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(VDW) VMware vSphere: Design Workshop

COURSE TYPE

Intermediate

Course Number

1660

Duration

3 Days
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This three-day training course equips you with the knowledge, skills, and abilities to design a VMware vSphere® 6.5 virtual infrastructure. You follow a proven approach to design a virtualization solution that is available, scalable, manageable, recoverable, and secure, and that uses VMware best practices. This course discusses the benefits and risks of available design alternatives and provides information to support making sound design decisions. Given a case study, you practice your design skills by working with peers on a design project.

You Will Learn How To

  • Assess the business and application requirements of the current environment
  • Apply a framework to a design
  • Analyze design choices and best-practice recommendations
  • Create a design that ensures availability, manageability, performance, recoverability, and security
  • Design the core management infrastructure for an enterprise
  • Design the virtual data center for an enterprise
  • Design the compute infrastructure for an enterprise
  • Design the storage and networking infrastructures for an enterprise
  • Design virtual machines to run applications in a vSphere infrastructure
  • Design security, management, and recoverability features for an enterprise

Important Course Information

Requirements:

  • VMware vSphere6 : Install, Configure, Manage (VICM)
  • VMware vSphere: Optimize and Scale (VOS)

Learning Tree Training Vouchers cannot be used to pay for the tuition fee for this course.

This course is delivered by a Learning Tree approved training partner.

Course Outline

  • Course Introduction
  • Introductions and course logistics
  • Course objectives
  • Infrastructure Assessment
  • Follow a proven process to design a virtualization solution
  • Define customer business objectives
  • Gather and analyze business and application requirements
  • Document design requirements, constraints, assumptions, and risks
  • Use a systematic method to evaluate and document design decisions
  • Create a conceptual design
  • Core Management Infrastructure
  • Determine the number of vCenter Server and VMware Platform Services Controller™ instances to include in a design
  • Choose the appropriate platforms for vCenter Server components
  • Choose the appropriate single sign-on identity source
  • Choose the time synchronization method
  • Choose methods to collect log files and ESXi core dumps
  • Design a vCenter Server deployment topology that is appropriate for the size and requirements of the data center
  • Virtual Data Center Infrastructure
  • Calculate total capacity requirements for a design
  • Create a virtual data center cluster design that meets business and workload requirements
  • Evaluate the use of several management services, such as VMware vSphere® High Availability and VMware vSphere® Distributed Resource Scheduler™, in the virtual data center
  • Evaluate the use of resource pools in the virtual data center design
  • Compute Infrastructure
  • Create a compute infrastructure design that includes the appropriate ESXi boot, installation, and configuration options
  • Choose the ESXi host hardware for the compute infrastructure
  • Storage Infrastructure
  • Calculate storage capacity and performance requirements for a design
  • Evaluate the use of various storage platform and storage management solutions
  • Design a storage platform and storage management architecture that meets the needs of the vSphere environment
  • Network Infrastructure
  • Evaluate the use of various network component and network management solutions
  • Design a network component architecture that includes information about network segmentation and virtual switch types
  • Design a network management architecture that meets the needs of the vSphere environment
  • Virtual Machine Design
  • Make virtual machine design decisions, including decisions about resources
  • Design virtual machines that meet the needs of the applications in the vSphere environment and that follow VMware best practices
  • Infrastructure Security
  • Make security design decisions for various layers in the vSphere environment
  • Design a security strategy that meets the needs of the vSphere environment and follows VMware best practices
  • Infrastructure Manageability
  • Make VMware vSphere® Update Manager™ design decisions that meet the requirements of the virtual data center
  • Make infrastructure management design decisions about the required areas
  • Design an infrastructure management strategy that meets the needs of the vSphere environment and follows VMware best practices
  • Infrastructure Recoverability
  • Make infrastructure recoverability design decisions in the required areas
  • Design an infrastructure recoverability strategy that meets the needs of the vSphere environment and follows VMware best practices
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