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※ 과정개설 최소인원: 6명
※ 일정: 협의
※ 총 일정: 오프라인 과정 5일

[Course De ion]
The Understanding Cisco Data Center Foundations
(DCFNDU) v1.0 course helps you prepare for
entry-level data center roles. In this course,
you will learn the foundational knowledge and
skills you need to configure Cisco® data center
technologies including: networking,
virtualization, storage area networking, and
unified computing. You will get an introduction
to Cisco Application Centric Infrastructure
(Cisco ACI), automation and cloud computing.
You will get hands-on experience with
configuring features on Cisco Nexus Operating
System (Cisco NX-OS) and Cisco Unified
Computing System (Cisco UCS).

This course does not lead directly to a
certification exam, but it does cover
foundational knowledge that can help you
prepare for several CCNP and other
professional-level data center courses and
exams:

-Courses-
-Exams-
Implementing and Operating Cisco Data Center
Core Technologies (DCCOR) 350-601
Implementing Cisco Data Center Core
Technologies (DCCOR)
Designing Cisco Data Center Infrastructure
(DCID) 350-610
Designing Cisco Data Center Infrastructure
(DCID)
Troubleshooting Cisco Data Center
Infrastructure (DCIT)
350-615 Troubleshooting Cisco Data Center
Infrastructure (DCIT)
Implementing Cisco Application Centric
Infrastructure (DCACI) 350-620
Implementing Cisco Application Centric
Infrastructure (DCACI)
Introducing Cisco NX-OS Switches and Fabrics in
the Data Center (DCINX) N/A
Configuring Cisco Nexus Switches (DCCNX)
N/A

[Course Benefits]
This course will help you:
▪ Prepare for entry-level job roles in the
high-demand area of data center environments
▪ Prepare for courses that support the Cisco
Certified Network Professional Data Center
certification exams
▪ Gain knowledge and hands-on skills through
Cisco’s unique combination of lessons and
hands-on practice using enterprise-grade Cisco
learning technologies, data center equipment,
and software

[Course Objectives]
After taking this course, you should be able
to:
▪ Describe the foundations of data center
networking
▪ Describe Cisco Nexus products and explain the
basic Cisco NX-OS functionalities and tools
▪ Describe Layer 3 first-hop redundancy
▪ Describe Cisco FEX connectivity
▪ Describe Ethernet port channels and vPCs
▪ Introduce switch virtualization, machine
virtualization, and describe network
virtualization
▪ Compare storage connectivity options in the
data center
▪ Describe Fibre Channel communication between
the initiator server and the target storage
▪ Describe Fibre Channel zone types and their
uses
▪ Describe NPV and NPIV
▪ Describe data center Ethernet enhancements
that provide a lossless fabric
▪ Describe FCoE
▪ Describe data center server connectivity
▪ Describe Cisco UCS Manager
▪ Describe the purpose and advantages of APIs
▪ Describe Cisco ACI
▪ Describe the basic concepts of cloud
computing

[Course Prerequisites]
To fully benefit from this course, you should
have the following knowledge and skills:
▪ Good understanding of networking protocols
▪ Good understanding of the VMware environment
▪ Basic knowledge of Microsoft Windows
operating systems

These are the recommended Cisco courses that
may help you meet these prerequisites:
▪ Implementing and Administering Cisco
Solutions (CCNA)
▪ Introducing Cisco Data Center Networking
(DCICN)
▪ Introducing Cisco Data Center Technologies
(DCICT)


[Job Roles]
▪ Data center administrators
▪ Data center engineers
▪ Systems engineers
▪ Server administrators
▪ Network managers
▪ Cisco integrators and partners

 

Course Outline

• Describing the Data Center Network Architectures
  •  ▪ Cisco Data Center Architecture Overview
  •  ▪ Three-Tier Network: Core, Aggregation, and Access
  •  ▪ Spine-and-Leaf Network
  •  ▪ Two-Tier Storage Network
• Describing the Cisco Nexus Family and Cisco NX-OS Software
  •  ▪ Cisco Nexus Data Center Product Overview
  •  ▪ Cisco NX-OS Software Architecture
  •  ▪ Cisco NX-OS Software CLI Tools
  •  ▪ Cisco NX-OS Virtual Routing and Forwarding
• Describing Layer 3 First-Hop Redundancy
  •  ▪ Default Gateway Redundancy
  •  ▪ Hot Standby Router Protocol
  •  ▪ Virtual Router Redundancy Protocol
  •  ▪ Gateway Load Balancing Protocol
• Describing Cisco FEX
  •  ▪ Server Deployment Models
  •  ▪ Cisco FEX Technology
  •  ▪ Cisco FEX Traffic Forwarding
  •  ▪ Cisco Adapter FEX
• Describing Port Channels and vPCs
  •  ▪ Ethernet Port Channels
  •  ▪ Virtual Port Channels
  •  ▪ Supported vPC Topologies
• Describing Switch Virtualization
  •  ▪ Cisco Nexus Switch Basic Components
  •  ▪ Virtual Routing and Forwarding
  •  ▪ Cisco Nexus 7000 VDCs
  •  ▪ VDC Types
  •  ▪ VDC Resource Allocation
  •  ▪ VDC Management
• Describing Machine Virtualization
  •  ▪ Virtual Machines
  •  ▪ Hypervisor
  •  ▪ VM Manager
• Describing Network Virtualization
  •  ▪ Overlay Network Protocols
  •  ▪ VXLAN Overlay
  •  ▪ VXLAN BGP EVPN Control Plane
  •  ▪ VXLAN Data Plane
  •  ▪ Cisco Nexus 1000VE Series Virtual Switch
  •  ▪ VMware vSphere Virtual Switches
• Introducing Basic Data Center Storage Concepts
  •  ▪ Storage Connectivity Options in the Data Center
  •  ▪ Fibre Channel Storage Networking
  •  ▪ VSAN Configuration and Verification
• Describing Fibre Channel Communication Between the Initiator Server and the Target Storage
  •  ▪ Fibre Channel Layered Model
  •  ▪ FLOGI Process
  •  ▪ Fibre Channel Flow Control
• Describing Fibre Channel Zone Types and Their Uses
  •  ▪ Fibre Channel Zoning
  •  ▪ Zoning Configuration
  •  ▪ Zoning Management
• Describing Cisco NPV Mode and NPIV
  •  ▪ Cisco NPV Mode
  •  ▪ NPIV Mode
• Describing Data Center Ethernet Enhancements
  •  ▪ IEEE Data Center Bridging
  •  ▪ Priority Flow Control
  •  ▪ Enhanced Transmission Selection
  •  ▪ DCBX Protocol
  •  ▪ Congestion Notification
• Describing FCoE
  •  ▪ Cisco Unified Fabric
  •  ▪ FCoE Architecture
  •  ▪ FCoE Initialization Protocol
  •  ▪ FCoE Adapters
• Describing Cisco UCS Components
  •  ▪ Physical Cisco UCS Components
  •  ▪ Cisco Fabric Interconnect Product Overview
  •  ▪ Cisco IOM Product Overview
  •  ▪ Cisco UCS Mini
  •  ▪ Cisco IMC Supervisor
  •  ▪ Cisco Intersight
• Describing Cisco UCS Manager
  •  ▪ Cisco UCS Manager Overview
  •  ▪ Identity and Resource Pools for Hardware Abstraction
  •  ▪ Service Profiles and Service Profile Templates
  •  ▪ Cisco UCS Central Overview
  •  ▪ Cisco HyperFlex Overview
  •  ▪ Using APIs
  •  ▪ Common Programmability Protocols and Methods
  •  ▪ How to Choose Models and Processes
• Describing Cisco ACI
  •  ▪ Cisco ACI Overview
  •  ▪ Multitier Applications in Cisco ACI
  •  ▪ Cisco ACI Features
  •  ▪ VXLAN in Cisco ACI
  •  ▪ Unicast Traffic in Cisco ACI
  •  ▪ Multicast Traffic in Cisco ACI
  •  ▪ Cisco ACI Programmability
  •  ▪ Common Programming Tools and Orchestration Options
• Describing Cloud Computing
  •  ▪ Cloud Computing Overview
  •  ▪ Cloud Deployment Models
  •  ▪ Cloud Computing Services

Lab Outline

• ▪ Explore the Cisco NX-OS CLI
• ▪ Explore Topology Discovery
• ▪ Configure HSRP
• ▪ Configure the Cisco Nexus 2000 FEX
• ▪ Configure vPCs
• ▪ Configure vPCs with Cisco FEX
• ▪ Configure VRF
• ▪ Explore the VDC Elements
• ▪ Install VMware ESXi and vCenter
• ▪ Configure VSANs
• ▪ Validate FLOGI and FCNS
• ▪ Configure Zoning
• ▪ Configure Unified Ports on a Cisco Nexus Switch and Implement FCoE
• ▪ Explore the Cisco UCS Server Environment
• ▪ Configure a Cisco UCS Server Profile
• ▪ Configure Cisco NX-OS with APIs
• ▪ Explore the Cisco UCS Manager XML API Management Information Tree