Entries from Eric Sloof

• EUC5404 Deliver High Performance Desktops with VMware Horizon and NVIDIA GRID vGPU
• EUC5020 The “Snappy” Virtual Desktop User Experience
• EUC6807 The Future of End User Computing
• HBC4849 vCloud Air 2015 - Getting Started with Hybrid Cloud
• HBC6629 No App is an Island
• INF4528 vCenter Server Appliance VCSA Best Practices & Tips Tricks
• INF4586 Take Virtualization to the Next Level vSphere with Operations Management
• INF5975 vCenter Server Appliance as First Choice VC
• MGT5360 Introducing Application Self service with Networking and Security
• MGT6623 The VMware Cloud Management Platform Drill Down and Outlook
• NET5560 VMware NSX Deep Dive
• OPT6851 conversation with the VMware CIO Suggestions on being an IT Leader
• SDDC625 The Best SDDC!
• STO4572 Conducting a Successful Virtual SAN Proof of Concept
• STO5887 Building a Business Case for Virtual SAN
• STO5954 Rethinking Enterprise Storage The Rise Of Hyper converged Infrastructure
• STO6085 Site Recovery Manager Technical Walk through
• CNA4590 Container Orchestration with the SDDC
• CNA6649 Build and run Cloud Native Apps in your Software Defined Data Center
• NET6639 The Next Horizon for Cloud Networking and Security

In this session, I will go through some of the best practices and considerations when deploying and managing the vCenter Server Appliance (VCSA). I will walk through some of the changes between past releases and the new vSphere 6.0 release. In addition, I will also provide tips and tricks on using the VCSA as well as ways in migrating from a Windows based vCenter Server to the VCSA

Vmware NSX provides a complete reproduction of Networking and Security services in software. This session will give the attendees a technical understanding of the components of NSX. You will understand how switching, routing, firewalling, load-balancing and other services work within NSX. We will discuss what are overlay networks, what are logical networks and how it all comes together on a physical infrastructure. Attendees will learn about how security rules can be applies to logical networks with NSX. We will include demonstrations to highlight the key workflows.

NSX 6.2 with vSphere 6.0 supports Cross vCenter NSX where logical switches (LS), distributed logical routers (DLR) and distributed firewalls (DFW) can be deployed across multiple vCenters, thereby enabling logical networking and security for applications with workloads (VMs) that span multiple vCenters or multiple physical locations.

Virtual Machines that have policies defined in the "Universal" sections can be moved across hosts that belong to different vCenters with consistent security policy enforcement.

VMware has expanded the capabilities of Site Recovery Manager with the new version 6.1 release, which delivers unprecedented levels of protection and functionality as well as new use cases through the addition of capabilities such as storage policy based protection groups, support for stretched storage with orchestrated vMotion, and enhanced integration with VMware NSX.



This paper will provide an overview of the new capabilities of Site Recovery Manager 6.1 and how they help reduce exposure to risk and improve operational efficiencies.

Clusters in VMware vCenter Server are an important way to group ESXi hosts. When a host is added to a cluster, the host's resources become part of the cluster's resources.

Within a cluster, resource management elements can be defined; for example, a resource pool, reservation, or limit. vCenter Server also provides features like DRS and HA at a cluster level.

The performance of clustering in vCenter Server 6.0 has improved over 5.5 in two key areas:

• Increase in supported single cluster limit: 64 ESXi hosts and 8,000 virtual machines (in 5.5, this was 32 ESXi hosts and 3,000 virtual machine).
• Linear throughput scaling with an increase in cluster size and workload

Other performance highlights include impressive improvements:

• Up to 66% improvement in operational throughput over vCenter Server 5.5
• Improved performance under very heavy workloads
• Performance parity between vCenter Server on Windows and VCSA
• Significantly faster virtual machine operations

Central to this paper is a case study that shows the performance of vCenter Server 6.0 clusters and illustrates the performance improvements over vCenter Server 5.5. This paper also compares the performance of vCenter Server on Windows and the vCenter Server Appliance (VCSA).

VMware vCenter Server 6.0 substantially improves performance over previous vCenter Server versions. This paper demonstrates the improved performance in vCenter Server 6.0 compared to vCenter Server 5.5, and shows that vCenter Server with the embedded vPostgres database now performs as well as vCenter Server with an external database, even at vCenter Server’s scale limits.

This paper also discusses factors that affect vCenter Server performance and provides best practices for vCenter Server performance.


vCenter Server 6.0 brings extensive improvements in performance and scalability over vCenter Server 5.5:

• Operational throughput is over 100% higher, and certain operations are over 80% faster.
• VMware vCenter Server™ Appliance™ now has the same scale limits as vCenter Server on Windows with anexternal database: 1,000 ESXi hosts, 10,000 powered-on virtual machines, and 15,000 registered virtual machines.
• VMware vSphere® Web Client performance has improved, with certain pages over 90% faster.

In addition, vCenter Server 6.0 provides new deployment options:

• Both vCenter Server on Windows and VMware vCenter Server Appliance provide an embedded vPostgres database as an alternative to an external database. (vPostgres replaces the SQL Server Express option that was available in previous vCenter versions.)
• The embedded vPostgres database supports vCenter’s full scale limits when used with the vCenter Server Appliance.

In this video VMware will explain what a VMware Validated Design is, some common components across all VMware Validated Designs, and how the VMware Validated Design process makes deploying a Software-Defined Datacenter a streamlined experience.

Adoption of cloud-native application architectures is helping many organizations transform their IT into a force for true agility in the marketplace. This O’Reilly report brought to you by VMware defines the unique characteristics of cloud-native application architectures such as microservices and twelve-factor applications.

In his book Migrating to Cloud-Native Application Architectures, author Matt Stine explores the cultural, organizational, and technical changes needed to successfully migrate traditional monolithic applications and service-oriented architectures to cloud-native architectures.

The automation of virtual environments has become the focus of many endeavors. VMware vRealize Orchestrator is a tool that enables you to automate not only your VMware environments, but also the surrounding hardware and software infrastructure. Orchestrator is also a central tool in the VMware cloud initiative and is extensively used by products such as vRealize Automation.

In this book, you will learn how Orchestrator is able to help you automate your complete VMware infrastructure as well as its surrounding hardware and software. After deploying and configuring the vRealize Orchestrator appliance, you will learn how to run the existing workflows that are a part of the Orchestrator library. You will also see how the vCenter Web Client integration of Orchestrator reduces the time you spend on your daily admin tasks.

The main aspect here is to learn how to create new workflows from existing ones. You will also look at how you can create completely new workflows. This includes learning about JavaScript and using presentation features to improve the layout and user friendliness of your workflows. Toward the end, you will learn to check for errors in your workflows and debug them. By the time you're done with the book, you'll be proficient in managing your workflows.