Free Coupon Code VCAP Network Virtualization Design (3V0-42.23) PRACTICE EXAM 100% OFF

Udemy Free coupon code for VCAP Network Virtualization Design (3V0-42.23) PRACTICE EXAM course taught by Yassine Chffori, which has 519 students and is rated 5.0 out of 0 votes. This course is about in English and was updated on July 20, 2025. You can use this Udemy course with a free certificate and find the coupon at the bottom of this page.

VMware Certified Advanced Professional - Network Virtualization Design (3V0-42.23) PRACTICE EXAM

Welcome to the VCAP‑NV Design (3V0‑42.23) Practice Exam! This exam, designed to mimic the real exam experience, will consist of ONE 120-minute section of 60 questions (a total of 360 items) related to advanced NSX design scenarios. These will consist of multiple choice, multi-select, and scenario-based questions to provide you with a true experience.

This VCAP‑NV Design (3V0‑42.23) Masterclass is an intensive, hands‑on program that takes you from advanced NSX fundamentals through end‑to‑end solution architecture, equipping you to excel at designing and validating complex VMware network virtualization environments.

Over 5 modules, you will:

• Module 1: NSX Advanced Architecture & Design Framework
  Deep‑dive into NSX control, data, and management planes. Learn to translate business requirements into conceptual, logical, and physical designs using a structured project methodology.

• Module 2: Logical Switching & Routing at Scale
  Architect overlay fabrics with multi‑TEP, Geneve offload, and MTU strategies. Design multi‑tier routing topologies (Tier‑0/Tier‑1), BGP/OSPF peering, ECMP, high‑availability modes, and VRF Lite/EVPN use cases.

• Module 3: Security & Network Services
  Construct zero‑trust environments with Distributed and Gateway Firewalls. Integrate load balancers, NAT, DHCP/DNS, and VPN services (IPsec, L2 VPN) into your design, balancing performance and resiliency.

• Module 4: Edge & Physical Underlay Design
  Compare VM vs. bare‑metal Edge deployments, size clusters for stateful services, and configure MLAG/ECMP. Define leaf‑spine fabrics, TOR best practices (MTU, buffer tuning, QoS), and multi‑location underlay requirements.

• Module 5: Performance Tuning & DPU Acceleration
  Apply Geneve TSO/LRO, Rx/Tx filters, and enhanced datapath modes. Design for SmartNIC offload, multi‑TEP distribution, NIC speed/MTU optimization, and DPU‑based acceleration to maximize throughput and minimize CPU use.

Why this course?

• Real‑world case studies and performance labs

• Exam‑style questions and design workshops

• Lab environments with both VM‑ and bare‑metal Edge setups

• Direct alignment with the 3V0‑42.23 blueprint

By the end, you’ll not only be ready to pass the VCAP‑NV Design exam but also to confidently architect and validate high‑performance, resilient network virtualization solutions in any enterprise.