Vmware workstation 14 hardware compatibility 自由

Upgrade Notes for This Release — This very important section covers incompatible upgrade or migration paths for releases. Resolved Issues — Includes all resolved items in a product release, or security-related issues for a security update. Known Issues — Outlines any issues to consider prior to upgrading that may impact your environment after your upgrade is complete. Be sure to review product documentation prior to beginning an install, an upgrade, or patching.

Product documentation contains links to product release notes, configuration maximums, vCenter Server and ESXi install and upgrade guides, and more.

The process to perform common tasks can change between releases, so it is helpful to review the documentation for any updated or deprecated workflows. VMware Product Interoperability Matrices are a key component to a successful upgrade, and can help confirm that your upgrade path or product versions will be compatible when performing an upgrade.

There are four kinds of Interoperability Matrices: Interoperability, Multi-Cloud Interoperability, 3rd Party Solution Interoperability and Upgrade Path interoperability.

Verify that a VMware product or solution is compatible with a 3rd party component such as, an operating system, database, hardware accelerator and more. Validate that when doing an in-place upgrade, you are executing an upgrade between supported versions. Did you know that one of the most common reasons for a vSphere diagnostic crash is incompatible firmware or driver versions?

Be aware that the VMKlinux driver stack is deprecated in vSphere 7. VMware vSphere 6. For more information, see the VMware blog post What is the Impact of the VMKlinux Driver Stack Deprecation? The VMware Compatibility Guide can help you to understand if your physical hardware is compatible with the ESXi version to which you plan to upgrade.

To use the tool, you first must get the device IDs of your adapters. x and later explains this process and how to obtain the driver or firmware version via the esxcfg CLI command. Note: Many hardware CPUs have been deprecated in vSphere 7, and you must verify your hardware devices and details prior to an upgrade.

After you gather hardware details, enter them into the Hardware Compatibility Guide to review the supported versions for your hardware, including the necessary firmware and drivers for any peripheral devices you have.

Automating this process is also possible. VMware recently released a VMware Fling titled ESXi Compatibility Checker. This Fling connects to a vSphere environment and automatically validates your server hardware against the VMware Hardware Compatibility Guide. Note: Many hardware vendors maintain a separate Hardware Compatibility Guide that must be referenced during upgrade planning to ensure proper hardware compatibility.

Ensure that you consider software from other vendors that touches your vSphere environment, such as backup tools, monitoring tools, and other non-VMware software. Consult with the respective vendors to ensure that they are compatible with the version of vSphere to which you are planning to upgrade.

You are being redirected to VMware’s Cloud Services portal Customer Connect. This message will close in seconds. x in ver12 would see the exact same virtualizied hardware in ver16? My searches have yielded no actionable results, but I am hoping that there is a table somewhere that cross-references hardware compatibility with the guest OS. In other words, something like this:. Finally, I know that back in the day, if there were any significant hardware changes on a bare-metal install say, of Windows 98 , it was always best to reinstall the OS so that it will detect the new stuff and install the appropriate drivers and such.

How much is that true for Guest OSes Windows XP and beyond? Can they dynamically adapt to hardware compatibility changes? Such a table does not exist. I have reviewed my inventory over the years and tried the idea of using the virtual hardware level that was new when the operating system was new, but things are never really conclusive in that regard. View solution in original post. It really depends on what features of a virtual hardware compatibility you are looking for.

For example, theoretically Windows 7 could still benefit from version Or from version Virtual hardware version also has a difference in CPU instruction sets. For example, Haswell instruction come with version But if an OS pre-dates the release of a CPU generation, quite unlikely the OS can take advantage of the new instructions.

Applications inside a VM might still be able to take advantage e. application level library such as math libraries or visual recognition libraries that makes use of AVX2.

But if you are looking for more modern instructions in a VM it is quite unlikely you would be using an old OS though. For VMs, generally there is no need to reinstall unless you are changing things such as a storage controller or firmware from BIOS to UEFI which will render the existing VM unbootable. With games running on Windows whether it is FPS, RPG, MMORPG, or some other types the main issue would be the DirectX level.

The SVGA 3D driver can be the same version but it is the virtual hardware compatibility that determines the DX level support but I suppose there has to be some minimum SVGA driver version for newer virtual hardware versions. So at the very least, a VMware Tools upgrade might be necessary with a virtual hardware upgrade. For XP VMs, the last VMware Tools and thus corresponding last supported SVGA 3D driver version is version Windows 7 VMs would also require SHA-2 updates for newer versions of VMware Tools I think from x onwards.

Generally you can see the difference of the DX support in the Display tab of dxdiag in the Feature Levels. One other thing is the Display Memory VRAM that gets reported in dxdiag or “Dedicated Video RAM” in display adapter properties. It might be tied to the guest OS type instead of virtual hardware version. I don’t have a Windows 7 VM anymore, but I think it was reported at MB.

But with Windows 10 VMs, it is at 4MB, for Linux VMs it is an even lower 1MB from glxinfo. For some software not just games it seems to just check this dedicated video RAM value and would fail to launch as it complains the video RAM is too low. BTW, 3D accelerated graphics appears to be broken for XP VMs on Linux hosts with Nvidia proprietary driver boots up with a black screen or just have 4-bit colour.

But using Vulkan renderer with nouveau driver for Nvidia GPU or using Vulkan with Intel integrated graphics from Skylake onwards seems to be OK for 3D graphics of XP VMs on Linux host.

Vmware workstation 14 hardware compatibility 自由

 
Thanks and have a nice evening!! First Page Compatibiity Questions Nothing found. First from the VM’s host to the VDR appliance and second from the appliance to the CIFS share. Author : jacquiew. As soon as i plant the VMs in the exclusion list it all magically works.