Complete VMware vSphere 7 with Windows Server 2019

In this video, we will explore the hardware and software needed to setup your home lab so you can follow along with the practical lessons.

In this lesson you will learn the following in order to setup your own lab for the course:

1. Installing VMware Workstation

2. Setting up VMware Workstation

3. A detailed overview of VMware Workstation

After completing this video, you will be able to setup VMware Workstation to use as part of your own lab.

In this lesson you will learn the foundations of setting up the networking required for our lab. You will learn to:

1. Configure virtual networks on VMware Workstation for additional networks & VLANs

2. Download & Install GNS3

3. Download & Import GNS3 VM into VMware Workstation

4. Import Cisco IOS images into GNS3

5. Cisco Router configuration & connection to VMware networks

In this lesson, we will explore the process of installing Windows Server 2019 with Active Directory, DHCP, and DNS. These are essential components for managing and maintaining a network infrastructure efficiently. By the end of this lesson, you will have a solid understanding of how to set up and configure these services in a Windows Server 2019 environment.

To begin, let's look at the installation process for Windows Server 2019. We will go through each step carefully, explaining the options available and their implications. You will learn how to select the appropriate edition, partition the disk, and configure the necessary settings for a successful installation. We will also cover best practices and troubleshooting tips to ensure a smooth installation process.

Once Windows Server 2019 is installed, we will move on to setting up Active Directory, DHCP, and DNS. Active Directory is a directory service that provides centralized management of resources in a Windows domain environment. You will learn how to promote a Windows Server to a domain controller and create and manage user accounts, groups, and organizational units. We will also cover the concept of Group Policy and how it can be used to manage security and configuration settings across the network.

Next, we will delve into the world of DHCP, which stands for Dynamic Host Configuration Protocol. DHCP allows for the automatic assignment of IP addresses, subnet masks, and other network configuration parameters to network devices. We will guide you through the process of configuring a DHCP server, creating and managing address reservations, and troubleshooting common DHCP issues.

Finally, we will explore the role of DNS in a Windows Server 2019 environment. DNS, or Domain Name System, is responsible for resolving domain names to IP addresses. You will learn how to install and configure the DNS server role, create forward and reverse lookup zones, and manage DNS records. We will also cover DNS security and how to protect your DNS infrastructure from attacks.

By the end of this lesson, you will have a solid foundation in installing Windows Server 2019 with Active Directory, DHCP, and DNS. These skills are valuable in managing and maintaining a network infrastructure and will benefit you as you progress further in your VMware vSphere 7 journey. So let's get started and dive into the world of Windows Server 2019!

In this lesson, we take a look at the licensing types available in VMware vSphere 7 in order to understand the type of licenses that are required for our infrastructure.

The understanding of vSphere 7 Licensing is crucial for anyone working with VMware. Licensing is an essential aspect of any software or technology, and vSphere 7 is no exception. VMware offers different licensing options to meet the diverse needs of organizations and individuals. It is important to fully comprehend the licensing details to make informed decisions about the utilization of vSphere 7 and to optimize its benefits.

There are three main licensing options for vSphere 7: vSphere Standard, vSphere Enterprise Plus, and vSphere with Operations Management (vSOM). Each option has its own features and capabilities, catering to different requirements. The vSphere Standard license provides basic functionality for small to medium-sized businesses. It offers features like vCenter Server, vMotion, High Availability, and Distributed Resource Scheduler.

On the other hand, the vSphere Enterprise Plus license provides advanced features for larger organizations and those requiring higher performance and scalability. It includes features like Distributed Switches, Storage I/O Control, and Host Profiles. Finally, vSphere with Operations Management (vSOM) combines the features of vSphere Enterprise Plus with vRealize Operations to provide additional insights and management capabilities. Organizations can choose the licensing option that best aligns with their needs and budget.

In this lesson you will learn to:

1. Download the VMware ESXi 7 ISO file

2. Create a new virtual machine on VMware Workstation

3. Install VMware ESXi 7

4. Setup & configure ESXi 7 Host Networking

In this lesson, we will take a detailed look at the ESXi 7 web client, which is a crucial component of the VMware vSphere 7 Course. The web client is a user interface that allows you to manage and monitor your virtual infrastructure. With its intuitive design and comprehensive features, it provides a powerful tool for administrators to efficiently configure, deploy, and manage virtual machines.

In this video you will learn how to assign a license to an ESXi host to unlock it features. The different types of licenses give you access to different types of services depending on the license type. You do not need a license for your lab as you can use the 60-day trial which gives you full access to all of the ESXi host's features while you complete the course.

NOTE: Select "Small" as the deployment option for your lab and NOT "Tiny" as mentioned in the video

Setting up vCenter Server 7 is a crucial step in managing your VMware vSphere environment effectively. By deploying vCenter Server, you gain centralized control and enhanced functionality for your virtual infrastructure. In this lesson, we will cover the step-by-step process of setting up vCenter Server 7 and explore its key features.

The first step in setting up vCenter Server 7 is to prepare the system requirements. Ensure that you have a compatible hardware and software environment, including a dedicated server or virtual machine, supported operating system, and sufficient resources like CPU, memory, and storage. Next, download the vCenter Server 7 installation ISO file from the VMware website and mount it to your server. Run the installer and select the option to install vCenter Server.

During the installation process, you will be prompted to provide necessary information such as the system name, IP address, and administrator credentials. You will also need to configure the deployment model, choosing between Embedded Platform Services Controller (PSC) or External PSC. The Embedded PSC is recommended for small to medium-sized environments, while the External PSC offers more scalability and flexibility. Complete the installation wizard by selecting your preferred deployment options and accepting the license agreement.

Once the installation is complete, you can access the vCenter Server instance through a web browser using the provided URL. Log in with the administrator credentials to start managing your vSphere environment. With vCenter Server 7, you have a wide range of powerful features at your disposal, including vCenter High Availability (HA), vSphere Distributed Resource Scheduler (DRS), and vSphere vMotion. These features enable you to automate resource allocation, ensure high availability, and migrate virtual machines seamlessly. Take the time to explore these features and understand how they can help you streamline your virtual infrastructure management.

In this lesson, we will explore the process of assigning licenses to vCenter Server 7. Before we dive into the details, it is important to understand why licenses are necessary. VMware vSphere 7 is a powerful virtualization platform that allows you to consolidate your workloads and optimize your datacenter infrastructure. However, to access all the features and functionalities it offers, you need to have the appropriate licenses in place.

The process of assigning licenses begins with acquiring the necessary license keys from VMware. These keys are unique identifiers that unlock specific features and capacities within vSphere 7. Once you have obtained the license keys, you can proceed with assigning them to your vCenter Server 7. To do this, you will need to navigate to the "Licenses" section in the vSphere Client interface. Here, you can click on "Assign License" and enter the license key in the provided field.

After entering the license key, you will need to select the assets or components that you want to assign the license to. This can include vCenter Server instances, ESXi hosts, or specific workloads running on your virtual environment. Once you have selected the desired assets, you can click on "Add Assets" to assign the license. The vCenter Server will then verify the license key and apply the appropriate licensing level to the selected assets.

Assigning licenses to vCenter Server 7 is a crucial step in maximizing the potential of your virtual infrastructure. Not only does it unlock advanced features and capabilities, but it also ensures compliance with licensing agreements. By following the necessary steps, you can effectively manage your licenses and streamline the licensing process for your vSphere 7 environment.

In this lesson you will learn to:

1. Create a Datacenter in your vSphere Environment

2. Add hosts to vCenter Server 7

3. Create a cluster and add ESXi hosts

In this lesson, we will dive into the world of datacenters, clusters, and hosts in vCenter 7. To understand these concepts, let's start with the datacenter. A datacenter is a centralized location where computing and networking resources are housed. It is like a hub that connects different components of your infrastructure, such as servers, storage devices, and networking equipment.

Now that we have a clear understanding of the datacenter, let's explore clusters. A cluster is a group of hosts that work together to provide high availability and workload distribution. Think of it as a team of servers that collaborate to handle the tasks assigned to them. By forming a cluster, you can ensure that if one host fails, the workload is automatically shifted to the remaining hosts, preventing any disruptions in service.

Lastly, let's talk about hosts. A host is a physical server that runs multiple virtual machines (VMs) on top of it. This is where the magic of virtualization happens! Each host in a cluster contributes its computing power to support the VMs running on it. With the flexibility and scalability of vSphere, you can easily add or remove hosts from a cluster to meet the changing demands of your workload.

Understanding the relationship between datacenters, clusters, and hosts is crucial for effectively managing and scaling your virtual infrastructure. Whether you are a system administrator or an IT professional, having a solid grasp of these concepts is essential in the world of vSphere 7 and Windows Server 2019. So, let's dive in and explore this fascinating world of virtualization!

In this lesson, you will learn the fundamentals of vCenter networking, gaining a deep understanding of its configurations and functionalities.

First, let's explore the basics of vCenter networking. VMware vCenter is a centralized management platform that enables the administration and provisioning of virtual infrastructure resources. In order to configure vCenter networking, you need to understand the different components involved. These components include Standard vSwitches and network adapters. By comprehending each of these components, you'll be able to create and manage virtual networks effectively.

Next, we will dive into the actual configuration process. You will learn how to create different types of virtual switches and port groups, as well as how to assign network adapters to virtual machines. Additionally, we will cover VLAN tagging, which enables you to segment your network traffic for increased security and efficiency. Throughout this process, you will gain practical knowledge through hands-on exercises and real-world examples, ensuring a smooth learning experience.

In conclusion, mastering the configuration of vCenter networking is essential for effectively managing and optimizing your virtual infrastructure. By understanding the various components and learning the necessary configuration steps, you will be able to create and manage virtual networks with ease. So, let's delve into this lesson and unlock the power of vCenter networking!

In this lesson, we will dive into the exciting world of configuring and setting up storage in vSphere and Windows Server 2019.

Storage is a critical component in any virtual infrastructure, and understanding how to effectively manage and utilize it is key to the success of your virtualized environment.

First, let's start by discussing the different storage options available in vSphere 7. vSphere 7 supports a wide range of storage options, including local storage, network-attached storage (NAS), and storage area network (SAN). Local storage refers to storage devices directly attached to the physical host. NAS allows for file-based storage accessible over the network, while SAN provides block-level storage accessed over a dedicated storage network.

Next, we'll explore the steps involved in configuring storage in vSphere 7. After logging into vCenter, you will navigate to the "Networking & Storage" section and select "Datastores." Here, you can add a new datastore by clicking on the "+" symbol. You will be prompted to choose the type of storage you wish to configure, such as NFS, iSCSI, or Fibre Channel. Once you have selected the appropriate storage type, you will need to enter the necessary details, such as the server or storage device IP address, credentials, and datastore name. After verifying the settings, you can click "Finish" to complete the configuration process.

Finally, let's discuss some best practices for storage setup in vSphere 7. It's important to carefully plan your storage configuration to ensure optimal performance and availability. Consider factors such as storage capacity requirements, performance needs, and redundancy options. It's also recommended to regularly monitor and troubleshoot your storage environment to identify any potential issues or bottlenecks. By following these best practices, you can ensure that your storage is effectively configured and optimized for your vSphere environment.

In this lesson, we will dive into the fascinating world of virtual machines in vCenter 7. Virtual machines, or VMs, are software emulations of physical computers that run on a host system. They provide a method for dividing resources of a single physical computer into multiple environments, each with its operating system and applications.

One of the primary benefits of using virtual machines is the ability to consolidate multiple physical servers into a single host. This consolidation reduces hardware costs and simplifies management, making it an attractive solution for businesses. Additionally, VMs provide the flexibility to add or remove resources as needed, allowing for easy scalability. For example, if a server requires more memory or processing power, it can be allocated from the host system without the need for additional physical hardware.

VCenter 7, the central management platform for VMware vSphere, provides a robust set of tools for creating, managing, and monitoring virtual machines. With vCenter 7, you can easily provision new VMs, allocate resources, and control access permissions. You can also take advantage of vCenter's powerful features such as vMotion, which enables live migration of VMs between hosts, ensuring high availability and minimizing downtime. Whether you're a system administrator, a developer, or just a curious learner, understanding virtual machines in vCenter 7 is a valuable skill that can open up new opportunities in the virtualization field.

High Availability (HA) is a crucial feature of VMware vSphere 7 that ensures the availability and uptime of virtual machines (VMs) in case of hardware failures or other issues. With HA, you can minimize downtime and maintain business continuity. The way HA works is by using a cluster of ESXi hosts to monitor the VMs and their underlying hosts. If an ESXi host fails, the cluster automatically restarts the affected VMs on other hosts within the cluster. This process is seamless to the end-users, as they can continue using the VMs without any interruption.

To enable HA, you need to configure a few settings in your vSphere environment. First, you need to create a cluster by selecting multiple hosts and defining the cluster name and other settings. Once the cluster is created, you can enable HA by navigating to the cluster settings and checking the HA box. This will start the HA agent deployment process on the hosts within the cluster. The agent monitors the hosts' availability and communicates with other hosts in the cluster to determine the health of the VMs.

One important aspect of HA is admission control, which ensures that sufficient resources are available to restart VMs in case of host failures. Admission control uses a slot-based or a policy-based method to calculate the resources required for a VM. With the slot-based method, each VM is assigned a slot that represents the resources needed to run on any host. With the policy-based method, you can define specific rules based on resource requirements, such as CPU and memory reservations. These rules are then used to calculate the resources needed for VM restarts.

In this lesson, we will be exploring an essential feature of VMware vSphere 7 - vCenter 7 High Availability. High availability plays a crucial role in ensuring the continuous operation and uptime of your virtual infrastructure. With vCenter 7 High Availability, you can eliminate single points of failure and safeguard the availability of your management platform. Let's dive into the details!

vCenter 7 High Availability provides a robust and automated solution for protecting your vCenter Server instance. By implementing a three-node cluster, vCenter 7 High Availability ensures that at least two nodes are always available in case of hardware failures, system updates, or planned maintenance. In the event of a failure or interruption, the vCenter 7 High Availability feature automatically triggers the failover process, seamlessly transitioning the active vCenter Server node to one of the standby nodes without any downtime or impact on operations.

One of the key benefits of vCenter 7 High Availability is its simplicity and ease of configuration. The process starts by deploying three vCenter Server Appliance (VCSA) instances and configuring them as a cluster. After the initial setup, vCenter 7 High Availability takes care of the rest, monitoring the health and availability of each node. The automated failover process ensures that your vCenter Server remains up and running even in the face of hardware failures or other unexpected events. This level of high availability not only minimizes potential downtime but also enhances overall system resilience and reliability.

VMware vSphere is a powerful virtualization platform that allows organizations to create and manage virtual machines, increasing flexibility and efficiency in their IT infrastructure. One of the key features of vSphere is Fault Tolerance, which provides continuous availability for virtual machines. In this lesson, we will delve into the concept of Fault Tolerance and explore its benefits in ensuring uninterrupted operations.

Fault Tolerance works by creating a secondary copy, or replica, of a virtual machine on a different host in the vSphere cluster. This replica is kept in sync with the primary VM in real-time, ensuring that any changes made to the primary VM are immediately replicated to the secondary VM. In the event of a host failure, the secondary VM seamlessly takes over from the primary VM, providing uninterrupted service to users. This capability is especially crucial for mission-critical applications that cannot afford any downtime.

By utilizing Fault Tolerance, organizations can achieve high levels of availability, minimizing the impact of hardware failures. With traditional methods, such as clustering, failover times can be in the order of minutes, resulting in brief service disruptions. Fault Tolerance eliminates these disruptions by providing continuous availability with zero downtime during a host failure. It offers peace of mind to organizations by providing a seamless and reliable failover mechanism, reducing the risk of application outages and the associated costs.

In this lesson, we will dive into the topic of Identity & Access Management in vCenter 7. Identity & Access Management (IAM) plays a crucial role in ensuring the security and controlled access to resources within vCenter. By having a solid understanding of IAM, you will be able to manage user access effectively and reduce the risk of unauthorized access to critical systems and data.

vCenter 7 provides various options for IAM, including local users and groups, Active Directory integration, and the new vCenter Single Sign-On (SSO) service. With these options, you can control who has access to vCenter and the actions they can perform. For example, you can create different roles with specific privileges, assign permissions to users or groups, and apply these permissions at the vCenter, virtual machine, or datastore level.

Understanding IAM in vCenter 7 is not only important for security but also for operational efficiency. By properly managing user roles and permissions, you can delegate administrative tasks, allowing different teams or individuals to manage specific parts of the vSphere environment. Additionally, by integrating with Active Directory, you can centralize user management and eliminate the need to create and manage local user accounts within vCenter.

Updating vSphere 7 is an essential part of managing your virtual infrastructure. By keeping your software up to date, you can ensure that your virtual machines and hosts are running smoothly and securely. In this lesson, we will explore the process of updating vSphere 7 and discuss some best practices to follow.

Before updating vSphere 7, it is important to create a backup of your virtual machines and hosts. This will allow you to easily revert to a previous state in case any issues arise during the update process. Additionally, make sure that you have a copy of the latest vSphere 7 software and any required patches or updates.

Once you have prepared for the update, it is time to begin the process. Start by updating the vCenter Server, which is the central management system for your virtual infrastructure. This can be done by downloading the latest version of vCenter Server from the VMware website and following the installation instructions. After the update is complete, you can then proceed to update the ESXi hosts. This can be done through the vCenter Server or by using the VMware Update Manager.