VMware View, now known as VMware Horizon, is a desktop virtualization and VDI (Virtual Desktop Infrastructure) solution. It provides users with access to a virtualized desktop environment, enabling them to work from anywhere on various devices.

  • Desktop Virtualization:

    • Provides virtual desktops that users can access from various devices.
    • Supports both Windows and Linux virtual desktops.
  • Application Virtualization:

    • Delivers virtual applications to users, which can be accessed seamlessly alongside their virtual desktops.
  • Blast Extreme Protocol:

    • Utilizes the Blast Extreme display protocol for high-performance graphics and efficient bandwidth usage.
    • Optimizes user experience across different network conditions.
  • Unified Workspace:

    • Offers a single portal for accessing all applications and desktops.
    • Integrates with VMware Workspace ONE for a comprehensive digital workspace solution.

Before learning VMware View, you should have the following skills:

  1. Basic Networking Knowledge:

    • Understanding of TCP/IP, DNS, DHCP, and other fundamental networking concepts.
  2. Familiarity with Virtualization:

    • Basic understanding of virtualization concepts and technologies, especially VMware vSphere.
    • Experience with creating and managing virtual machines (VMs).
  3. Windows and Linux Administration:

    • Proficiency in managing Windows Server and desktop operating systems.
    • Basic knowledge of Linux administration can be beneficial.

By learning VMware View, you gain a range of valuable skills that are critical for managing virtual desktop infrastructure (VDI) and delivering virtualized applications. Here are the key skills you acquire:

  1. Virtual Desktop Infrastructure (VDI) Management:

    • Deploy, configure, and manage VDI environments using VMware Horizon.
    • Create and manage virtual desktops for users.
  2. Application Virtualization:

    • Deliver and manage virtualized applications to end-users.
    • Understand application isolation and streaming technologies.
  3. Resource Allocation and Optimization:

    • Optimize the performance of VDI environments by managing CPU, memory, and storage resources.
    • Implement load balancing and resource pooling strategies.
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