Surface Pro 9 Drivers Download

This article is intended for IT professionals and technical support agents and applies to Surface devices only. If you're looking for help to install Surface updates or firmware on a home device, see Download drivers and firmware for Surface.

For earlier devices that include separate files for different Windows versions, select the .msi file name that matches the Surface model and version of Windows. The .msi file name includes the minimum supported Windows build number that's required to install the drivers and firmware. For example, to update a Surface Book 2 that has build 18362 of Windows 10, choose SurfaceBook2_Win10_18362_19.101.13994.msi. For a Surface Book 2 that has build 16299 of Windows 10, choose SurfaceBook2_Win10_16299_1803509_3.msi.

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The Microsoft Deployment Toolkit (MDT) is a free tool for automating Windows deployment. It uses the task sequence engine from Configuration Manager, and can also install drivers and software updates during the deployment.

Configuration Manager and MDT both use the Windows Preinstallation Environment (Windows PE) during the deployment process. Windows PE supports only a limited set of basic drivers such as network adapters and storage controllers. Drivers for Windows components that aren't part of Windows PE might produce errors. You can prevent such errors by configuring the deployment process to use only the required drivers during the Windows PE phase.

Find your Surface model and OS build: If you don't know your Surface model or OS build information, look in the Surface app. To open it, select Start , enter surface, and select Surface to open the app. If the app doesn't open, get it from Microsoft Store.

Open the Surface app

To find the link for the driver you need, select the dropdown list below and then scroll through it to find the type of Surface you have. After you've selected it, you'll see the available links for that type of Surface device model. Select the link for your model to get the latest firmware and drivers for sound, display, ethernet, and Wi-Fi.

Use Windows Update to keep your Surface Pro X drivers and firmware up to date. Select Start > Settings > Update & Security > Windows Update . Commercial customers can learn more about servicing Pro X at Deploying, managing, and servicing Surface Pro X.

If multiple downloads are available and you want to update your Surface with the latest drivers and firmware from the Download Center, select the .msi file name that matches your Surface model and version of Windows and select Next. For example:

The deployment goes through fine, but it appears some drivers are not properly injecting or something. If I check for Windows updates it starts to get some drivers so I cross referenced those with what is already in MDT and they are already imported in. Most of what it downloads are firmware drivers and a few Intel things. Has anyone found a way to properly inject Surface drivers?

Has anyone come across the correct set of drivers I need to add into my boot image to enable the keyboard and mouse on a Surface Book 3? I have managed to get the touch screen working but not the keyboard or mouse

The Intel HD Graphics drivers for the Surface Pro* 3 are customized by Microsoft* specifically to give the best possible experience on the Surface Pro 3 for the user. I would strongly recommend only using the Intel HD Graphics drivers found on the Microsoft support site for the Surface Pro 3 found here: -us/download/details.aspx?id=38826 Download Surface Pro 3, Surface Pro 2, and Surface Pro firmware and driver packs from Official Microsoft Download Center

I've got a bootable USB stick and am getting to the driver loading stage. I've got the Surface Laptop drivers extracted from the Microsoft driver MSI and parked on another USB stick. I'm able to navigate to those drivers and I can select the NVM Express Controller driver. However, when I click "next" to install/use it for installation the installer is failing out with "No new devices drivers were found". Not sure why this is failing? Is there some other driver I need? Windows 10 1803 does not see the hard drive natively so I obviously need some driver...

You procedure is correct, but the drivers might be for other Surface versionor may be just incomplete. I would like to offer other solutions which build onthe drivers already on your disk (but I cannot guarantee success).

Anyone dealing with these yet? Specifically, I went to download the driver/firmware MSI for extracting and packaging for OSD as per usual with surface devices, but I can't seem to find the MSI for downloading.

I've got a personal Surface Pro 3 that I like very much. It's worked great for years and I haven't had any issues with it. However, yesterday while installing a 3rd party USB device something got goofed around with the drivers and I ended up in this state.

That "banged out" device in my Device Manager is the root Universal Serial Bus (USB) Controller for the Surface. That means everything USB didn't work since everything USB hangs off that root device node. I know it's an Intel USB 3.0 xHCI Host Controller but I didn't want to go installing random Intel Drivers. I just wanted the Surface back the way it was, working, with the standard drivers.

There are a number of utilities you can check out but the most useful is the Surface Diagnostic Toolkit. It checks hardware and software versions and found a number of little drivers things wrong...and fixed them. It reset my USB Controller and put in the right driver and I'm back in business.

I therefore set about updating the USB installation drive with the drivers needed. The first Step was to download the latest Drivers and Firmware package, I used the links found at -us/surface/enable-surface-keyboard-for-windows-pe-deployment#add-keyboard-drivers-to-the-selection-profile helpfully the page confirms which of the drivers are actually needed.

The rest of that Microsoft page describes updating an image using MDT so things are a little different when updating the USB media, but the main thing to note is the minimum drivers required to add the keyboard functionality (for each model of surface device listed).

a Two-meter temperature, b precipitation rate, and c surface wind anomalies (arrows indicate the direction and magnitude of the anomaly, shading indicates the magnitude of the anomaly) after weak vortex events for both hemispheres. The values are averaged over the 45-day period following a case of an extreme weak vortex event in each hemisphere, i.e., the period from 13 February 2018 to 29 March 2018 in the Northern Hemisphere and 26 September 2002 to 9 November 2002 using data from the NCEP/NCAR reanalysis132.

Although the above extremes are limited to boreal winter, further impacts are associated with extremes in boreal spring when the polar vortex gives way to summer easterlies in the stratosphere. This transition is associated with an NAO-like shift in surface climate38 and may influence Arctic sea ice conditions into autumn39. The timing of the final vortex breakdown can have significant implications for stratospheric ozone chemistry, as a vortex that stays strong well into spring as sunlight returns to the pole provides ideal conditions for rapid ozone loss, as observed in spring 202034. Stratospheric ozone minima in spring have been suggested to be followed by anomalous cold over subtropical Asia and southern Europe, and anomalous warmth over northern Asia40,41.

Although wintertime stratospheric variability is smaller in the SH compared to the NH, the timing of the transition of the polar stratosphere from its winter to summer state has significant implications for surface climate and extremes56,57. A weakening of the SH stratospheric polar vortex leads to an equatorward shift of the storm track and a negative phase of the SAM, contributing to extended hot and dry spells over Australia58, and a weakening of the wind stress at the ocean surface around Antarctica (Fig. 2). Vortex deceleration has also been associated with anomalous cold over southeast Africa and New Zealand, colder and wetter weather over southern South America59, anomalous warmth over the Ross and Amundsen Seas, and dry and cold spells over Antarctica56 (Fig. 2). Record low Antarctic sea ice in December 2016 has been linked to an early polar vortex weakening60 (Fig. 3).

The downward influence from the stratosphere has been found to trigger or modulate the strength of a range of extreme events. These links can contribute to the understanding and prediction of surface extremes and their impacts on human health, infrastructure, energy, and ecosystems. In particular, extreme events in mid-latitudes and polar regions such as flooding, drought, and cold air outbreaks have been linked to stratospheric forcing. In the tropics, tropical convection and hurricanes can be modulated by the stratosphere. Attribution is however challenging given the often poorly represented stratospheric variability and coupling processes with the troposphere. Further research will benefit from incorporating and modeling additional processes such as aerosols and chemistry, in addition to improved understanding and model representation of the dynamical coupling. Extreme events may then more readily be linked to stratospheric forcing, with benefits for the prediction of extreme events and their impacts at lead times beyond 2 weeks. An improved prediction of the stratosphere itself on sub-seasonal to decadal lead times may also contribute to increased lead times for surface extremes. Large regions in Africa, Asia, and South America, as well as major ocean regions are affected by stratospheric forcing, e.g., through hot or cold and wet or dry spells, but not yet sufficiently studied with respect to extreme events in relation to the stratosphere. Furthermore, the uncertain dynamical response of the stratosphere to a changing climate contributes significantly to uncertainties in projections of future surface extremes. e24fc04721