The network virtualization and security platform VMware NSX-T Data Center builds a virtual cloud network. The VMware NSX-T Data Center: Install Configure Manage [V3.2] (EDU-NSXTICM32) is a 5-day course offering a software-defined networking solution compatible with application frameworks, clouds, and data centers. The latest iterations of NSX-T facilitate AWS native workloads and network virtualization stacks for KVM, Docker, Kubernetes, and OpenStack. This training is appropriate for heterogeneous computer systems and will enable participants to deploy without a vCenter Server. Professionals looking to advance their knowledge of virtual networking and security in the VMware environment should take this course.
This day course covers the main features and functionalities of the NSX-T Data Center 3.2 release, such as networking and security services, firewalls and advanced threat prevention, logical switching, logical routing, and the overall infrastructure. The attendees will learn about configuring bridge clusters, applying bridging solutions when necessary, and distinguishing between logical bridging and routing. Through practical laboratories, learners can practice the skills and ideas they have learned in the course while accessing a software-defined data center environment. So enroll at Vinsys to receive extensive training from professionals in the field to advance your knowledge and network virtualization career.
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The successful completion of the VMware NSX-T Data Center: Install Configure Manage [V3.2] (EDU-NSXTICM32) course will equip you with the following:
• Describe the NSX-T Data Center's architecture and critical parts.
• Identify the attributes and advantages of the NSX-T Data Center.
• Install the VMware NSX® EdgeTM nodes and the NSX Management cluster.
• Get KVM and VMware ESXiTM hosts ready for NSX-T Data Center networking.
• Establish and set up the layer two forwarding segments.
• Create gateways for Tier-0 and Tier-1 logical routing and configure them.
• Filter east-west and north-south traffic in the NSX-T Data Center using distributed and gateway firewall policies.
• Set up the features of Advanced Threat Prevention.
• Set up network services on nodes of NSX Edge.
• Use VMware Identity Manager and LDAP to manage users and access
• Describe the architecture, use cases, and significance of the Federation.
This course is intended for a variety of learner categories. The participants' level of competence is irrelevant. However, for the general idea, the following is the target audience.
• Network architects and engineers
• Administrators and Engineers of Systems
• Architects and Engineers for Security
• Professionals in cloud computing and virtualization
• Professionals in Data Center Operations
• IT managers in charge of the network and security setup
• Employees in Network Operations
• Cloud Infrastructure Engineers
• Network and Security Consultants
• Officers of security and compliance in charge of IT infrastructure
Participants must fulfill the following requirements before taking the VMware NSX-T Data Center: Install Configure Manage [V3.2] (EDU-NSXTICM32) course to guarantee a solid basis for learning and comprehending the advanced concepts. The qualifying requirements aim to improve the learning experience for a broad range of learners.
• Understanding networking principles and TCP/IP services, including VLANs and routing, is necessary to comprehend the network virtualization and security measures of NSX-T Data Center.
• Knowledge of VMware vSphere® environments, such as VMware vCenter Server® and VMware ESXiTM. This is critical since NSX-T and vSphere integrate tightly, and you must comprehend their interactions.
• You can better understand the NSX-T Data Center's approach to the virtual cloud network by understanding networking and security topics related to data centers.
• Having some prior knowledge with command-line interfaces (CLI) can be helpful, as the course may discuss CLI commands for managing NSX-T data centers.
• Course logistics and introductions
• Course goals
• Describe the vision for the VMware Virtual Cloud Network.
• Talk about the advantages, use cases, and solutions of NSX-T Data Centers.
• Describe the components and architecture of the NSX-T Data Center.
• Describe the features and product line of VMware NSXTM.
• Describe management, control, data, and consumption functions and planes.
• NSX Management Cluster description
• Install VMware NSXTM Manager nodes on KVM and VMware ESXi hypervisors.
• Explore the NSX Manager User Interface.
• Describe the various data-plane components, including profiles, transport nodes, transport zones, and N-VDS/VDS.
• Prepare the transport nodes and set up the data center infrastructure.
• Check the connectivity and status of the transport node
• Describe the essential elements and terms used in logical switching.
• Explain the purposes and varieties of L2 segments.
• Describe the GENEVE encapsulation and tunneling.
• Using the NSX Manager UI, configure logical segments and attach hosts.
• Explain the purposes and varieties of segment profiles.
• Make segment profiles, then apply them to ports and segments.
• Describe the purpose of the packet forwarding tables used in ARP, TEP, and MAC.
• Show how L2 unicast packet flow works.
• Describe ARP suppression and handling of BUM traffic
• Explain the use cases and logical routing function.
• Describe the topologies, components, and architecture of the two-tier routing system.
• Describe the roles of the Tier-0 and Tier-1 gateways.
• Describe the parts of a logical router: Distributed routers and service routers.
• Talk about the design and functionality of the NSX Edge nodes.
• Discuss NSX Edge node deployment possibilities.
• Establish NSX Edge clusters and configure NSX Edge nodes.
• Set up the gateways for Tier-0 and Tier-1.
• Analyze both the tier-one and tier-two packet flows.
• Set up both dynamic and static routing, including OSPF and BGP.
• Turn on ECMP for the Tier-0 Gateway.
• Explain the failback, failure detection, and HA modes for NSX Edge.
• Set up VRF Lite
• What is the purpose of logical bridging?
• Talk about the use cases for logical bridging.
• Contrast bridging and routing options.
• Describe the parts of logical bridging.
• Make bridge profiles and clusters.
• NSX segmentation description
• Determine the procedures for using NSX segmentation to enforce Zero-Trust.
• Describe the architecture, parts, and purposes of the distributed firewall.
• Configure the sections and rules of the distributed firewall.
• Set up the VDS Distributed Firewall.
• Describe the design, parts, and purposes of the Gateway Firewall.
• Set up the rules and sections of the Gateway Firewall
• Describe NSX IDS/IPS and its applications.
• Set up NSX IDS/IPS.
• Install the NSX Application Framework.
• Determine the NSX Malware Prevention's architecture and parts.
• Set up NSX Malware Prevention for traffic flowing east-west and north-south.
• Describe the NSX Intelligence's use cases and architecture.
• Determine the parts and design of the VMware NSX® Network Detection and ResponseTM system.
• Utilize NSX Network Detection and Response for event analysis of network traffic.
• Give an overview of NSX-T Data Center offerings.
• Describe and set up network address translation (NAT).
• Discuss and configure DNS and DHCP services.
• Describe the topologies, components, architecture, and use cases of VMware NSX®.
• Advanced Load BalancerTM.
• Set up the Advanced Load Balancer on NSX
• Talk about the features and applications of IPSec and L2 VPNs.
• Set up L2 and IPSec VPNs with the NSX Manager UI.
• Explain the purpose and advantages of the NSX-T Data Center's VMware Identity ManagerTM.
• Connect NSX-T Data Center to VMware Identity Manager
• Link LDAP to the NSX-T Data Center.
• Determine the different user categories, authorization guidelines, and permissions.
• Restrict user access by utilizing role-based access control
• Describe the use cases, vocabulary, and core ideas of the NSX-T Data Center Federation.
• Discuss the NSX-T Data Center Federation's onboarding procedure.
• Illustrate the switching and routing features of the NSX-T Data Center Federation.
• Understand the security ideas of the NSX-T Data Center Federation.
After successfully completing the five-day VMware NSX-T Data Center: Install Configure Manage course, learners will have access to study and test-taking resources. You are allowed to prepare and take the test on the day of your choice. It would be best to claim an exam pass to receive the certification. Learners will obtain the highly sought-after VMware NSX-T credential if all standards are met. This credential is the industry standard for verifying the core skills to set up, configure, and manage virtualized network environments. It attests to your proficiency with the NSX-T Data Center's design, parts, and operation.
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