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VMware NSX: Install, Configure, Manage [V4.0]

The VMware NSX: Install, Configure, Manage [V4.0] course is a five-day, hands-on training program designed to provide the skills required to install, configure, and manage a VMware NSX environment. The course covers NSX architecture, logical switching and routing, Layer 2 bridging, Edge services, VPN services, firewalls, advanced security services, introspection, and cross-vCenter NSX. Participants gain practical experience working with NSX in a software-defined data center environment, including configuring logical networks, routing, security policies, and network services. The course is intended for experienced system or network administrators.
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Course Description

Key Takeaways
  • Understand VMware NSX architecture and components.
  • Deploy and configure NSX management and control components.
  • Configure logical switching and VXLAN networks.
  • Implement logical routing and Layer 2 bridging.
  • Configure NSX Edge services, NAT, and VPNs.
  • Configure distributed and Edge firewall policies.
  • Implement advanced security and introspection services.
  • Understand cross-vCenter NSX deployment.
Course Outline

Module 1: Course Introduction

  • Course objectives
  • Course logistics

Module 2: Introduction to vSphere Networking

  • vSphere networking components
  • Standard switches
  • Distributed switches
  • VMkernel ports and services

Module 3: Introduction to NSX

  • Data center networking challenges
  • Network virtualization
  • Software-defined data center
  • NSX benefits and use cases

Module 4: NSX Architecture

  • NSX architecture
  • Operational planes
  • Management, control, and data planes
  • NSX Manager
  • Control plane
  • User World agents
  • Data plane components

Module 5: NSX Infrastructure Preparation

  • NSX installation overview
  • Deployment planning
  • NSX Manager and vCenter Server registration
  • NSX Controller cluster deployment and verification

Module 6: NSX Logical Switch Networks

  • Switching challenges
  • Transport zones, VTEPs, and VXLAN
  • Virtual networking infrastructure
  • Segment ID pools and address ranges
  • Replication modes
  • VXLAN transport parameters
  • VNI and VLANs for VXLAN
  • Logical switch packet flows

Module 7: NSX Logical Routing

  • Routing challenges
  • Hairpinning
  • East-West and North-South routing
  • NSX Distributed Logical Router
  • NSX Edge Services Gateway
  • Logical router workflows
  • Router interfaces and addresses
  • Traffic flows
  • Deployment models
  • Edge Services Gateway topologies

Module 8: Advanced NSX Logical Routing

  • Static and dynamic routing
  • DLR and Edge routing configuration
  • OSPF and BGP
  • Ingress and egress traffic
  • Equal-Cost Multipathing
  • High availability

Module 9: NSX L2 Bridging

  • L2 bridging use cases
  • Software and hardware bridging
  • VXLAN-to-VLAN bridging
  • L2 bridging packet flows

Module 10: NSX Edge Services

  • NSX Edge services
  • Network Address Translation
  • Source and destination NAT
  • NAT64

Module 11: NSX Edge VPN Services

  • VPN use cases
  • IPsec VPN
  • IPsec security protocols
  • L2 VPN
  • SSL VPN-Plus
  • VPN configuration

Module 12: NSX Security Services

  • Software-defined data center security
  • Logical firewalls
  • Distributed Firewall architecture
  • Firewall rule sections
  • Layer 2 and Layer 3 rules
  • Exclusion lists
  • Layer 7 filtering
  • Security and service groups
  • DHCP and ARP snooping

Module 13: NSX Advanced Security Services

  • SpoofGuard
  • Identity Firewall
  • Active Directory integration
  • RDSH
  • Application Rule Manager
  • Monitoring sessions
  • Firewall rule publication

Module 14: NSX Introspection Services

  • Guest and Network Introspection
  • Service chaining
  • Advanced services
  • Introspection status
  • Alarms, events, and audit messages

Module 15: Cross-vCenter NSX

  • Cross-vCenter features and use cases
  • Cross-vCenter components
  • NSX Manager roles
  • Controller cluster placement
  • Universal logical networks
  • Deployment models
  • Design considerations
Duration

5 days

Exam Details
Exam Name: VMware NSX 4.x Professional V2
Questions: 55 Questions questions
Format: Multiple Choice Questions (MCQs)
Duration: 135 minutes
Who should attend
  • Experienced System Administrators
  • Network Administrators
  • Security Administrators
  • Network Engineers
  • VMware Infrastructure Professionals
  • Data Center Professionals
Prerequisites
  • Understanding of enterprise switching and routing.
  • Knowledge of TCP/IP services.
  • Experience with firewalls and firewall rule sets.
  • Completion of VMware Data Center Virtualization Fundamentals is recommended.

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Our instructors

Mohammad Gufran Network Binary

MOHAMMED GUFRAN

17 years of Experience
Enterprise Networking | Network Security | Software Defined Networking & Automation

AKMAL YAZDANI

18+ years of Experience
Azure & AWS services |Managing and Implementing Windows servers

MUHAMMAD MUSAB

4+ Years of Experience
Cisco Technologies | Cisco and HPE ARUBA Technologies | Routing and Switching

RANIA GABRIEL GEORGE HAKIM

25+ years of Experience
Enterprise Networking | Network Security | Software Defined Networking & Automation
Microsoft Instructor and Windows Network Specialist

MOHD FARAZ HARMIS

25+ years of Experience
Managing and Implementing Microsoft Azure cloud | Active Directory

SHAHEEN AKHTAR

17 years of Experience
TCP | and UDP protocols, along | with expertise in firewalls such as Palo Alto

KUDDOOS ALI

14+ years of Experience
Experienced Network Engineer proficient in AFC | Aruba Central | Aruba CX switches

AAMIR MASOOD

6 years of Experience
AWS Compute | AWS Storage | AWS Database | AWS Management
Faizan Ahmad IT Advisor

FAIZAN AHMAD

7 years of Experience
Software support Issue Resolution | User assistance | Microsoft Active Directory
cisco Instructor in Dubai Saad shah

SAAD SHAH

10 years of Experience
Cisco Technologies | Routing and Swtiching | Data Center | Security

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FAQs

What is VMware NSX used for in an enterprise environment?

VMware NSX is used to virtualize and manage networking and security services within software-defined data center environments. It enables organizations to implement logical switching, routing, segmentation, firewalling, and network services independent of the underlying physical network infrastructure.

What practical skills will I gain from VMware NSX V4.0 training?

You will learn to deploy NSX components, configure logical switches and routers, implement VXLAN networking, configure Edge services and VPNs, manage firewall policies, and implement advanced security and introspection services.

How does NSX support network security and micro-segmentation?

NSX provides distributed and Edge firewall capabilities that allow organizations to control traffic between workloads. The course covers Distributed Firewall rules, Layer 2 and Layer 3 policies, Layer 7 filtering, Identity Firewall, SpoofGuard, and security groups.

What networking knowledge should I have before taking this course?

Participants should understand enterprise switching and routing, TCP/IP services, and firewall concepts and rule sets. Experience with VMware vSphere environments is also expected, along with the recommended VMware Data Center Virtualization Fundamentals course.

Does the course include hands-on NSX configuration?

Yes. Global Knowledge states that the course provides access to a software-defined data center environment for hands-on labs, allowing participants to reinforce the networking, routing, security, and NSX administration concepts covered during training.

VMware NSX: Install, Configure, Manage [V4.0]

The VMware NSX: Install, Configure, Manage [V4.0] course is a five-day, hands-on training program designed to provide the skills required to install, configure, and manage a VMware NSX environment. The course covers NSX architecture, logical switching and routing, Layer 2 bridging, Edge services, VPN services, firewalls, advanced security services, introspection, and cross-vCenter NSX. Participants gain practical experience working with NSX in a software-defined data center environment, including configuring logical networks, routing, security policies, and network services. The course is intended for experienced system or network administrators.

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