Your FaroArm®, ScanArm, Design ScanArm, or Gageworks best with the latest driver. This article shows you how to download the latest or earlier drivers.
Device Driver Status Additional information; VC4 Host Interface Queue: vchiq.sys: Partially working: crashes after some usage (tested using a few userland apps ported by Microsoft) DesignWare HS USB 2.0 OTG Controller: dwchsotghcd.sys, dwchsotghub.sys: Working: LAN9514 USB Ethernet Adapter: lan9500-arm-n650f.sys: Working: Ethernet support for. Arm Compute Library. The Arm Compute Library is a collection of low-level functions optimized for Arm CPU and GPU architectures targeted at image processing, computer vision, and machine learning. It is available free of charge under a permissive MIT open source license. Download the Windows SDK. Ensure that you have SDK version 16299 (Windows 10, version 1709) or later. Download the WDK. Ensure that you have WDK version 16299 or later. Building an ARM64 Driver with the WDK. In Visual Studio, open a driver solution. You can use your own, or one from the Windows-driver-samples repo. Garmin Support Center is where you will find answers to frequently asked questions and resources to help with all of your Garmin products. Right-click it, and choose Update Driver Software. Select Browse my computer for driver software. Click on Let me pick from a list of device drivers on my computer. From the options presented, select MTP USB Device, and click next. Follow the installation wizard to install it. Download and install the Media Feature Pack.
After servicing or recalibration of your device, plan to download and install the latest driver BEFORE you use the device. The factory provides the most recent hardware improvements when servicing your device, so using the latest driver may be required.
Usb Device Drivers Windows 10
CAUTION: If you use software or hardware from a third-party vendor who makes FARO compatible products, verify the product is compatible with the latest USB FaroArm driver BEFORE you change the driver.
Download Usb Drivers For Pc
- If you are using the vendor recommended driver, do not change it.
- If you are not using the recommended driver and the vendor's product is not compatible with the latest USB FaroArm driver, see the earlier drivers list in this article to find the driver the vendor recommends.
- Download the latest FaroArm driver:
Release Date: Dec 2020
Alternate Download Link (Full Version)
- Download the What's New file to learn what has changed in the latest version.
- Go to Upgrade the FaroArm USB driver installation instructions.
Download A Driver For Usb
Click here for details about which versions of Microsoft Windows supports different driver versions and computer processors.
|Aug 2020||184.108.40.206||64- & 32-bit|
|Jan 2020||220.127.116.11||64- & 32-bit|
|Aug 2019||18.104.22.168||64- & 32-bit|
|Feb 2019||22.214.171.124||64- & 32-bit|
|Nov 2018||126.96.36.199||64- & 32-bit|
|Oct 2018||188.8.131.52||64- & 32-bit|
|Aug 2018||184.108.40.206||64- & 32-bit|
|May 2018||220.127.116.11||64- & 32-bit|
|Mar 2018||18.104.22.168||64- & 32-bit|
|Feb 2018||22.214.171.124||64- & 32-bit|
|Nov 2017||126.96.36.199||64- & 32-bit|
|Oct 2017||188.8.131.52||64- & 32-bit|
|Aug 2017||184.108.40.206||64- & 32-bit|
|Nov 2016||220.127.116.11||64- & 32-bit|
|Mar 2016||18.104.22.168||64- & 32-bit|
|Feb 2015||22.214.171.124||64- & 32-bit|
|Dec 2014||126.96.36.199||64- & 32-bit|
|Sep 2014||188.8.131.52||64- & 32 bit|
For older drivers not listed above, contact Customer Support.
Hardware Support Notes:
The latest driver version is compatible with all USB FaroArm and ScanArm models. Model specific, minimum required versions are listed below.
|Model/Device||Operating System||Minimum Required Driver|
|Windows 7 or greater||184.108.40.206|
|Windows 7 or greater||220.127.116.11|
|Windows 7 or greater||18.104.22.168|
|Windows 7 or greater||22.214.171.124|
*8-Axis support for the Edge requires an authorized firmware upgrade, contact your local sales representative for details
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Follow the steps below to add third-party drivers (USB) for peripheral devices such as USB Mobile broadband modems, printers, scanners etc.
Step 1: Get Drivers from PC
The Step is to get the x86 version of the drivers from PC. For ARM, please contact the supplier of the peripheral to get the sys/inf files.
Connect the device to the windows PC
Install the driver for the device on the PC
Go to Device Manager, select this device (listed under Universal Serial Bus controllers) and right click and select Properties.
Go to Driver tab in the Properties window, and click on Driver Details. Note the sys files listed there.
Copy the sys files from
C:Windowssystem32and also the related inf file from
C:WindowsInf. You can find the inf file by searching for the sys file reference in the
.inffiles. You may need to copy additional files listed in the Inf and these will be listed in the inf_filelist.txt file created when using
inf2pkg.cmdin the next step.
Step 2: Create a driver package
The Driver package contains the references(InfSource)to the Inf file for the driver and also lists all the files referenced in the Inf file. You can author the driver .wm.xml using Add-IoTDriverPackage.
New-IoTInf2Cab creates the package xml file and also builds the cab file directly.
Windows IoT Core only supports Universal INF and Universal Drivers.
See also: Sample Driver Package
Step 3: Install on device
- Connect to the device (using SSH or using PowerShell)
- Copy the
.cab file to the device to a directory say C:OemInstall
- Initiate staging of the package using
applyupdate -stage C:OemInstall<filename>.cab. Note that this step is be repeated for each package, when you have multiple packages to install.
- Commit the packages using
The device will reboot into the update OS (showing gears) to install the packages and will reboot again to main OS. This process can take a few minutes.
Step 4: Check status of driver
Launch the PowerShell
You can get the status of the installed drivers using the following PowerShell commandlets