Windows Server 2019, Upgrade & Migrate from 2008,2012 & 2016

Explore editions and servicing channels in Windows Server 2019, learn about the physical license, installation and upgrade paths, and distinguish TSC versus SEC releases, life cycle, and application compatibility list.

Explore Windows server 2019 editions (data center, standard, essential) and servicing channels (LTSC vs SAC), including Hyper-V, containers, shielded VMs, and software defined network.

Count the CPU sockets and cores to determine Windows Server licensing, with eight or sixteen core minimums. Compare essential, standard, and data center editions.

Explore Windows Server 2019 installation options, including server core for cloud and containers, desktop experience for apps, and upgrade paths between SAC and LTSC with in-place versus clean installs.

Understand the Windows Server lifecycle and the timelines for mainstream and extended support, driving upgrades from 2008 through 2019 to ensure updates, compliance, and Azure cloud readiness.

Assess Windows Server 2019 application compatibility and identify which Microsoft products run on core or desktop experience, and review update requirements and schema extensions before installation.

Compare the differences among Windows Server 2008, 2012, 2016, and 2019, and learn in-place upgrade and migration paths to 2019, with modules on cloud, infrastructure, security, and applications.

Trace the evolution from single-device setups to cloud-enabled domain networks. Demonstrate how servers, clients, security, Active Directory, load balancers, and on-premises to cloud replication enable scalable, resilient IT infrastructure.

Discover Windows Server 2019's hybrid capabilities with Azure, on-premises integration, hyper-converged infrastructure, enhanced security, and cloud-native apps via containers and microservices.

Discover Windows Server 2019 features across four pillars: hybrid cloud, HCI, security, and application. Learn how Azure Stack integration, WAC management, and container deployments enable seamless on-premises and cloud operations.

Explore Windows Server 2019 hyperconverged infrastructure features enabling cloud integration, storage quality of service, and data deduplication for the ReFS file system; plus USB witness for branch office high availability.

Explore Windows Server 2019 security enhancements, including shielded virtual machines, Defender ATP Exploit Guard features, attack surface reduction, network protection, and identity protection across hybrid cloud environments.

Discover Windows Server 2019 application features, including nano server, core, and Linux containers, plus Kubernetes and OpenShift, and learn DevOps-driven container deployment for secure, scalable apps.

Discover windows server 2019 features that enable linux and windows containers, nano server, server core, and hyper-v isolation for secure, scalable containerized applications with azure integration.

Use a 64-bit English ISO for Windows Server 2019 and perform a clean install; avoid upgrading from evaluation or preview builds, and note you cannot upgrade from 32-bit to 64-bit.

Download the four Windows Server ISO images (2008, 2012, 2016, 2019) in 64-bit only using the provided links, then install from the ISO.

Set up a lab with VMware Workstation, configure private and bridge virtual switches, manage VM nets, and connect VMs to private, bridged, or real networks.

Guide to creating a Windows Server 2008 VM with SP2 and VMware tools, configuring a private network, memory, CPU, and disk, and preparing for upgrade.

Create and configure a Windows Server 2012 virtual machine, install data center with GUI, configure private networking and IP and DNS, install VMware tools, and plan the upgrade to 2016.

Promote a Windows Server 2008 to a domain controller by running dcpromo, creating a new domain and forest, configuring dns, and setting forest and domain functional levels to 2008.

Join server 2012 to IT local domain, verify membership in Active Directory, and log in as IT administrator. Then shut down servers to take a snapshot and finalize the network.

Take snapshots of both servers to revert to a good state if errors occur. Server runs 2008 as a domain controller and server two runs 2012 joined to the domain.

Promote a second domain controller on Windows Server 2012 by installing AD DS and DNS, configuring the global catalog, and planning migration from server one.

Move five FSMO roles from server one to server two, then promote server two as primary domain controller by transferring domain and schema masters and activating the AD schema.

Promote server one to a domain controller, then demote the 2008 DC by removing AD DS and DNS roles. Raise domain and forest functional levels to 2012 for upgrade readiness.

Promote forest and domain functional levels to 2012, understand irreversible upgrade implications, and use snapshots to maintain synchronization across domain controllers during migration.