Server Virtualization with Hyper-V and System Center

Start mastering MS System Center here. Learn to use Virtual Machine Manager
⏱️ Length: 6.0 total hours
⭐ 4.11/5 rating
👥 4,136 students
🔄 October 2025 update

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Course Overview
- This comprehensive course, titled “Server Virtualization with Hyper-V and System Center,” serves as your foundational gateway to mastering Microsoft’s robust virtualization ecosystem.
- It systematically introduces the core concepts and architecture behind modern server virtualization, demystifying how virtual machines operate and interact with physical hardware.
- You will gain in-depth knowledge of Microsoft Hyper-V, understanding its capabilities as a powerful and scalable hypervisor for deploying and managing virtualized server workloads.
- The curriculum deeply explores the integration and advanced management provided by the Microsoft System Center suite, positioning it as the central control plane for your virtual infrastructure.
- Emphasis is placed on practical application, guiding you through the processes of designing, implementing, and optimizing virtualized data centers to enhance efficiency and resource utilization.
- The course aims to equip IT professionals with the expertise required to build resilient, high-performance virtual environments, focusing on strategies for scalability, security, and operational excellence.
- It covers critical aspects such as virtual networking configurations, storage solutions for VMs, and techniques for ensuring business continuity through robust backup and recovery mechanisms.
- By the end of this course, you will possess a holistic understanding of how Hyper-V and System Center work in synergy to deliver an agile and manageable virtual computing platform.
- This learning path is ideal for those looking to streamline their server management, reduce infrastructure costs, and prepare for the demands of hybrid cloud environments.
- It is meticulously updated, incorporating the latest features and best practices relevant to current Microsoft server and virtualization technologies, ensuring up-to-date knowledge.
Requirements / Prerequisites
- Basic understanding of Windows Server operating systems: Familiarity with server roles, features, and administrative tools (e.g., Server Manager, Active Directory Users and Computers).
- Conceptual knowledge of networking: Understanding of IP addressing, DNS, DHCP, basic routing, and common network topologies is beneficial.
- Familiarity with storage concepts: Awareness of different storage types like local disks, SAN, NAS, and RAID configurations will aid comprehension.
- Experience with Active Directory: Basic user and group management, and understanding of domain concepts are recommended for a smoother learning experience.
- Access to a lab environment (highly recommended): A physical machine capable of running Hyper-V (e.g., Windows 10/11 Pro/Enterprise or Windows Server) with sufficient CPU, RAM (16GB+), and disk space (200GB+) to build a nested virtualization or dedicated server lab.
- Administrative privileges: Necessary on the systems used for practical exercises and lab setups.
- Commitment to hands-on learning: Willingness to actively participate in practical exercises and dedicate time to lab work to solidify understanding.
- No prior extensive Hyper-V or System Center experience is strictly required: The course is structured to guide learners from foundational concepts.
Skills Covered / Tools Used
- Hyper-V Host Configuration and Optimization: Master the setup, configuration, and performance tuning of Hyper-V roles on Windows Server.
- Advanced Virtual Machine Management: Develop expertise in the full lifecycle management of VMs, including deployment, cloning, template creation, and resource allocation adjustments.
- Complex Virtual Networking Implementation: Learn to design and configure advanced virtual switches, integrate VLANs, manage virtual network adapters, and utilize features like Network Virtualization and SR-IOV.
- Storage Solutions for Virtual Environments: Understand and implement various virtual storage options, including dynamically expanding and fixed VHDs, pass-through disks, and Storage Spaces Direct for Hyper-V.
- System Center Operations Manager (SCOM) Integration: Gain skills in monitoring the health, performance, and availability of your Hyper-V hosts and virtual machines through SCOM.
- Automated Task Orchestration with System Center Orchestrator (SCO): Design and deploy runbooks to automate complex, multi-step administrative processes and workflows across your virtual infrastructure.
- High Availability and Failover Clustering: Configure Windows Server Failover Clustering for Hyper-V hosts, ensuring continuous availability and automatic failover for your critical virtual machines.
- Disaster Recovery Planning with System Center Data Protection Manager (SCDPM): Implement comprehensive backup and recovery strategies for Hyper-V VMs using SCDPM to protect against data loss.
- Resource Governance and Allocation: Effectively manage CPU, memory, and storage resources to prevent contention and maximize the efficiency of your virtualized environment.
- Security Hardening for Virtualization: Apply best practices for securing Hyper-V hosts, virtual machines, and the underlying network infrastructure.
- PowerShell Scripting for Automation: Utilize PowerShell cmdlets to automate routine Hyper-V and System Center administrative tasks, enabling efficient management of large-scale environments.
- Introduction to Hybrid Cloud Integration: Explore the initial steps and concepts for connecting on-premises Hyper-V environments with Microsoft Azure services.
- Tools Used: Hyper-V Manager, Failover Cluster Manager, System Center Virtual Machine Manager (for advanced features beyond basic setup), System Center Operations Manager (SCOM), System Center Data Protection Manager (SCDPM), System Center Orchestrator (SCO), PowerShell ISE.
Benefits / Outcomes
- Confidently deploy, configure, and manage a robust production-ready Hyper-V virtualization environment.
- Master the use of various System Center components to achieve centralized, efficient administration of your virtual infrastructure.
- Optimize server hardware utilization, leading to significant cost reductions and improved operational efficiency.
- Implement advanced high availability and disaster recovery solutions, ensuring business continuity for critical virtualized workloads.
- Automate repetitive administrative tasks, thereby increasing productivity and allowing IT teams to focus on strategic initiatives.
- Proactively monitor the health, performance, and security of your entire virtualized data center using System Center tools.
- Develop expertise highly sought after by organizations looking to modernize their IT infrastructure.
- Enhance your career prospects as a virtualization administrator, cloud engineer, or IT infrastructure specialist.
- Effectively troubleshoot common issues and challenges encountered within complex virtual environments.
- Design and build a scalable and resilient infrastructure capable of supporting future business growth and evolving demands.
- Gain foundational knowledge for extending on-premises virtualization capabilities into a hybrid cloud model with Azure.
PROS
- Highly practical and hands-on: Focuses on real-world scenarios and practical configurations, ideal for skill development.
- Comprehensive content: Covers both Hyper-V and multiple crucial System Center components, providing a holistic view.
- Up-to-date curriculum: Benefits from regular updates, ensuring relevance with the latest Microsoft technologies (October 2025 update).
- Experienced instructor insights: Likely provides valuable tips, best practices, and troubleshooting guidance from industry professionals.
- Flexible learning format: A 6.0-hour course length allows for focused learning that can be easily integrated into a busy schedule.
- Strong student satisfaction: Boasts a high rating of 4.11/5 from a substantial number of students (4,136), indicating quality and effectiveness.
- Valuable career-boosting skills: Equips learners with essential skills highly demanded in the current IT job market.
CONS
- Requires dedicated practice time: Effective learning and mastery necessitate significant hands-on lab work and personal investment beyond the specified course duration.