Course Overview
This five-day course offers thorough instruction on factors to take into account and methods to employ when designing a VMware NSX-TTM Data Center infrastructure as a component of a software-defined data centre strategy. The student will graduate from this course with the knowledge and abilities needed to lead the design of the NSX-T Data Center, which is available in release 3.2. The learner acquires a greater comprehension of the NSX-T Data Center architecture and how it can be applied to the development of solutions that cater to the business requirements of the customer.
Prerequisites
You should also be familiar with or comprehend these technologies.
- Thorough familiarity with TCP/IP services and protocols.
- Expertise and practical experience in computer security and networking, such as:
- Technologies for switching and routing (L2-L3).
- Services for delivering networks and applications (L4-L7).
- Firewalls (L4-L7).
- vSphere settings.
Audience Profile
- Experienced system administrators and network administrators
- Network and security professionals who currently or have worked with enterprise networks
Learning Objectives
You should be able to complete the following goals by the end of the course:
- Explain and put a design framework to use.
- Use a design process to collect needs, limitations, presumptions, and risks.
- Create a VMware vSphere® virtual data centre that satisfies the demands of the NSX-T Data Center.
- Design a cluster using VMware NSX ManagerTM.
- To handle traffic and service requirements in NSX-T Data Center, construct a VMware NSX® EdgeTM cluster.
- Create logical routing and switching.
- Recognize optimal practises for NSX-T data centre security.
- Create sensible network services.
- Create a physical network that can accommodate network virtualization in a data centre that is software-defined.
- Construct a plan to accommodate the NSX-T Data Center infrastructure at various locations.
- Describe the variables that affect NSX-T Data Center performance.
Content Outline
- Introduction and course logistics
- Course objectives
- Define design jargon.
- Describe the project's framework and process.
- Give an overview of VMware Validated DesignTM.
- Identify the needs, presumptions, limitations, and dangers of the customers.
- Describe the conceptual layout.
- Describe the logical layout.
- Describe the architecture.
- Identify the NSX-T Data Center architecture's key components.
- Explain the management plane and NSX management cluster.
- List the responsibilities and elements of the management, control, and data planes.
- Describe the possibilities for NSX Manager sizing.
- Understand the rationale behind and implications of the NSX management cluster architecture choices.
- List the possible NSX management cluster designs.
- Describe the cutting-edge design best practises.
- Describe the reference designs for NSX Edge VMs.
- Describe the NSX Edge reference designs in bare metal.
- Describe the best practises for designing edge clusters.
- Describe how the placement of stateful services has an impact.
- Describe the edge cluster growth patterns.
- List design factors to take into account when employing L2 bridging services.
- Explain the terms and concepts used in logical switching.
- List design factors for segments and transit zones.
- List important virtual switch design factors.
- Identify design concerns for the uplink profile, VMware vSphere® Network I/O Control profile, and transport node profile.
- List the design factors for the Geneve tunnel.
- List design factors for BUM replication mode.
- Describe the purpose and characteristics of logical routing.
- Describe the single-tier and multi-tier routing architectures used in NSX-T data centres.
- Specify rules for choosing a route topology.
- Describe the configuration options for the BGP and OSPF routing protocols.
- Describe the mechanisms for failure detection and the high availability modes of operation for gateways.
- Explain how multitier architectures give users control over the location of stateful services.
- List the needs and factors for VRF Lite.
- List the common scalable NSX architectures.
- List the many security features that the NSX-T Data Center offers.
- Describe the benefits of a distributed firewall powered by NSX.
- Describe how NSX Gateway Firewall is used as an inter-tenant firewall and as a perimeter firewall.
- Select a methodology for security policy.
- Recognize the best practises for NSX-T Data Center security.
- List the stateful services accessible under the various high availability settings for edge clusters.
- Describe the mechanisms for failover detection.
- Describe the design factors to take into account when integrating NSX-T Data Center with VMware NSX® Advanced Load BalancerTM.
- NSX-T Data Center NAT stateful and stateless descriptions.
- List the advantages of the NSX-T Data Center DHCP.
- List the advantages of metadata proxy.
- Explain L2 VPN and IPSec VPN.
- List the elements that make into a switch fabric pattern.
- Examine the design implications for switch fabrics at Layers 2 and 3.
- When developing top-of-rack switches, review the standards.
- Examine your alternatives for joining the switch fabric to the transport hosts.
- Describe common configurations for VMware ESXiTM compute hypervisors with two NICs.
- Describe typical architectures for compute hypervisors running ESXi that have four or more NICs.
- Describe a common KVM compute hypervisor design with two NICs.
- Distinguish between dedicated and collapsed cluster designs for SDDCs.
- Describe scale factors in a multisite NSX-T data centre design.
- Describe the main NSX Federation architecture elements.
- Describe the Federation's strained networking capacity.
- Outline the Federation's stretched security use cases.
- Evaluate Federation's plans for catastrophe recovery.
- Describe Geneve Offload
- Describe the benefits of Receive Side Scaling and Geneve Rx Filters
- Explain the benefits of SSL Offload
- Describe the effect of Multi-TEP, MTU size, and NIC speed on throughput
- Explain the available N-VDS enhanced datapath modes and use cases
- List the critical performance factors for compute nodes and NSX Edge nodes
FAQs
A: Radiant Techlearning is headquartered in the Electronic city & technology hub of Northern India, Noida, surrounded by several large multinational, medium & small Software companies. We have offices located all across the country and partners across the globe.
A: For participants' hands-on practise, Radiant Techlearning includes a data centre with a virtual training environment. With the use of a remote desktop connection, participants can effortlessly access these laboratories over the cloud. You may learn from anywhere and in any time zone with radiant virtual laboratories.
A: The learners will be enthralled as we engage them in the natural world and Oriented industry projects during the training program. These projects will improve your skills and knowledge and give you a better experience. These real-time projects will help you a lot in your future tasks and assignments.
A: To know about the fees details, you can email us at training@radianttechlearning.com with your requirement in detail containing the below information
In the case of Self/ Individual
- Training Program
- Training Mode (Online/ Classroom)
- Location (in case of the classroom):
- Background (Education/ Technology/ Year of experience, etc. )
- Training Timeline
In the case of Corporate Training
- Training Program of Participants
- Training Mode (Online/ Classroom)
- Location (in case of the classroom):
- Participant’s Background (Education/ Technology/ Year of experience, etc.)
- Training Timeline
- Expectations from the training program
A:
- Experienced system administrators and network administrators
- Network and security professionals who work with enterprise networks
A: This course has a duration of 5 days.
A: No. These training programs are helping to improve your skills & knowledge of the technology, which would allow you to land your dream job by learning them.
Our training program will maximize your ability and chances of getting a successful job. You have to select a job according to your convenience. Your performance in the training program and interview is crucial for getting a good job.
A: Yes, your employer can pay your fees.
A: The learners will be enthralled as we engage them in the natural world and Oriented industry projects during the training program. These projects will improve your skills and knowledge and give you a better experience. These real-time projects will help you a lot in your future tasks and assignments.