CCIE Enterprise Infrastructure v1.0

Course Description:

The new CCIE Enterprise Infrastructure v1.0 certification program prepares you for today’s expert-level job roles in enterprise infrastructure technologies. CCIE Enterprise Infrastructure now includes automation and programmability to help you scale your enterprise infrastructure.  Our boot camp is a combination of 5-day on site class, 4-day on line class and VOD.

Onsite class – 5-day
In this boot camp we will cover Routing and Switching. The students will complete 2 or more Configurations Mock Labs and we will do a deep dive into different protocols. This class is a combination of lectures and labs. You can check our schedule on this link:
https://micronicstraining.com/…/instructor-led-training-ilt/

Online Class – 4-day
This boot camp is an online, live and instructor led class. We will cover SD-WAN and SD-Access. This covers 25% of the blueprint. We have 4 classes scheduled for 2020. These classes are not posted on our web site and is only available to those who attend our EI v1.0 boot camps. We will provide you with the schedule after you attend the onsite class. You have the option of choosing which date you would like to schedule your online class.

VOD
For Scripting and Automation, you will be provided a VOD with one-year access. This VOD will be available to you after you attend the onsite class. NO EXCEPTIONS.

Certification/Specialization: 

CCIE Enterprise Infrastructure v1.0

Prerequisite Knowledge:

• There are no formal prerequisites for CCIE Enterprise Infrastructure v1.0, but we recommend you have an understanding of designing, deploying, operating and optimizing enterprise networking technologies.

Who Should Attend:

• Candidates that need to acquire their CCIE Enterprise Infrastructure v1.0.
• Network engineers/designers that need to raise their knowledge to an expert-level

Course Delivery Method:

This boot camp is approximately 60% lecture and 40% hands-on labs.

The instructor uses a combination of “Chalk talk” and “one on one mentoring”, the instructor will NOT use an overhead projector, Micronics believes in traditional method of teaching where the subjects were taught and NOT lectured.

The classroom material and hardware are based on current CCIE Enterprise Infrastructure v1.0.

Boot Camp Hours:

9:00 AM – 9:00 PM or later

Who are some of our clients?

Cisco, Accenture, IBM, AT&T, Verizon, Optus, Telstra, Telefonica, BT, Microsoft, GroupM, MySpace, City of Louisville, Towson University, John Hopkins University, Noterdam University, ITT, SONY, HP, Comcast, and more.

*** Content and schedule subject to change without notice.

Course Outline

Hands on Labs denoted by Underline

VTP:

• VTP and different versions
• Pruning

EtherChannel:

• LACP
• Layer 2 and Layer 3

Spanning Protocol:

• 1d, 802.1w, and 802.1s

SPAN, RSPAN, and ERSPAN

DMVPN:

All Phases

Redundancy:

• Two Clouds One Hub
• Two Hubs one Cloud
•  Two hubs two Clouds

Running Routing Protocols

DMVPN over MPLS

EIGRP:

• RD, CD, S, FC, FS, and FD
• Configuration, and hidden debugging
• Authentications:
  • MD5, and SHA
• Summarization
• Load Balancing:
  • Equal Cost
  • Unequal Cost
  • Add-Path
• Filtering
• Default Route Injection
• Optimization:
  • Query Propagation Boundary
  • IP FRR
  • STUB routing (All Options)
• Metric:
  • Classic,
  • Wide Metric
• Route Tags:
  • Decimal and Dotted-Decimal Notations
• OTP

OSPFv2:

• Overview and special cases
• GRE or Virtual-Links
• LSAs, FA, and RFCs (1583, 1587, 2328, 3101, 5185 and many more)
• Best Path Selection
• Network Types
• Area Types
• Optimization:
  • GTSM
  • LFA
• Default Route Injection
• Authentication:
  • RFC 2328
  • RFC 5709
• Summarization
• Filtering

BGP:

• States
• Establishing a Peer Session:
  • Regular method
  • Peer-Groups
  • Templates
• Best Path Selection
• Attributes:
  • Weight, AS-Path, Origin, Next-Hop, Local-Preference, Atomic-Aggregate Communities, Aggregator, and MED
• Load Balancing:
  • Equal Cost
  • Unequal Cost
• Conditional Advertisement
• Out/In Bound Route Filtering and the order
• ORF
• Multihoming Scenarios
• AS-Path Manipulation:
  • Regexp
  • Local-as
  • Allow-as
  • Remove-Private-as
• Convergence and Scalability:
  • Route Reflectors
  • Confederation
  • Aggregation (All Options)
• Other BGP Features:
  • MultiPath
  • Add-Path
  • Route-Refresh
  • Soft Reconfiguration

IPv6:

• Acquiring an IPv6 Address:
  • IPv6 General Prefix
  • SLAAC
  • DHCPv6
    • Rapid-Commit
    • Relay
  • Prefix Delegation
• IPv6 and DMVPN
• EIGRPv6
• OSPFv3: Both flavors, LSAs, RFCs
• BGP for IPv6: IPv6 transport, and IPv4 route exchange
• Transitional Solutions:
  • NAT-PT
  • 6VPE
• Multicast
  • MLD
  • Static RP
  • BSR
  • Embedded RP
• IPv6 Traffic Filters
• RA Guard
• ND Inspection

MPLS:

• LDP, VRFs, RD, and RT
• L3VPNs
• Route Leaking
• PE to CE Routing

Security:

• Control Plane Policing
• VACLs
• Storm Control
• DHCP Snooping
• IP Source Guard
• DAI
• Private VLANs
• Port Security
• Access-lists
• uRPF
• Device Tracking
• IPsec
• Identity Use Case For FlexVPN
  • Site-to-Site
  • IKEv1, and IKEv2 Using Preshared Keys
• 1x Port Base Authentication
  • Device Roles
  • Port States
  • Authentication Process
  • Host Modes

Network Services:

• FHRP
  • HSRP, VRRP, and GLBP
• NAT
  • Static NAT, and PAT
  • Dynamic NAT
  • Policy-Base NAT
  • VRF-Aware NAT
  • VASI NAT

Software Defined Infrastructure:

• Cisco SD Access
  • Design a Cisco SD Access solution
  • Underlay network (IS-IS, manual/PnP)
  • Overlay fabric design (LISP, VXLAN, Cisco TrustSec)
  • Fabric domains (single-site and multi-site using SD-WAN transit)
• Cisco SD Access deployment
  • Cisco DNA Center device discovery and device management
  • Add fabric node devices to an existing fabric
  • Host onboarding (wired endpoints only)
  • Fabric border handoff
  • Segmentation
    • Macro-level segmentation using VNs
    • Micro-level segmentation using SGTs (using Cisco ISE)
  • Assurance
    • Network and client health (360)
    • Monitoring and troubleshooting

• Cisco SD-WAN
  • Design a Cisco SD-WAN solution
    • Orchestration plane (vBond, NAT)
    • Management Plane (vManage)
    • Control Plane (vSmart, OMP)
    • Data Plane (vEdge/cEdge)
• WAN edge deployment
• Onboarding new edge routers
• Orchestration with zero-touch provisioning/PnP
• OMP
• TLOC
• Configuration templates
• Localized policies (only QoS)
• Centralized policies
• Application aware Routing
• Topologies

Infrastructure Automation and Programmability:

Upon registration videos access will be provided for this section.

**Course outline is subject to change without notice.

Payment Policy / Options:

1. Prepayment is required for all courses and packages. All prices are based on USD currency.
2. Pricing, registration terms, and conditions are subject to change without notice.
3. Payment can be made using following methods:
4. PayPal
5. Credit Card: American Express, MasterCard, Visa.
6. CISCO Learning Credits (to submit CLC request please contact sales@micronicstraining.com).
7. Bank Wire.

Retake Policy:
Students can retake the class, same version only, at no cost and based on seat availability.  We require 4 weeks cancellation notice. No shows and last minute cancellations will forfeit free retake policy.

Refund/Cancellation Policy:
There are no refunds. You will be issued a credit. There is no expiration for the credit. You can take the class at a different date or location at no additional cost. We need a minimum of two weeks notice for postponing the class.