Windows 11 first-look review: Start menu and taskbar Even with an office-based desktop machine, you may find that the cost of the necessary upgrades and the additional labour involved to meet the Windows 11 requirements actually make it cheaper to just purchase new PCs that have the new OS preinstalled by default. Manually checking every device in your company's fleet could pose a significant challenge, particularly if the company has a large number of remote workers.

Laptops are another matter, as it’s frequently difficult (if not outright impossible) to upgrade components after purchase. Alternatively, many motherboards include a dedicated slot for this chip, so securing add-on cards that slot simply into it is a possibility. Your hardware must be capable of supporting nested virtualization.The biggest stumbling-block for most will likely be the TPM module, but many modern motherboards already have a TPM chip that simply isn’t enabled – this needs to be checked in the BIOS.10GB Minimum Free Storage Note: Your deployment may require additional free storage depending on the size of the virtual machine that you choose during installation.1GB Minimum Free Memory Note: Your deployment may require aditional free memory depending on the the size of the virtual machine that you choose during installation.Windows Server (build 17763 or later) Note: Hyper-V must be enabled to support the Azure EFLOW virtual machine.Windows 11 Professional (build 22000 or later).Windows 11 Enterprise (build 22000 or later).Windows 11 Iot Enterprise (build 22000 or later).Windows 10 Professional (build 17763 or later).Windows 10 Enterprise (build 17763 or later).Windows 10 Iot Enterprise (build 17763 or later).Windows 10, Windows 11, Windows Server 2019, Windows Server 2022 Meanwhile, Windows applications running on the Windows host device can communicate with the modules running in the Linux virtual machine.Īzure EFLOW does not require an additional control plane to manage updates for the Linux environment, rather updates are provided through standard update channels for Windows providing for easy integration into existing enterprise infrastructure used to manage the flow of security updates to your Windows devices. Any IoT Edge modules deployed to the device run inside the virtual machine. Businesses that rely on Windows IoT to power their edge devices can now take advantage of Linux-based, cloud-native analytics solutions for Azure IoT Edge without introducing dedicated Linux hardware or setting up a new management plane to manage Linux devices.Īzure EFLOW provides a curated virtual machine that incorporates Microsoft's own Linux offering CBL Mariner and Azure IoT Edge 1.1.9 LTS runtime preinstalled and ready to deploy. Azure IoT Edge for Linux on Windows (Azure EFLOW) allows you to run containerized Linux workloads alongside Windows applications in Windows IoT deployments.

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