features | ||||||
2.3e | OSPF Operations | ||||||
BGP | |||||||
2.4a | iBGP & eBGP Relationship | ||||||
2.4b | BGP Path Selection | ||||||
2.4c | BGP Path Attributes | ||||||
2.4d | BGP Communities | ||||||
2.4e | BGP Optmizations | ||||||
2.4f | BGP Features | ||||||
Layer 3 Features | |||||||
2.5a | VRF | ||||||
2.5b | VRF-LITE | ||||||
2.5c | Policy Based Routing | ||||||
2.5d | Biderectional Forwarding Detection |
Layer 2 Multicast | |||||||
3.1a | IGMPv2 and IGMPv3 | ||||||
3.1b | IGMP Snooping, PIM Snooping | ||||||
3.1c | IGMP Querier | ||||||
3.1d | MLD | ||||||
Layer 3 Multicast | |||||||
3.2a | Sparse Mode | ||||||
3.2b | RP Configurations | ||||||
3.2c | Bidirectional PIM | ||||||
3.2d | SSM | ||||||
3.2e | PIMv6 Anycast RP | ||||||
3.2f | MSDP |
MPLS | |||||||
MPLS Basics | |||||||
MPLS Operations | |||||||
MPLS L3 VPN | |||||||
1.3a | PE-CE Routing | ||||||
1.3b | MP-BGP | ||||||
1.3c | VPNv4 / VPNv6 | ||||||
1.3d | VRF Route Leaking | ||||||
VPN | |||||||
GRE VPN | |||||||
Introduction to IPSEC Protocol | |||||||
GRE Over IPSEC VPN | |||||||
MGRE Over IPSEC VPN | |||||||
DMVPN | |||||||
2.5a | NHRP | ||||||
2.5b | DMVPN Phase 1 | ||||||
2.5c | DMVPN Phase 2 (EIGRP & OSPF) | ||||||
2.5d | DMVPN Phase 3 (EIGRP & OSPF) | ||||||
2.5e | DMVPN Phase 3 with Dual Hub | ||||||
2.5f | Troubleshooting DMVPN | ||||||
IKEv2 VPN | |||||||
2.6a | Introduction to IKEv2 | ||||||
2.6b | IKEv2 Configuration with Pre-Shared Key | ||||||
Flex VPN | |||||||
2.7a | introduction to Flex VPN | ||||||
2.7b | Flex VPN Configuration | ||||||
2.7c | MPLS Over Flex VPN |
Device Security on Cisco IOS | |||||||
AAA | |||||||
Control Plane Policing | |||||||
Switch Security | |||||||
Router Security | |||||||
IPv6 Security | |||||||
IEEE 802.1x Port Based Authentication | |||||||
Quality of Service | |||||||
Layer 3 QoS using MQC | |||||||
2.1a | CoS and DSCP Mapping | ||||||
2.1b | Classification | ||||||
2.1c | Marking | ||||||
2.1d | NBAR | ||||||
2.1e | Policing & Shaping | ||||||
2.1f | Congestion Management and Avoidance | ||||||
Network Services | |||||||
First Hop Redundancy Protocol | |||||||
3.1a | HSRP | ||||||
3.1b | GLBP | ||||||
3.1c | VRRP | ||||||
3.1d | IPv6 Redundancy | ||||||
NTP | |||||||
DHCP on Cisco IOS | |||||||
3.3a | DHCP Options | ||||||
3.3b | SLAAC/DHCPv6 | ||||||
3.3c | Stateful, Stateless DHCPv6 | ||||||
IPv4 Network Address Translation | |||||||
3.4a | Static NAT/PAT | ||||||
3.4b | Dynamic NAT | ||||||
3.4c | Policy Based NAT | ||||||
3.4d | VRF-Aware NAT |
IP SLA | |||||||
Netflow | |||||||
Traffic Capture | |||||||
IOS-XE Troubleshooting |
Cisco SD-Access | |||||||
Design a Cisco SD-Access | |||||||
1.1a | Introduction to Campus Network Fabric | ||||||
1.1b | Underlay and Overlay Network | ||||||
1.1c | Fabric Domains | ||||||
Cisco SD-Access Deployment | |||||||
1.2a | Cisco DNA Center device discovery | ||||||
1.2b | Cisco DNA Center device management | ||||||
1.2c | Host Onboarding (Wired endpoint only) | ||||||
1.2d | Fabric Border Handoff | ||||||
Segmentation | |||||||
1.3a | Macro-level Segmentation using VNs | ||||||
1.3b | Introduction to Cisco ISE for SD-Access | ||||||
1.3c | Cisco DNA Center and ISE Integration | ||||||
1.3d | Micro-level Segmentation using Cisco ISE | ||||||
Assurance | |||||||
1.4a | Network and Client Health 360 | ||||||
1.4b | Monitoring and Troubleshooting | ||||||
Cisco SD-WAN | |||||||
Design a Cisco SD-WAN | |||||||
2.1a | Introduction to Cisco SD-WAN Solutions | ||||||
2.2b | Control Plane | ||||||
2.2c | Management Plane | ||||||
2.2d | Orchestration Plane | ||||||
2.2e | Data Plane | ||||||
WAN Edge Deployment | |||||||
2.2a | Onbording New Edge Router | ||||||
2.2b | Orchestration with zero-touch provisioning | ||||||
2.2c | Plug-and-Play | ||||||
2.2d | OMP | ||||||
2.2e | TLOC | ||||||
Configuration Templates | |||||||
Localized Policies | |||||||
Centralized Policies |
Lab-1: | Switch Administration | |||||||
Lab-2: | Spanning-Tree Protocol | |||||||
Lab-3: | EtherChannel | |||||||
Lab-4: | IPv6 Addressing | |||||||
Lab-5: | IPv6 Tunneling | |||||||
Lab-6: | Named EIGRP Configuration | |||||||
Lab-7: | EIGRP Load Balancing | |||||||
Lab-8: | EIGRP Optmization and Summarization | |||||||
Lab-9: | EIGRPv6 Configuration | |||||||
Lab-10: | OSPF Configuration Lab | |||||||
Lab-11: | OSPF Area Types Lab | |||||||
Lab-12: | OSPF Optmization, Features and Summarization | |||||||
Lab-13: | OSPFv3 Configuration | |||||||
Lab-14: | iBGP and eBGP Peering | |||||||
Lab-15: | Weight and Local Prefrence Attribute | |||||||
Lab16: | AS-Path and Origin Code Attribute | |||||||
Lab-17: | MED Attribute | |||||||
Lab-18: | BGP Route Filtering, Conditional Advertisement | |||||||
Lab-19: | Standard and Extended Community | |||||||
Lab-20: | Local-AS, Allowas-in, remove-private-as | |||||||
Lab-21: | BGP Prefix Aggregation | |||||||
Lab-22: | VRF, VRF-Lite Configuration | |||||||
Lab-23: | BFD and Policy Based Routing | |||||||
Lab-24: | IGMP Snooping & PIM Snooping Configuration | |||||||
Lab-25: | MLD Configuration | |||||||
Lab-26: | RP Confiugration (Static, Auto-RP & BSR) | |||||||
Lab-27: | MSDP Configuration | |||||||
Lab-27: | SSM Configuration | |||||||
Lab-28 | PIMv6 Anycast RP | |||||||
Lab-30: | MPLS L3 VPN Configuration | |||||||
Lab-31: | MPLS L3 VPN with BGP RR and Allowas-in/Asoveride | |||||||
Lab-32: | MPLS L3 VPN using VPNv6 Address Family | |||||||
Lab-33: | MPLS L3 VPN with Extranet (VRF Route Leaking) | |||||||
Lab-34: | GRE VPN | |||||||
Lab-35: | GRE Over IPSEC | |||||||
Lab-36 | MGRE Over IPSEC | |||||||
Lab-37 | DMVPN Phase I | |||||||
Lab-38: | DMVPN Phase II and Phase III (EIGRP) | |||||||
Lab-39: | DMVPN Phase II and Phase III (OSPF) | |||||||
Lab-40: | DMVPN Phase III with Dual Hub | |||||||
Lab-41: | IKEv2 VPN with Pre-Shared Key | |||||||
Lab-42: | Flex VPN Configuration | |||||||
Lab-43: | MPLS Over Flex VPN | |||||||
Lab-45: | Switch Security/Router Security/Control Plane Policing | |||||||
Lab-46: | IPv6 ACL | |||||||
Lab-47: | 802.1X Authentication using local database | |||||||
Lab-48: | QoS Configuration on Cisco Router – Marking/Classifying | |||||||
Lab-49 | NBAR | |||||||
Lab-50 | Policing & Shaping | |||||||
Lab-51: | HSRP | |||||||
Lab-52 | VRRP | |||||||
Lab-53: | GLBP | |||||||
Lab-54: | IPv6 Redundancy | |||||||
Lab-55: | Stateful/Stateless DHCPv6 | |||||||
Lab-56: | Static NAT/PAT, Dynamic NAT | |||||||
Lab-57: | Dynamic NAT, Policy Based NAT | |||||||
Lab-58: | VRF Aware NAT | |||||||
Lab-59: | IP SLA, Netflow, Traffic Capture | |||||||
Lab-61: | SDA LAN Automation with PnP | |||||||
Lab-62: | SDA Configuration Template | |||||||
Lab-63: | SDA Identity Policy with ISE | |||||||
Lab-64: | SDA Application Policy (Easy QoS) | |||||||
Lab-65: | SDA Device Admin | |||||||
Lab-66: | SDA Monitoring and Troubleshooting | |||||||
Lab-67 | SD-WAN Secure Control Plane Bring Up | |||||||
Lab-68 | SD-WAN Data Plane Bring Up | |||||||
Lab-69: | SD-WAN Overlay Management Protocol (OMP) | |||||||
Lab-70: | SD-WAN vManage Template | |||||||
Lab-71: | SD-WAN vSmart Policies | |||||||
Lab-72: | SD-WAN vAnalaytic | |||||||
Lab-73: | Troubleshooting SD-WAN |