10 Virtualization Systems You Should Know

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Below mentioned are the top 10 virtualization systems that are handy for any system or network administrator for their demanding IT tasks.

  1. VMWARE VSPHERE
    Type: Hypervisor (Type-1)
    Features: Advanced features for server virtualization, high availability, vMotion for live migration and extensive management tools.
    Use Case: Enterprise-grade virtualization and cloud infrastructure.
  2. MICROSOFT HYPER-V
    Type: Hypervisor (Type-1)
    Features: Integrated with Windows Server, supports nested virtualization, and provides robust management via System Center.
    Use Case: Windows centric-environments seeking scalabale virtualization.
  3. RED HAT VIRTUALIZATION
    Type: Hypervisor (KVM-based)
    Features: Enterprise vitualization based on open-source KVM, tightly integrated with Red Hat Enterprise Linux (RHEL).
    Use Case: Linux-centric enterprise virtualization.
  4. CITRIX HYPERVISOR
    Type: Hypervisor (Type-1)
    Features: High performance, workload balancing, GPU virtualization for graphics-heavy applications.
    Use Case: Virtual desktop infrastructure (VDI) and server virtualization.
  5. PROXMOX VIRTUAL ENVIRONMENT
    Type: Hypervisor (KVM and LXC-based)
    Features: Open-source platform combining KVM for VMs and LXC for containers, with a powerful web-based interface.
    Use Case: Affordable virtualization for small to medium-sized businesses.
  6. KVM (KERNEL-BASED VIRTUAL MACHINE)
    Type: Hypervisor (Type-1)
    Features: Integrated into the Linux kernel, supports hardware-assisted virtualization, and highly customizable.
    Use Case: Open-source and flexible virtualization for Linux environments.
  7. VMWARE WORKSTATION AND FUSION
    Type: Hypervisor (Type-2)
    Features: Desktop virtualization with support for 3D graphics and advanced networking features.
    Use Case: Development, testing, and learning environments.
  8. DOCKER
    Type: Containerization platform
    Features: Lightweight containers, fast aplication deployment, and microservices architecture support.
    Use Case: Application isolation and containerized environments.
  9. OPENSTACK
    Type: Cloud management platform
    Features: Open-source, supports multi-hypervisor environments, and extensive cloud orchestration capabilities.
    Use Case: Building private and hybrid clouds.
  10. XEN PROJECT
    Type: Type 1 Hypervisor
    Features: Open-source, Paravirtualization, minimal overhead, security-focused.
    Use Case: Public cloud platforms (e.g., AWS legacy systems), embedded systems.