VMware Fusion Pro 26H1 Mac

The 26H1 update to VMware Fusion Pro expands guest OS support and adds ARM-based ESX host connectivity, but its deeper toolkit is what sets it apart from lighter desktop hypervisors.

Virtual Trusted Platform Module (vTPM) — Adds a virtual cryptoprocessor to guest machines, satisfying Windows 11 installation checks without physical hardware passthrough.

Unified power-state timestamps — New in this build, Fusion records virtual machine creation time and last power-on time directly in the interface, giving administrators an at-a-glance audit trail.

Kubernetes cluster support — The Pro edition can spin up local Kubernetes clusters for container testing alongside full virtual machines, targeting developers who need both on one Mac.

eGPU passthrough — External graphics enclosures discovered by macOS can be assigned to a guest, letting Windows or Linux workloads access discrete GPU compute without rebooting.

Launching from the Dock opens a full library with timestamps and power states

You launch Fusion Pro from the Dock or Applications folder. The Virtual Machine Library opens — a single-window view of every VM you have built or imported, each showing its current state, the new creation timestamp and the last time it was powered on. If you work with half a dozen test environments, that timestamp detail saves you from hovering over file dates in Finder.

Double-click a Windows 11 VM. The guest picks up exactly where you left it — paused, not shut down — and the desktop appears in under four seconds. A shared folder you mapped during setup already points to a project directory on the Mac side, so a Visual Studio solution you were editing moments ago in macOS is ready for a build-and-run test inside Windows. You drag a file from the Mac desktop straight into the guest; it lands in the Windows Downloads folder without a dialog.

Mid-session, you plug in a USB 3.1 SSD. Fusion asks once whether to connect it to the Mac or the guest. You choose the guest, and Windows mounts the drive as if it were locally attached. Transfer speeds through the virtual USB controller stay close to what the hardware delivers natively — large disk images move across without the stutter that older virtual USB stacks used to introduce.

You then fire up a second VM running Ubuntu 26.04 LTS, one of the fresh additions in 26H1. Both guests run side by side, and you switch between them with three-finger swipes on the trackpad or Command-Tab, exactly as you would with native Mac apps. The Ubuntu terminal sits next to Xcode on the same desktop space; copy a curl command from a Mac text editor, paste it into the Linux terminal, and the shell executes it immediately.

Before wrapping up, you launch a local Kubernetes cluster through the Pro edition's cluster support. Three lightweight nodes boot inside Fusion-managed VMs, and within a minute kubectl get nodes returns a ready list. You deploy a container from a Docker image you built earlier, run a quick integration test, then tear the cluster down. None of that touched a cloud account, and the Mac's CPU fan barely spun up.

What the newest releases changed in everyday work

The 26H1 build introduced guest OS profiles that developers who juggle multiple Linux distributions will notice immediately. Ubuntu 26.04 LTS, Fedora 43 and 44, SUSE Linux Enterprise 16, openSUSE 16.0 and FreeBSD 15.0 now appear in the New Virtual Machine assistant as recognized templates. Choosing one pre-fills sensible defaults — disk size, memory allocation, virtual hardware — so you spend less time tweaking settings before the installer even starts.

Remote connections to ARM-based ESX hosts arrived in the same release. For a Mac user who manages a mixed lab, the change means a single Fusion Pro window can now reach both Intel and ARM ESX servers. The connection workflow stays identical: you enter the host address and credentials, and the remote VM list populates. A developer testing an ARM build of a server application can launch it on a remote ARM ESX box and interact with the console directly from the Mac, without a separate VMRC session or a workaround involving nested virtualization.

The interface-level timestamps for VM creation and last power-on are a smaller touch, but in day-to-day administration they eliminate guesswork. You can spot a stale clone instantly, or check whether a colleague really did reboot that shared test VM before logging it as ready. It is the kind of data that previously lived in metadata files you had to go looking for; now it sits where you already look.

On Apple Silicon, Windows 11 on ARM redraws without tearing

On an Apple Silicon Mac, Fusion Pro handles Windows 11 on ARM with a responsiveness that makes the guest feel native. Application windows redraw without tearing, and DirectX 11 workloads — older CAD viewers, GIS tools, some engineering software — run under hardware acceleration that keeps frame rates usable for non-gaming tasks. Intel Macs running the same build get the benefit of mature x86 virtualization; a Windows 10 guest there boots cold in about twenty seconds and idles at under two percent CPU.

Memory pressure stays predictable. With 16 GB of RAM in the host, assigning 8 GB to a single VM leaves macOS comfortable for Safari, Mail and a code editor. Assigning 4 GB to each of two Linux guests still works, though the Mac begins to lean on compressed memory. Fusion Pro does not balloon guest memory aggressively beyond what you configure, so you get what you dial in, and the host's Activity Monitor reflects that straightforward arithmetic.

Stability across the 26H1 build has been uneventful in the best sense. Suspend-to-disk and resume cycles work across macOS sleep events; a MacBook lid closed with two running VMs wakes without kernel panics. USB passthrough for a bus-powered device — a YubiKey, a software license dongle — reconnects after sleep without manually detaching and reattaching. The one recurring friction point, shared with earlier versions, is that an eGPU enclosure must be attached before the guest boots; plugging one in mid-session is not recognized until the VM restarts.

Enable host time sync to prevent clock drift across suspend cycles

Fusion Pro ships with sensible defaults, but a few adjustments pay off within the first hour of use. Open the General panel for any VM and enable “Synchronize time with host” — guests drift noticeably after suspend cycles, and this option keeps timestamps consistent with the Mac, which matters when you are comparing log files across operating systems.

Next, check keyboard and mouse profile. By default, Fusion maps Mac modifier keys to their approximate Windows equivalents, but a developer who uses a Windows keyboard via USB passthrough should switch the mapping to match physical key labels instead. The setting lives under Keyboard & Mouse preferences; it takes effect without a guest reboot.

For anyone who moves large files between host and guest regularly, shared folders deserve a closer look than the default Documents mapping. Add a specific project root — a Git checkout directory, a build output folder — and enable read-write access explicitly. The bandwidth through shared folders trounces dragging files over a virtual network adapter, and the mount point inside the guest stays persistent across reboots.

Finally, spend two minutes in the energy section of the VM Settings. Fusion allows guests to keep running when the virtual machine window is closed; setting it to suspend instead prevents a forgotten Windows VM from consuming battery while you commute. On an Intel MacBook, the difference can be an extra forty minutes of runtime on a charge that would otherwise vanish into an idling guest.

VMware Fusion Pro 26H1 now connects to ARM-based ESX hosts remotely and adds guest OS support for Ubuntu 26.04 LTS, Fedora 43, Fedora 44, SUSE Linux Enterprise 16, openSUSE 16.0, and FreeBSD 15.0. The interface also records virtual machine creation timestamps and last power-on times.

• macOS 13 or later
• Apple Silicon or Intel 64-bit Mac