The process for upgrading the NSX-T managers in an environment is a automated process that works through three managers and finishes the moment all the NSX-T managers are upgraded to the new desired version. Recently I was upgrading a NSX-T datacenter environment from version 22.214.171.124.017107177 to version 126.96.36.199.0.17483065 in my lab environment. The Edge nodes and Transport Nodes had already been upgraded successfully. While we where in the middle of upgrading the the NSX-T manager upgrade got interrupted and the NSX-T managers rebooted when the upgrade was not yet finished.
VMware released vSphere version 7.0 U1c – 17327586 in December 2020. Next to the cool new features that is included in this version (This blog is al about one of those cool features) another very important reason to download and install this version of vSphere is that it closes a major security issue with previous versions. You can find more info on this here.
VMware NSX-T delivers virtual networking in a software defined datacenter. In this article we are going to take a look at a VMware NSX-T environment that is ready for upgrading. In this blog we will upgrade the seven NSX-T Edge nodes. Let’s first take a look at what is the function of Edge nodes within the NSX-T architecture. An NSX Edge nodes are service appliances that run centralized network services that cannot be distributed to the hypervisors. An NSX Edge node can belong to one overlay transport zone and multiple vLan transport zones.
VMware vExpert is an honorary title VMware grants to outstanding advocates of the company’s products.
The vExpert title is held in high regards within the community due to the expertise of the selected vExperts. The vExpert honorees are sharing their knowledge towards enabling and empowering customers around the world with VMware’s software defined hybrid cloud technology adoption.
The vExpert award is for individuals, not for companies. The title last for one year. Employees of both customers and partners can receive the vExpert award. VMware started the vExpert program in 2009.
I am honored, happy and very proud that I am named vExpert 2021. I look forward to participate in the vExpert program and to continue to share knowledge about the VMware products and their different use cases.
As a VMware partner we (my employer PQR) conducts VMware Health Checks. To perform a Health Check on a vSphere (or EUC, NSX-T) environment VMware provides a tool to check if the environment matches the VMware best practices. The tool to check if the environment matches the VMware best practices is called the VMware Health Analyzer. The VMware Health Analyzer is a Photon appliance that you install in the client environment. There is also a Windows installed version of the VMware Health Analyzer. My preference is to use the appliance version. I have the appliance also running on my environment, so if I collected data at a customer site I can load this information in my own appliance, this means that I don’t need a connection with the customer to create my Health Check report. Current version of the VMware Health Analyzer is: 188.8.131.52. Next to the VMware Health Analyzer the consultant checking the VMware environment will also use his own knowledge to check the environment and to interpret the data presented by the VMware Health Check Analyzer.
In vSphere 7.0 Update 1 (released in October 2020) a new feature was released called vSphere Cluster Services (vCLS). The purpose of vCLS is to ensure that cluster services, such as vSphere DRS and vSphere HA) are available to maintain the resources and health of the workload’s running the cluster. vCLS is independent of the vCenter Server availability.
vCLS uses agent virtual machines to maintain cluster services health. vCLS run in every cluster, even when cluster services like vSphere DRS and vSphere HA are not enabled.
Recently I’ve expanded my lab environment with a second vSphere host. One of the advantages of having two vSphere hosts is that you can move machine from on vSphere host to the other. If you perform this move while the machine is powered down you don’t and need any additional configuration. However, if you want to move a running machine from one vSphere host to the other without losing connectivity to this VM, you need vMotion. First let me explain what vMotion is.
vMotion in vSphere allows a running virtual machine to move between two different vSphere hosts. During vMotion memory of the VM is sent from the running VM to the new VM (the instance on another host that will become the running VM after the vMotion). The content of memory is changing all the time. vSphere uses a system where the content is sent to the other VM and then it will check what data is changed and send that, each time smaller blocks. At the last moment it will very briefly ‘freeze’ the existing VM, transfer the last changes in the memory content and then start the new VM and remove the old one. This process will minimize the time during which the VM is suspended.
VMware vSphere PowerCLI is a command line tool for automating vSphere and vCloud management.
VMware PowerCLI is a very powerful command-line tool that lets you automate close to all aspects of a vSphere management. This includes among others: network, storage, guest OS.
PowerCLI is distributed as PowerShell modules, and includes over 500 PowerShell cmdlets.
The first version of PowerShell was released in November 2006 for Windows XP, Windows Server 2003 and Windows Vista. We have come a long way since then. PowerShell is an important part of today’s IT landscape. By using PowerShell you can manage systems from different vendors in a unified way. I find myself using PowerShell almost every day in my work.
In this blog post I want to share a simple piece of advice that will help you in maintaining your VMware Horizon environment. Image management is an important part of managing your VMware Horizon environment. If you are using Instant Clones (this is the future proof way of delivering VMware Horizon VDI’s in your environment), during the image publishing phase (this is referred to as the Priming phase) VMware Horizon starts creating the following VM’s CP-Template, CP-Replica (both are turned off and there is one per datastore per Desktop pool) and a CP-Parent (this machine is turned on and there is one per ESX host per datastore per Desktop Pool).
In this blog article I will describe the process of updating a VMware App Volumes AppStack.
VMware acquired CloudVolumes in August 2014 and released it with the name App Volumes in December 2014. App Volumes is free to owners of the Horizon View Enterprise bundle and can also be purchased as a standalone product.
VMware App Volumes has proven to be a very powerful product to deliver applications to both VMware Horizon as well as Citrix Virtual Apps & Desktops.