Virtualization platforms such as VMware vSphere or Linux KVM supporting large scale of virtual machines now. Even, virtualization platforms can host monster virtual machines as database server. At this post, we’ll review database backup solutions in virtualization platforms about advantages and disadvantages.
During virtualization revolution, physical servers replaced with virtual machines to run multiple different workloads on a single server hardware but virtual machines were still large and needs some resources to run as isolated servers. Virtual machines needs to have their own operating system and applications. Also they needs to manage and configure separately. MicroVM or Micro Virtual Machine offering benefits of two different technologies and Firecracker will help you to implementing MicroVM.
Windows OS Optimization Tools was a VMware’s Fling and this free tool has been productized now. Windows “OS Optimization Tool For VMware Horizon” will be official Horizon’s components from VMware Horizon 2111. What’s Windows OS Optimization Tool for VMware Horizon? The Windows OS Optimization Tool for Horizon makes it easy to apply configuration settings to desktops and servers. It includes settings to optimize the following Windows operating systems for both desktops and servers that reside in the data center and in the cloud: Windows 11 Windows 10 Windows Server 2022 Windows Server 2019 The Windows OS Optimization Tool for Horizon optimizes virtual desktops and RDSH servers for Horizon, and Horizon Cloud. Notes: The Windows OS Optimization Tool for Horizon is not compatible with Windows 7, 8.1, Server 2012, Server 2012 R2, and Server 2016. An older version of the OS Optimization Tool (b1130) is available to download from the VMware Flings site to use on these OS versions. The optimization information in this guide does not pertain to Windows XP or Windows 7, which Microsoft no longer supports. For more information, see the Windows XP Deployment Guide. The Windows OS Optimization Tool for Horizon helps with three key steps in this process: Optimize...
Unity XT storage arrays are designed for performance, optimized for efficiency and built to work in multi-cloud environment. Actually Unity XT storage array is mid-range storage array family but this family is capable for enterprise workloads. Enterprise businesses needs protection and needs business continuity solutions. Typically, mid-range storage array has no native business continuity solution but Unity XT offers Unity XT Metro Node as business continuity solution.
VMware Horizon View provides solutions for remote working and access to business from anywhere. Users be able to use virtual desktop or applications via secure and fast display protocols such as PCoIP or VMware Blast. VMware did support monitoring VMware Horizon View via vRealize Operations (vROps) for Horizon but recent versions are not supported. You have to use third-party software or services such as ControlUp or develop your solutions.
Virtual Machine needs guest operating system (OS) to operates same as physical machine. Operating system is a system software and has life cycle same as other software. But what should we do about updating and upgrading guest operating systems in virtual environments. Guest Operating System Life-Cycle Most implemented services don’t need to any new features on operating system, so we should choose guest operating system with long term support. Both Windows and Linux (Some distributions) offering different of channels. You can choose a path that more stable or choose a path for have new features. Update vs Upgrade When you need to newest technologies and features on the latest major version of operating system, you have to do Upgrade. But when you are applying regular patches on operation system, you are doing Update. Keep Update Guest Operating System Operating systems’ vendors releasing patches during operating system life-cycle. Apply patches (Security or others) to keep guest operating system secure and stable as well as your services and business. Even installing service packs or upgrading to a minor version of current guest operating system is an update process and there is no limitation to do it. When We Should Upgrade Guest Operating...
This is second part of VMware vSphere 7 upgrade series which about hardware compatibility.
After the upgrade path is prepared and you are ready to pay for new hardware or upgrade current hardware, you have to choose compatible hardware, so you must know that why hardware compatibility is so important?
This post is first part of vSphere 7 Upgrade Series which about vSphere upgrade path to vSphere 7.
VMware vSphere 7 introduces lot of new features but there are some features which removed or deprecated in VMware vSphere 7. Some of them were important features for us but VMware has defined some policies to achieved new and updated solutions in server/desktop/OS Level virtualization.
Seems, there is an issue on HPE Blade Servers when a specific adapter is installed on server. If there is any server of the below models in your virtual environment that you should consider to this post: HPE ProLiant BL460c Gen10 Server Blade HPE ProLiant BL460c Gen9 Server Blade HPE ProLiant BL660c Gen9 Server HPE servers running VMware ESXi 6.0, VMware ESXi 6.5 or VMware ESXi 6.7 and configured with an HPE FlexFabric 20Gb 2-port 650FLB Adapter with driver version 12.0.1211.0 (or prior), a “wake NOT set” message is logged in the Vmkernel logs. Then after 20 to 30 days of server run time, a Purple Screen of Death (PSOD) may display a brcmfcoe: lpfc_sli_issue_iocb_wait:10828 message. The following errors are displayed in the VMkernel logs after approximately 50 to 70 days of server run time: 2019-07-20T00:46:10.267Z cpu33:69346)WARNING: brcmfcoe: lpfc_sli_issue_iocb_wait:10828: 0:0330 IOCB wake NOT set, Data x24 x0 2019-07-20T01:10:14.266Z cpu33:69346)WARNING: brcmfcoe: lpfc_sli_issue_iocb_wait:10828: 0:0330 IOCB wake NOT set, Data x24 x0 2019-07-20T02:16:25.801Z cpu33:69346)WARNING: brcmfcoe: lpfc_sli_issue_iocb_wait:10828: 0:0330 IOCB wake NOT set, Data x24 x0 2019-07-20T02:22:26.957Z cpu33:69346)WARNING: brcmfcoe: lpfc_sli_issue_iocb_wait:10828: 0:0330 IOCB wake NOT set, Data x24 x0 2019-07-20T03:26:39.057Z cpu11:69346)WARNING: brcmfcoe: lpfc_sli_issue_iocb_wait:10828: 0:0330 IOCB wake NOT set, Data x24 x0 2019-07-20T04:06:46.158Z cpu11:69346)WARNING: brcmfcoe: lpfc_sli_issue_iocb_wait:10828: 0:0330...
Kubewise is a simple multi-platform desktop client for Kubernetes. In the same way the kubectl command requires only a valid kubeconfig file to run commands against a Kubernetes cluster, Kubewise requires you just to configure one or more valid kubeconfig files to interact with the corresponding Kubernetes clusters. Main features: Support for multiple kubeconfig files. UI-driven interaction with the most frequently used Kubernetes entities. One-click terminal with the proper KUBECONFIG env variable set. Generation of custom kubeconfig files for a given namespace. Highlight sustaniability and security-related data. Requirements Kubewise is a desktop application built with HTML, JavaScript, CSS and Node.js, and it runs on Electron, a framework for building cross platform apps using web technologies. So for running it, basically, all you need is: Any modern macOS, Windows or Linux (Debian-based) OS. kubectl v1.14.0+ installed to access Kubernetes v1.14.0+ clusters. External Links Kubewise
VMware’s products needs to communicate together or communicate with other components of services via network, administrators must know that components will communicate via which ports and protocols. VMware has provided a tool to find port and protocol of popular VMware’s products which called ” VMware Ports and Protocols”. Currently, you can find ports and protocols which the below products used: vSphere vSAN NSX for vSphere vRealize Network Insight vRealize Operations Manager vRealize Automation Note: The recent versions of the mentioned products and not out of support products. External Links VMware Ports and Protocols
Optimizing HPE server configuration is always one of biggest challenges for virtual environments administrators. The administrators always trying to provide best performance by changing configurations on hypervisor, virtual machines or other components or virtual infrastructure. There are best practices which published by server vendors to achieve best performance on their server platform. Server hardware is one most important component in every environment, server provides main power and resource: Computing Resources. Processor and memory and other server’s component made to work almost like as human brain. Some Important Things! Human brain needs consumes about 20 percent of the body’s energy. Consume more energy is equal to more heat in human body. Server components needs energy and cooling, like human body. Energy and cooling needs money. So there is a challenge to keep balance between performance and cost of services in any IT environments. What’s Important About Server Hardware? In fact, processors and cooling system consume most power which provided by power modules. Don’t think about single server, think about hundreds of servers and thousands processors, thousand x 200W! (At least). Best performance has more cost for any environment also needs more maintenance. What’s Best Practices? Best practices are depended to workload...
Data Center design is changing year by year, before virtualization all servers was physical and data centers were full of devices and cables. Virtualization helped to make data centers smaller and consolidate different workloads in same hardware. Hardware technologies are also helping to achieve this goal. Network Partitioning (NPAR) is one of hardware technologies which helping to reduce cabling, switch devices and use all I/O capacity in data centers. What’s Network Partitioning (NPAR)? NPAR is an operating system and switch agnostic technology that allows customers to reduce the number of I/O adapters required to support different application workloads. Traditional best practices require separate LAN or SAN connections for different aspects of application workloads. Converged Network Adapters already support widely used SAN protocols like Fibre Channel over Ethernet (FCoE) and iSCSI, administrators can already reduce the number of adapters needed for separate protocols, including separate Fibre Channel and Ethernet adapters. With NPAR, these adapters can now partition their network bandwidth further into multiple virtual connections, making one dual-port adapter appear as eight adapters to the operating system for use by the applications. This greatly simplifies the physical connectivity to the server, reduces implementation time, and lowers the acquisition cost of the...
Proxmox Server Solutions GmbH, developer of the open-source virtualization management platform Proxmox VE, today released its major version Proxmox VE 6.0. The comprehensive solution, designed to deploy an open-source software-defined data center (SDDC), is based on Debian 10.0 Buster. It includes updates to the latest versions of the leading open-source technologies for virtual environments like a 5.0 Linux kernel (based on Ubuntu 19.04 “Disco Dingo”), QEMU 4.0.0, LXC 3.1.0, Ceph 14.2 (Nautilus), ZFS 0.8.1, and Corosync 3.0.2. Proxmox VE 6.0 delivers several new major features, enhancements, and bug fixes.
