VMware Certified Professional - Data Center Virtualization 2024 (VCP-DCV 2024) vSphere 8

When vSphere 8 skills vary across a team, the result is inconsistent host builds, misconfigured HA and DRS, and storage or network issues that escalate to the one engineer who knows the environment. This course gives IT Directors a way to standardize that knowledge across the virtualization team.

Role fit: This course is built for junior virtualization engineers and IT Practitioners already working in vSphere. The opening fundamentals skills also let Team Leads onboard newer staff into the same path.

Time investment: About 60 hours across 56 skills, most under 90 minutes. Training Managers can assign weekly blocks tied to current work: networking with distributed switches (vDS), clusters (DRS, HA, Fault Tolerance, vCenter HA), storage (iSCSI multipathing, NFS, vSAN), and deployment and maintenance planning for vCenter and ESXi hosts.

Change management: Planning comes before deployment. That includes host preparation, uplink considerations, and licensing for advanced networking, so engineers bring that thinking into change plans instead of discovering it in production.

How CBT Nuggets supports the outcome: Many skills end with hands-on Virtual Labs and downloadable lab guides that mirror the demos. Engineers practice installing ESXi, deploying vCenter, enabling HA, and configuring iSCSI storage before touching your clusters. The course aligns to the VCP-DCV certification.

IT teams use this training to run vSphere 8 with fewer surprises in production. Instead of learning features in isolation, practitioners work through scenarios that cause real outages and escalations, then reinforce each one in hands-on Virtual Labs tied to the course demos.

• Prevent avoidable network outages. Your team learns to plan ESXi uplinks, redundancy, traffic control, and standard and distributed switch changes before rolling them out.
• Keep critical workloads available. Engineers configure vSphere HA, including custom isolation addresses when the default gateway can't be pinged, and practice troubleshooting availability settings before issues become escalations.
• Build resilient storage paths. Team members configure iSCSI datastores and multipathing, NFS datastores, and vSAN, then tune storage resources so workloads aren't tied to a single point of failure.
• Standardize and speed up operations. Host Profiles, Content Libraries with template check-in, check-out, and rollback, and DRS-driven migrations help Team Leads reduce configuration drift. They also make it faster to onboard new hosts and VMs.

The course also includes pause-and-diagnose bottleneck exercises, so practitioners build a troubleshooting habit and don't escalate every performance question.

Knowledge

• How vSphere 8 fits into the VMware SDDC, including compute virtualization and supporting data center layers
• Planning requirements for ESXi hosts and vCenter Server, including host preparation and the networking, compute, and storage infrastructure a deployment depends on
• How standard switches (vSS) and distributed switches (vDS) differ, plus uplink considerations, forwarding and advanced network policies, private VLANs, and Network I/O Control
• How clusters, vMotion migration scenarios, DRS and affinity rules, vSphere HA, Fault Tolerance, and vCenter HA work together to keep workloads available
• vSphere storage architecture, including iSCSI and NFS datastores, multipathing, vSAN design, Storage DRS, and storage policies
• Operational and security tasks, including certificate management, lifecycle planning, compatibility checks, and vSphere with Tanzu requirements

Ability

• Install ESXi 8 hosts and deploy the vCenter Server Appliance, and build a nested vSphere 8 lab for validation
• Configure and verify vSS and vDS networking, port groups, and traffic controls on ESXi hosts
• Deploy virtual machines with the right method for each scenario, and manage reusable deployment components
• Enable and tune HA, DRS, and Fault Tolerance, including troubleshooting availability features when workloads do not start or migrate as expected
• Connect iSCSI storage with multipathing, mount NFS datastores, and set up vSAN and storage policies
• Find host performance bottlenecks, standardize host configuration, and deploy test workloads on a Tanzu Kubernetes cluster