Samsung SM-T733 / gts7fewifi

Windows on the
Galaxy Tab S7 FE.

I got Windows 11 to boot on my Tab S7 FE. Here’s where things stand, how I got there, and the parts I’m still trying to fix.

Development report · not an installation guide

The test device

The tablet I’m using.

Samsung Galaxy Tab S7 FE Wi-Fi · SM-T733
Codename: gts7fewifi · Qualcomm SM7325 · 4 GB RAM / 64 GB storage.

The test installation runs Windows 11 Pro ARM64, build 22621.1, using community UEFI firmware and Qualcomm silicon plus Samsung OEM driver packages.

These results describe my device and this experimental installation. They do not establish support for other Tab S7 FE variants, including cellular models, or the Galaxy A52s.

01 / Current status

What works—and what doesn’t.

This is what I’ve seen on my tablet so far, checked against the saved logs. I haven’t tested every feature or checked that everything survives repeated reboots.

Status of this experimental installation
ComponentStatusWhat the evidence supports
Windows desktopObservedWindows 11 Pro ARM64 reached the desktop. Long-term stability and a repeatable clean installation are not established.
Bluetooth mouseObservedLogitech Lift discovered and paired; usable mouse input reported. Broad device compatibility is untested.
Internet via BluetoothObservedInternet access demonstrated through Bluetooth PAN tethering to an iPhone. This is not native Wi-Fi.
Battery / chargingReported workingBattery level and charging indication reported working; accuracy and power management are not fully characterised.
Display / graphicsPartialDesktop visible; graphics improved after driver work. Acceleration, performance and sleep/resume remain unverified.
USB hostPartialA generic USB hub enumerated. Reliable operation of downstream devices has not been established.
Native Wi-FiNot workingLatest saved diagnostic: WPSS Code 43, WLAN device disconnected, and no wireless interface.
Touchscreen / S PenNot working / unverifiedFinger touch not working; no verified successful pen test. Controller identification and ACPI configuration remain unresolved.
AudioNot workingNo working audio reported. The saved diagnostic includes an Aqstic device with Code 31.
Sleep / sensors / camerasNot validatedNo systematic test results available.

Internet came through Bluetooth. I connected through my iPhone using Bluetooth PAN. That got me online, but the tablet’s own Wi-Fi still isn’t working.

02 / The route to the desktop

How we
got here.

Milestones are presented in sequence. Device clocks and historical notes are not reliable enough for a precise dated timeline.

Start from community firmware

The firmware foundation was the gts7fewifi branch of qaz6750’s Project Aloha fork. The recorded source baseline is commit 9e6cb5f1249d18bab50fecb614b4928f6ed55c8b. This is a source reference, not a claim that the present working image is a reproducible clean build.

Get storage and boot identification right

The early workflow encountered a mismatch between a 512-byte-sector virtual disk and the tablet’s 4Kn storage. Formatting the target Windows partition through a Windows environment and applying the image there became the successful route. Boot configuration also needed correction after the partition was exposed separately over USB.

This is a history of the test device, not a partition recipe to copy.

Reach Windows, then recover from regressions

Driver and account-setup work brought the installation to the desktop. Firmware experiments and broad service edits also caused hangs and crashes. Returning to a saved firmware baseline restored booting; that alone did not isolate the exact failing change.

Get real input and connectivity

Pairing a Logitech Lift gave us mouse input. Device Manager and the on-screen keyboard made further investigation possible. Bluetooth PAN tethering to an iPhone then provided internet access.

Reassess the Wi-Fi diagnosis

Offline registry work had removed configuration values from several service keys. The IPC Router configuration was rebuilt, and its device subsequently reported Started. However, the saved diagnostic still reports WPSS Code 43 and no wireless interface. The repair did not establish working Wi-Fi.

03 / What the unsuccessful attempts taught us

What went wrong.

01 / Registry editing

A registry edit removed too much.

Our use of hivexsh setval to write only a service’s Start value removed its other values. A complete audit against backups is still needed. That approach is not a published fix.

02 / Driver dependencies

We disabled something we needed.

IPC Router was disabled because it was stored under a Cellular directory. It should not have been classified from its folder name. The other disabled components still need a proper audit.

03 / Firmware experiments

We changed too much at once.

Touch, pen and USB table changes were followed by regressions. Those failures do not prove which controller is fitted, that a driver loaded, or which ACPI resource was wrong.

About the troubleshooting: I used AI tools throughout this. They helped with some of the work, but they also gave me broken scripts and confident explanations that turned out to be wrong. That cost a lot of reboots. I’m keeping those mistakes in the notes rather than pretending this was a straightforward install.

04 / Open work

What I’m doing next.

  1. Audit altered service and setup registry keys against preserved backups; repair only demonstrated damage.
  2. Capture connected-device status, WPSS diagnostics and relevant Windows events while keeping firmware unchanged.
  3. Test USB downstream devices with a documented hub, power arrangement and boot-cable sequence.
  4. Confirm the fitted touch controller from device-specific evidence before further ACPI changes.
  5. Validate repeat boots, shutdown and recovery before preparing any reproducible installation procedure.

Useful contributions include matching SM-T733 test results, upstream dependency information, and reproducible traces. Any future bug-report channel will be listed here when available.

05 / Files & releases

Notes & downloads.

No flashable release is published here yet. The current installation includes recovery work and unresolved registry damage. It is not a clean image ready to distribute.

Future releases should identify the exact device variant, source revision, tested behaviour, recovery procedure, file size and SHA-256 digest. Upstream driver packages remain linked to their original projects below.

Personal partition backups, registry hives, pairing data and complete Windows images are not part of this publication.

Community kit v0.1: project notes, an installation outline, a bug-report template and a read-only diagnostic script. The script has been reviewed but not run on Windows ARM64. No firmware or drivers are included.

Download the community kit ↓SHA-256 checksum
Download the project notes ↓View release manifest

06 / Credits

The people and projects behind it.

Anthony’s contribution documented here is the hands-on installation, testing, troubleshooting and record of this device’s progress. This is an independent report, not an official Samsung, Microsoft or upstream project release. No claim of being the first port is made.