Eric Sloof

This Fling allows users to easily migrate virtual machines in bulk from a graphical user interface between vCenter Servers (same & different SSO Domains supported) using the Cross-vCenter vMotion feature.

Key Features

• Completely UI-driven workflow for VM migration
• Provides REST API for managing migration operations
• Works with vCenter not a part of the same SSO domain
• Support for batch migration of multiple VMs in parallel
• Supports both live as well as cold migration of VMs
• Performs storage vMotion, not requiring shared storage
• lexible network mappings between source and destination sites

Also see: Bulk VM Migration using new Cross vCenter Workload Migration vMotion Utility Fling.

This paper explores the challenges and alternatives for packet capture in a vSphere environment with IP storage (NFS, iSCSI) datastores over a 10G network, and presents the design of a self-assembled 10G packet capture solution that can be built using commercial components relatively inexpensively.

This solution is optimized for common troubleshooting scenarios where short duration packet captures can satisfy most analysis requirements. We recommend vSphere customers deploying ESX IP storage over 10G networks to include 10G packet capture systems as a best practice to ensure network visibility.

VMware's Virtual SAN has rapidly proven itself in environments ranging from hospitals to oil rigs to e-commerce platforms. Along the way, it has matured to offer unsurpassed features for data integrity, availability, and space efficiency.

Virtual SAN 6.x makes all-flash storage practical for even more use cases, while radically simplifying IT operations and supporting the transition to hyper-converged infrastructures (HCI).

Now, the authors of Essential Virtual SAN (VSAN) have thoroughly updated their definitive guide to this transformative technology. Writing for vSphere administrators, architects, and consultants, Cormac Hogan and Duncan Epping explain what Virtual SAN is, how it has evolved, what it now offers, and how to gain maximum value from it. 

VMware vSphere 6.5 written by @Andrea_Mauro @NoLabNoPartY and @novakkkarel provides a powerful, flexible and secure foundation for next-generation applications which helps you create an effective digital transformation. This book will be based on VMware vSphere 6.5 which empowers you to virtualize any complex application with ease.

You’ll begin by getting an overview of all the products, solutions and features of the vSphere 6.5 suite, comparing the evolutions with the previous releases. Next ,you’ll design and plan a virtualization infrastructure to drive planning and performance analysis.

Following this , you will be proceeding with workflow and installation of components. New network trends are also covered which will help you in optimally designing the vSphere environment. You will also learn the practices and procedures involved in configuring and managing virtual machines in a vSphere infrastructure.

With vSphere 6.5, you’ll make use of significantly more powerful capabilities for patching, upgrading, and managing the configuration of the virtual environment. Next we’ll focus on specific availability and resiliency solutions in vSphere.

Towards the end of the book you will get information on how to save your configuration, data and workload from your virtual infrastructure. By the end of the book you’ll learn about VMware vSphere 6.5 right from design to deployment and management.

What You Will Learn

• Get a deep understanding of vSphere 6.5 functionalities
• Design and plan a virtualization environment based on vSphere 6.5
• Manage and administer a vSphere 6.5 environment and resources
• Get tips for the VCP6-DCV and VCIX6-DCV exams (along with use of the vSphere 6 documentation)
• Implement different migration techniques to move your workload across different environments.
• Save your configuration, data and workload from your virtual infrastructure.

With vSphere Virtual Machine Encryption, you can create encrypted virtual machines and encrypt existing virtual machines. Because all virtual machine files with sensitive information are encrypted, the virtual machine is protected. Only administrators with encryption privileges can perform encryption and decryption tasks.

An external KMS, the vCenter Server system, and your ESXi hosts are contributing to the vSphere Virtual Machine Encryption solution.

After vCenter Server is connected to the KMS, users with the required privileges can create encrypted virtual machines and disks. Those users can also perform other encryption tasks such as encrypting existing virtual machines and decrypting encrypted virtual machines.

When you create an encrypted virtual machine from the vSphere Web Client, all virtual disks are encrypted. You can later add disks and set their encryption policies. You cannot add an encrypted disk to a virtual machine that is not encrypted, and you cannot encrypt a disk if the virtual machine is not encrypted.

This course covers a series of topics on cloud native basics such as container technology, Kubernetes, and container related infrastructure technologies.

• What is a Container? - In this lightboard talk, Ben Corrie explains what a container is for beginners. 
• The Benefits of Containers  - In this lightboard talk, Ben Corrie walks through the benefits of containers.
• Kubernetes in 5 mins - In this lightboard talk, Steve Tegeler walks through Kubernetes fundamentals for beginners.
• Docker Networking Options - In this lightboard talk, Nathan Ness walks through the networking options in Docker.
• Networking with Kubernetes - In this lightboard talk, Nathan Ness walks through the networking options in Kubernetes and explains the types of communications through Kubernetes services.
• An Analysis of IT Technology Silos: Consumers & Providers - In this lightboard talk, Steve Tegeler takes you through an analysis of IT technology silos and talks about what the consumers and providers of each silo care about.  
• Container Registry - In this lightboard talk, Haining Zhang walks you thought what container registry is and how it works.

This document discusses the use cases for the different types of graphics acceleration available for View virtual desktops in VMware Horizon 7. In addition, the document provides information on how to implement and troubleshoot each graphics technology.
 

This VMware Horizon 7 Enterprise Edition reference architecture designs and validates a typical configuration for a two-data-center strategy. Most organizations need to provide a solution for disaster recovery and business continuity in case of site failure, with the least possible recovery time.


With services, applications, and data delivered by Horizon 7, organizations can provide continuity of service and mitigate against component failure, even in the case of a complete data center outage. This reference architecture describes availability and recovery services for a set of identified use cases, and can be easily adapted to general multi-site requirements.

Horizon 7 Enterprise Edition Multi-Site Reference Architecture