VCP-DCV (2V0-21.23) Study Plan¶

8-Week Comprehensive Study Schedule¶

This plan assumes 1.5-2 hours of study per day plus 30-60 minutes of hands-on lab work. If you have less time, stretch to 12 weeks. If you are already a working VMware admin, compress to 4-6 weeks and double the lab time.

Week 1: Foundations and Architecture (Section 1)¶

Day 1-2: Virtualization concepts and VMware portfolio¶

• Hypervisor types (Type 1 ESXi, Type 2 Workstation/Fusion)
• vSphere 8 component map (ESXi, vCenter, vDS, vSAN, NSX, Aria)
• Post-Broadcom changes: VCF, VVF, vSphere Standard, Essentials Plus
• Per-core licensing model (16-core minimum per CPU)
• Read: notes/01-architecture-technologies.md

Day 3-4: Hardware compatibility and platform services¶

• Hardware Compatibility List (HCL) - servers, NICs, HBAs, storage
• CPU compatibility for vMotion (EVC modes, Intel/AMD baselines)
• vSphere 8 deprecations: PSC removed, VUM removed, USB-only boot deprecated
• Lab: install ESXi 8 (ISO or HOL); explore DCUI

Day 5-7: vCenter, ESXi, and vDS introduction¶

• VCSA architecture (PostgreSQL embedded, no Windows option)
• vCenter SSO domain (default vsphere.local)
• Enhanced Linked Mode (ELM) for multi-vCenter
• Lab: deploy VCSA in Tiny size into your ESXi host
• Read: notes/02-vmware-solution.md first half

Week 2: VMware Solution Components (Section 2)¶

Day 8-10: Networking - vSwitch and vDS¶

• Standard vSwitch (VSS) layout, port groups, VMkernel ports
• vDS architecture, distributed port groups, uplink port groups
• Teaming and failover policies (port ID, IP hash, LBT)
• LACPv2 on vDS
• NIOC (Network I/O Control) v3 reservations and shares
• Lab: create vDS, migrate VMkernel from VSS to vDS

Day 11-13: Storage - VMFS, NFS, vSAN, vVols¶

• VMFS-5 vs VMFS-6 (automatic UNMAP, 4Kn)
• iSCSI software initiator, dynamic vs static discovery
• NFS v3 vs v4.1 (Kerberos, session trunking)
• vSAN OSA (cache + capacity disk groups) vs ESA (storage pool)
• vVols and VASA provider concept
• Lab: add iSCSI software adapter, mount NFS datastore

Day 14: Cluster services - HA, DRS, FT¶

• HA failover, master/slave election, datastore heartbeats
• HA admission control policies (Cluster resource percentage default)
• DRS automation modes and migration threshold
• FT lockstep secondary VM, vSphere 8 limits (8 vCPU, 128 GB)
• Read: notes/02-vmware-solution.md second half

Week 3: Installation and Configuration (Section 4 part 1)¶

Day 15-17: ESXi installation¶

• Interactive install from ISO
• Scripted install (kickstart ks.cfg)
• Auto Deploy (PXE + image profiles)
• vLCM image-based cluster deployment
• DCUI navigation, initial host networking, root password
• Lab: install ESXi via interactive installer; rebuild via kickstart
• Read: notes/03-installation-configuration.md first third

Day 18-19: vCenter Server Appliance (VCSA) deployment¶

• Stage 1 (deploy OVA), Stage 2 (configure SSO/network)
• Sizing: Tiny / Small / Medium / Large / X-Large
• Embedded PostgreSQL, file-based backup
• vCenter HA (active/passive/witness) - basic concept
• Lab: redeploy VCSA in Small size to a different cluster

Day 20-21: Datacenter and cluster setup¶

• Create datacenter, cluster, add hosts
• Enable vSphere HA on cluster
• Enable DRS, choose automation level
• Configure EVC mode for cluster
• Lab: build a 3-host nested cluster, enable HA + DRS

Week 4: Installation and Configuration (Section 4 part 2)¶

Day 22-24: Networking configuration¶

• Build VSS, add port groups, assign uplinks
• Create vDS, add hosts, migrate VMkernel adapters
• Configure VLAN tagging (VST), private VLANs (vDS only)
• vMotion network design, dedicated VMkernel
• Lab: create vDS, add 3 hosts, create port groups for management/vMotion/VM traffic

Day 25-27: Storage configuration¶

• Create VMFS datastore, expand vs grow, multipathing (NMP, PSP)
• Software iSCSI adapter, target binding, dynamic discovery
• NFS mount and unmount, AUTH_SYS vs Kerberos
• Storage policies, VM Storage Policy assignment
• vSAN: claim disks, create disk groups, enable services
• Lab: create VMFS-6 datastore, mount NFS, build a 3-node vSAN cluster
• Read: notes/03-installation-configuration.md middle third

Day 28: Virtual machine creation¶

• Create VM from scratch (HW version, BIOS vs EFI, VMware Tools)
• OVF/OVA deploy
• Clone, template, customization specifications
• Content Library upload and deploy
• Lab: create Linux VM, install Tools, convert to template, deploy 3 clones

Week 5: Performance and Optimization (Section 5)¶

Day 29-30: Resource management¶

• Resource pools: shares, limits, reservations
• Expandable reservations
• Memory overcommit techniques: page sharing, ballooning, compression, swapping
• Storage I/O Control (SIOC), Network I/O Control (NIOC)
• Read: notes/04-performance-optimization-upgrades.md first half

Day 31-33: vMotion / DRS / Storage DRS tuning¶

• vMotion network sizing (1 GbE 4-vMotion, 10 GbE 8-vMotion)
• Long Distance vMotion (150 ms RTT, 250 Mbps)
• Encrypted vMotion modes
• DRS migration threshold tuning
• Predictive DRS with Aria Operations
• Storage DRS (SDRS) clusters, IO metric inclusion
• Lab: vMotion a VM, Storage vMotion to a different datastore

Day 34-35: Lifecycle Manager and upgrades¶

• vLCM baseline mode (legacy) vs image mode
• Cluster image: ESXi base image + vendor add-on + components + firmware (HSM)
• Stage / remediate workflow
• Upgrade path: 7.0 → 8.0 (no direct from 6.7; 6.7 must go to 7.0 first)
• Lab: stage and remediate a host with vLCM in image mode
• Read: notes/04-performance-optimization-upgrades.md second half

Week 6: Troubleshooting (Section 6)¶

Day 36-38: Logs and triage tools¶

• vmkernel.log, hostd.log, vpxa.log, vpxd.log, fdm.log, vmware.log per VM
• vm-support bundle generation
• esxtop counters: %RDY, %CSTP, DAVG, KAVG, GAVG, %SWP, %MCTL
• esxcli storage / network / vsan diagnostic commands
• Read: notes/05-troubleshooting-repairing.md first half

Day 39-40: Common failure modes¶

• APD vs PDL behavior, HA reactions
• vMotion failures (CPU mismatch, network MTU, EVC)
• HA isolation response (Disabled / Power off / Shut down)
• DRS migration failed (anti-affinity, host pinning, resource shortage)
• vSAN: degraded vs absent components, resync

Day 41-42: VM and host repair workflows¶

• VM restart on isolated host (HA action)
• Host disconnected: vpxa restart, services.sh restart on host
• Datastore unmount errors (active VM, locked file)
• vCenter unable to manage host: agent reset
• Lab: simulate APD by disabling iSCSI target, watch HA behavior
• Read: notes/05-troubleshooting-repairing.md second half

Week 7: Administrative and Operational Tasks (Section 7)¶

Day 43-45: VM lifecycle¶

• Power operations (power on, power off, suspend, reset)
• Snapshot create / consolidate / revert / delete
• Snapshot disk types (delta, sesparse, vsanSparse)
• Snapshot best practices (max 32 in chain, but operational target <3, <72h)
• Clone vs template, customization specs
• Lab: take snapshots, revert, consolidate; clone with customization spec

Day 46-47: Permissions, roles, identity¶

• vCenter SSO domain vsphere.local, identity sources
• Built-in roles: No access, Read-only, Administrator
• Custom role creation, privilege selection
• Permission inheritance and override at child objects
• Global vs vCenter-scoped permissions
• Federated identity with AD FS / Okta / Entra ID
• Read: notes/06-administrative-operational-tasks.md

Day 48-49: Content Library, tags, categories¶

• Local library, published library, subscribed library
• Subscribed-on-demand vs subscribed-immediate
• Cross-vCenter content sharing
• Tag categories and cardinality
• Tag-based VM Storage Policies
• Lab: create local content library, publish, subscribe from second vCenter

Week 8: Practice Exams and Final Review¶

Day 50-52: Full practice exams¶

• Take a full 70-question practice exam (target: 70%+)
• Identify weak sections from results
• Re-read notes for the weakest two sections
• Take a second full practice exam (target: 75%+)

Day 53-54: Maximums and recall drilling¶

• Drill the configuration maximums table from fact-sheet.md until automatic
• Drill the VCSA sizing table
• Drill the license bundle contents (VCF vs VVF)
• Drill the esxtop counters and thresholds

Day 55-56: Final exam preparation¶

• Skim every notes file
• Re-read fact-sheet.md and strategy.md
• Take a third practice exam (target: 80%+)
• Review every wrong answer; understand why

Exam Day¶

• Verify ID and exam appointment
• Review configuration maximums one more time
• Read each question fully; flag uncertain ones (you can return)
• Use the full 135 minutes if needed
• Trust your hands-on time

Daily Study Routine (1.5-2 hours/day)¶

Recommended Schedule¶

1. 15 minutes: Review yesterday's notes
2. 45 minutes: New material from notes file
3. 30 minutes: Hands-on lab practicing what you read
4. 15 minutes: Practice questions on the day's topic

Practice Exam Strategy¶

Target Scores by Week¶

• Week 4: 60%+ on section-specific questions
• Week 5: 65%+ on mixed practice
• Week 6: 70%+ on mixed practice
• Week 7: 75%+ on full-length practice exams
• Week 8: 80%+ consistently before scheduling the real exam

Study Resources¶

Free¶

• VMware Hands-On Labs - free browser-based vSphere environments
• VMware Configuration Maximums Tool - authoritative maximums
• VMware Compatibility Guide - HCL
• VMware Docs - vSphere 8 - official docs
• William Lam's blog (williamlam.com) - automation, nested ESXi tips
• Yellow Bricks (yellow-bricks.com) - Duncan Epping (HA/DRS book author)

Paid¶

• VMUG Advantage ($200/year) - EVALExperience licenses for vSphere 8 Enterprise Plus, vSAN, NSX
• Pluralsight VCP-DCV path - video course covering exam blueprint
• Hands-on Lab subscriptions (Pluralsight, INE, CBT Nuggets)
• VMware Learning Zone / Broadcom Learning - official course recordings
• VMware vSphere 8 Cookbook by Abhilash GB - reference book

Final Exam Checklist¶

Content Preparation¶

• All six notes files reviewed at least twice
• Fact sheet maximums and esxtop counters memorized
• License bundles (VCF vs VVF) memorized
• Logs by component memorized
• vSAN OSA vs ESA differences clear
• HA, DRS, FT defaults memorized

Logistics¶

• Authorized training course completed (first-time VCPs only)
• Pearson VUE account set up
• Exam scheduled at least 1 week out
• Valid ID ready
• Testing environment cleared if online proctoring (no second screens, clean desk)

Exam Day Strategy¶

• Time management: 70 questions in 135 minutes = ~115 sec each (very comfortable)
• Read every option before selecting
• Flag uncertain questions and use the review screen at the end
• Watch for "by default" wording in scenarios
• Reject any answer mentioning VUM, PSC, or external Windows vCenter