Nutanix NCP-VDI study plan
Nutanix NCP-VDI · Give each week a clear focus.
8 weeks · About 7 hours per week
Nutanix VDI Solution Architecture and Components
Map every component in a Nutanix VDI stack (AOS, AHV, Prism, Flow, Files, Volumes, Frame) to the function it performs for a desktop workload
Diagram the boot-to-desktop traffic path for a persistent VDI VM and annotate where each component participates
Compare full clone, linked clone, instant clone, and streamed-session models on storage amplification, boot storm behavior, and management overhead
Size a baseline cluster for 300 task-worker desktops by calculating CPU overcommit, memory reservation, and usable capacity after RF2 or RF3
Your checkpoint
A one-page architecture diagram plus a sizing worksheet with stated assumptions for 300 desktops
Nutanix VDI Solution Architecture and Components & Storage, Networking, and Performance for VDI Workloads
Explain how Nutanix Distributed Storage Fabric handles random read-heavy desktop I/O and where the hot tier, cold tier, and dedupe/compression stages apply
Trace a desktop write from the guest OS through the vDisk, NFS datastore, and CVM to the physical tier
Identify which storage policies (RF level, checksum, compression, dedupe, tiering) suit golden images versus user data versus profile shares
Configure and validate a storage container and policy set appropriate for a non-persistent desktop pool
Your checkpoint
A storage policy matrix mapping each VDI data class to container settings with a written justification per row
Storage, Networking, and Performance for VDI Workloads & Virtual Desktop and Session Host Configuration
Design a VLAN and network segmentation scheme separating management, host, storage, desktop, and user-access traffic
Explain the role of Flow distributed firewall rules and virtual network segmentation in isolating desktop pools
Calculate bandwidth requirements for a desktop pool under PCoIP, Blast Extreme, and RDP, accounting for office versus home users
Describe how AHV networking (bridges, virtual switches, IPAM) supports multi-pool desktop deployment
Your checkpoint
A network design document with VLAN table, Flow rule set, and per-protocol bandwidth budget for 300 users
Virtual Desktop and Session Host Configuration
Install and configure a golden Windows image with the Acropolis guest tools, sysprep or cloud-init, and the correct virtual hardware profile
Provision a non-persistent desktop pool and a persistent pool, then document the configuration differences that affect user experience
Tune a session host for multi-session Windows workloads, including CPU allocation, memory, and FSLogix prerequisites
Validate desktop registration, power management policy, and idle-session behavior end to end
Your checkpoint
A working non-persistent pool of at least 3 desktops with a configuration runbook covering image prep through user login
Nutanix Frame and Xi Frame Desktop-as-a-Service
Explain the Frame platform architecture, including the cloud control plane, streaming gateway, and on-premises or public-cloud capacity provider
Deploy a Frame test account and publish a cloud-hosted desktop and a published application from a single image
Compare Frame DaaS economics against self-hosted Nutanix VDI on cost model, control, latency, and data residency
Configure Frame user entitlements, pool scheduling, and instance types for a defined user cohort
Your checkpoint
A side-by-side decision brief comparing Frame DaaS and self-hosted AHV VDI for a stated scenario, backed by a live Frame test deployment
User Profiles, App Layering, and Image Management
Build an image versioning workflow with a golden-image lifecycle: capture, test, promote, and roll back
Configure profile management with FSLogix or Nutanix Files-based profile containers and validate profile roaming across two desktops
Explain app layering and app virtualization options and how they interact with non-persistent images
Automate image update and pool refresh with a scripted or Prism-driven workflow
Your checkpoint
An image lifecycle runbook plus a demonstrated profile that follows a user across two different desktops
Security, Access Control, and Compliance
Configure role-based access control in Prism and map roles to VDI administrator, helpdesk, and read-only personas
Apply authentication and access controls for desktop users, including directory integration and MFA considerations
Identify compliance-relevant controls for data at rest, data in transit, audit logging, and session recording
Harden a desktop image and document the baseline security posture of the pool
Your checkpoint
A security and access control matrix listing each persona, granted role, authentication method, and audit evidence source
Monitoring, Troubleshooting, and Lifecycle Operations & Nutanix VDI Solution Architecture and Components
Use Prism monitoring, alerts, and performance metrics to diagnose a simulated boot storm and a saturated storage tier
Build a troubleshooting decision tree covering desktop registration failure, slow logon, and profile load errors
Plan lifecycle operations: cluster upgrade sequencing, image refresh, pool re-provisioning, and capacity rebalance
Complete a timed practice assessment across all seven domains and review every missed item
Your checkpoint
A troubleshooting decision tree plus a scored practice assessment log with remediation notes per missed objective
Milestones
Week 2: Can explain, without notes, how a desktop write reaches physical storage and justify each storage policy choice for golden images, user data, and profiles
Week 4: A user can log into a non-persistent desktop from the provisioned pool and the full boot-to-desktop path matches the week 1 diagram
Week 6: A user profile follows the same account across two different desktops and an image rollback has been rehearsed once
Week 8: Practice assessment score is at or above 80 percent with no domain below 70 percent, and every missed item has a written remediation note