VMware vSAN: Fast Track [V7] Course Overview

VMware vSAN: Fast Track [V7] Course Overview

The VMware vSAN: Fast Track [V7] course is designed to provide an extensive overview and hands-on experience with the VMware vSAN technology, specifically aligning with version 7. This course covers the key components and architecture of vSAN, including its integration with the overall VMware ecosystem. Participants learn about planning, deploying, and managing a vSAN cluster, as well as how to apply Storage policies, enhance Data resilience, and ensure Data security. The course also delves into advanced configurations like Stretched clusters, Two-node clusters, and vSAN troubleshooting methodologies, ensuring learners can maintain and monitor vSAN solutions effectively.

By completing this course, learners will gain the knowledge and skills necessary to deploy and administer a secure, resilient, and efficient vSAN environment. The practical experience gained will prepare participants to troubleshoot issues, optimize performance, and ensure the best practices in a vSAN deployment. This course is ideal for system administrators, system engineers, and IT professionals responsible for managing and supporting a vSphere infrastructure.

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1. VMware vSAN: Plan and Deploy [V7] While VMware vSAN: Plan and Deploy [V7] course covers the fundamentals of vSAN and its deployment, VMware vSAN: Fast Track [V7] course provides a more comprehensive training that covers advanced concepts and hands-on labs Read More

2. VMware vSAN: Management and Operations [V7] VMware vSAN: Fast Track [V7] course covers a wider range of topics, including the fundamentals, design, deployment, and management of vSAN environments, as well as best practices for performance and troubleshooting Read More

3. VMware vSAN: Troubleshooting [V7] VMware vSAN: Fast Track [V7] course covers both the fundamentals and advanced concepts of vSAN, including troubleshooting techniques Read More

Course Prerequisites

To ensure that you are prepared for the VMware vSAN: Fast Track [V7] course and can fully benefit from the training, the following are the minimum required prerequisites:


  • Understanding of concepts presented in the VMware vSphere: Install, Configure, Manage [V6.x] or [V7] course, or equivalent knowledge and administration experience with VMware ESXi™ and VMware vCenter Server™.
  • Basic knowledge of networking, including concepts such as TCP/IP and Ethernet.
  • Familiarity with storage fundamentals, including understanding storage devices and disk groups.
  • An understanding of basic VMware vSphere® features such as VMware vSphere® VMFS, VMware vSphere® DRS, and VMware vSphere® HA.
  • Some experience with working at the command line is helpful.
  • The ability to use a web browser and SSH client for lab exercises.

These prerequisites are designed to provide a solid foundation that will help you grasp the concepts and practical applications taught during the VMware vSAN: Fast Track [V7] course. If you meet these requirements, you're likely to have a successful learning experience. If you feel you need more preparation, we recommend considering foundational courses or reviewing the resources provided by VMware on these topics before enrolling.


Target Audience for VMware vSAN: Fast Track [V7]

The VMware vSAN: Fast Track [V7] course provides in-depth training on hyper-converged infrastructure using vSAN technology, aimed at IT professionals.


  • System Administrators and Engineers responsible for vSAN environments


  • Storage Administrators seeking to leverage hyper-converged solutions


  • IT Managers considering or overseeing vSAN deployments


  • Network Administrators involved in vSAN networking configurations


  • IT Professionals seeking to understand vSAN integration with VMware ecosystem


  • VMware vSphere Administrators planning to optimize data center storage


  • Infrastructure Architects designing vSAN solutions


  • Data Center Operations personnel involved in vSAN cluster maintenance


  • IT Security Professionals focused on storage security


  • VMware Certified Professionals (VCPs) looking to deepen their vSAN expertise


  • Technical Support and IT Consultants troubleshooting vSAN environments


  • Disaster Recovery and Business Continuity Specialists working with vSAN stretched clusters


  • IT Decision Makers evaluating vSAN benefits for organizational needs


  • Cloud Engineers interested in VMware's approach to hyper-converged infrastructure


  • IT personnel involved in vSAN performance monitoring and optimization


  • Anyone seeking VMware vSAN certification or accreditation




Learning Objectives - What you will Learn in this VMware vSAN: Fast Track [V7]?

Introduction to Learning Outcomes:

The VMware vSAN: Fast Track [V7] course equips participants with a comprehensive understanding of vSAN architecture, deployment, management, and troubleshooting to optimize virtualized storage solutions.

Learning Objectives and Outcomes:

  1. Describe vSAN architecture and software components to understand how it integrates with the VMware ecosystem.
  2. Plan and design a vSAN cluster by applying best practices for performance and scalability.
  3. Deploy a vSAN cluster and configure its features, including fault domains and vSphere HA integration.
  4. Manage vSAN storage policies to ensure virtual machine storage compliance and efficiency.
  5. Enhance vSAN resilience and data availability, including understanding the impact of maintenance tasks.
  6. Configure vSAN space efficiency features such as deduplication, compression, and erasure coding.
  7. Secure vSAN through VM encryption and data-in-transit encryption practices.
  8. Utilize advanced vSAN configurations like iSCSI targets, HCI Mesh, and vSAN Direct for complex environments.
  9. Perform routine vSAN cluster maintenance operations while managing maintenance modes and data evacuation.
  10. Troubleshoot vSAN issues using structured methodologies and tools like vSphere Skyline Health and ESXi Shell commands.

Technical Topic Explanation

vSAN cluster

A vSAN cluster is a configuration within VMware's virtualization platform that pools together the storage resources of multiple physical servers to create a single, highly available storage network. This setup allows for automated storage provisioning and management, which can scale easily as more hardware is added. The primary benefit is that it simplifies the storage administration and improves data resilience and performance across the virtual machines and applications it supports, making it especially suitable for businesses looking to optimize their IT infrastructure with efficient data handling and robust disaster recovery capabilities.

Storage policies

Storage policies define how data is stored and managed within a computing environment. These policies determine aspects like performance, scalability, and availability based on specific requirements. By setting rules on data placement and protection, storage policies help optimize resource use and ensure data integrity and accessibility. For instance, in technologies like VMware vSAN, storage policies can dictate how many replicas of data to keep or how to distribute data across different storage tiers to balance speed and cost efficiency. This helps organizations tailor their storage systems to meet both technical and business needs effectively.

Data resilience

Data resilience refers to the ability of a computing system to continue operating effectively despite failures or disruptions to its components. It involves techniques and technologies that ensure data is consistently accessible, even in the face of hardware malfunctions, software crashes, or cyber threats. By implementing redundant systems, regular backups, and recovery procedures, organizations can protect their data from loss and minimize downtime. This concept is crucial for maintaining business continuity and safeguarding critical information against potential threats, thereby ensuring that essential operations can proceed without interruption.

Data security

Data security involves protecting digital information from unauthorized access, corruption, or theft throughout its lifecycle. It includes techniques like encryption, strong user authentication, and security protocols that help safeguard sensitive data. Effective data security ensures that critical information remains safe from cyber threats, reduces the risk of data breaches, and helps maintain the privacy of personal information, supporting both legal compliance and consumer trust.

Stretched clusters

Stretched clusters are a configuration where a single computing cluster is spread over multiple geographical locations to enhance availability and disaster recovery. This setup allows for continuous operation, even if one location fails, by distributing workloads and storing data in multiple places. It's particularly useful in environments where high availability and low downtime are critical. Stretched clusters balance performance across sites and offer seamless data mirroring, ensuring consistent operations and quick failover during a site outage. They are commonly used with technologies like VMware vSAN to manage storage effectively across dispersed locations.

Two-node clusters

A two-node cluster involves two computers (nodes) working together to ensure high availability and reliability of applications and services. Each node can access shared data, typically using a shared storage system. If one node fails, the other can take over its tasks, minimizing system downtime. This setup is often used in small enterprises or remote offices where a full multi-node cluster would be too costly or complex, yet some level of failure resistance is necessary.

vSAN troubleshooting methodologies

vSAN troubleshooting methodologies focus on diagnosing and resolving issues within VMware's virtual storage area network. It involves checking the health of vSAN clusters, ensuring configurations are correct, and using monitoring tools to identify problems. Steps include examining hardware compatibility, verifying network settings, and analyzing performance metrics to pinpoint bottlenecks or failures. Troubleshooters also look at logs and event messages to track down the roots of issues. Efficient troubleshooting ensures a stable, high-performance environment by minimizing downtime and optimizing data storage across virtual environments.

vSphere infrastructure

vSphere is a VMware infrastructure platform for virtualizing servers. It enables users to create and manage multiple virtual machines (VMs) on a single physical server, helping to maximize hardware usage and minimize costs. Key components include ESXi, a type-1 hypervisor that installs directly on the physical server to manage VMs, and vCenter Server, which provides centralized management for the vSphere environment. This setup enhances IT agility, efficiency, and scalability, making it easier for businesses to deploy and manage virtualized workloads and resources.

Target Audience for VMware vSAN: Fast Track [V7]

The VMware vSAN: Fast Track [V7] course provides in-depth training on hyper-converged infrastructure using vSAN technology, aimed at IT professionals.


  • System Administrators and Engineers responsible for vSAN environments


  • Storage Administrators seeking to leverage hyper-converged solutions


  • IT Managers considering or overseeing vSAN deployments


  • Network Administrators involved in vSAN networking configurations


  • IT Professionals seeking to understand vSAN integration with VMware ecosystem


  • VMware vSphere Administrators planning to optimize data center storage


  • Infrastructure Architects designing vSAN solutions


  • Data Center Operations personnel involved in vSAN cluster maintenance


  • IT Security Professionals focused on storage security


  • VMware Certified Professionals (VCPs) looking to deepen their vSAN expertise


  • Technical Support and IT Consultants troubleshooting vSAN environments


  • Disaster Recovery and Business Continuity Specialists working with vSAN stretched clusters


  • IT Decision Makers evaluating vSAN benefits for organizational needs


  • Cloud Engineers interested in VMware's approach to hyper-converged infrastructure


  • IT personnel involved in vSAN performance monitoring and optimization


  • Anyone seeking VMware vSAN certification or accreditation




Learning Objectives - What you will Learn in this VMware vSAN: Fast Track [V7]?

Introduction to Learning Outcomes:

The VMware vSAN: Fast Track [V7] course equips participants with a comprehensive understanding of vSAN architecture, deployment, management, and troubleshooting to optimize virtualized storage solutions.

Learning Objectives and Outcomes:

  1. Describe vSAN architecture and software components to understand how it integrates with the VMware ecosystem.
  2. Plan and design a vSAN cluster by applying best practices for performance and scalability.
  3. Deploy a vSAN cluster and configure its features, including fault domains and vSphere HA integration.
  4. Manage vSAN storage policies to ensure virtual machine storage compliance and efficiency.
  5. Enhance vSAN resilience and data availability, including understanding the impact of maintenance tasks.
  6. Configure vSAN space efficiency features such as deduplication, compression, and erasure coding.
  7. Secure vSAN through VM encryption and data-in-transit encryption practices.
  8. Utilize advanced vSAN configurations like iSCSI targets, HCI Mesh, and vSAN Direct for complex environments.
  9. Perform routine vSAN cluster maintenance operations while managing maintenance modes and data evacuation.
  10. Troubleshoot vSAN issues using structured methodologies and tools like vSphere Skyline Health and ESXi Shell commands.