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On the other hand, with the help of Qualcomm driver, you can transfer files, documents, images, videos, etc. From phone to PC and vice-versa. Download Qualcomm USB Driver latest version and Mi flash tool from direct download links mentioned ahead. This driver is useful for Xiaomi device users who want to flash MIUI ROM. The Snap-on Pass Thru programming products bring OEM-level reprogramming to the independent shop. Replace the existing software/firmware in electronic control units (ECUs) with updated OEM software. Fix software-controlled driveability issues and emission issues, program new ECUs. Request Product Information. Online Product Help. Contact Diagnostic Customer Care (800) 424-7226 Mon-Fri 6am - 5pm PST Send e-mail.

Download Qualcomm HS-USB QDLoader 9008 Driver for Windows 7, Windows 8, 8.1, Windows 10, XP, and Vista. This Qualcomm USB driver is compatible with both 32 bit as well as 64 bit Windows operating systems. Do you own Qualcomm Snapdragon 855 device? Do you want to root Android with PC software?

If yes, then you need to connect your Android smartphone to a PC using a USB data cable. Moreover, to recognize your phone by PC, a specific mobile USB driver is essential. In particular, you need to install a Qualcomm USB driver especially for phones running on Qualcomm Snapdragon processor. Using this Qualcomm HS-USB QDLoader 9008 Driver, you can connect your phone to a PC and flash custom ROM as well.

Furthermore, you can also Root Android phone and install TWRP recovery, flash kernels, mods like SuperSU, Xposed framework, etc. Besides, you can install Mi PC Suite as well as Qualcomm QDLoader USB driver to flash Stock firmware on Android phones. On the contrary, this Qualcomm driver package comes with a new version of the Mi Flash tool, QFIL a software to flash MIUI ROM on Xiaomi devices.

This guide provides a one-click Qualcomm USB driver download and update utility tool for Windows OS.

2.How to Install Qualcomm USB Drivers on Windows

What is Qualcomm USB Driver?

Qualcomm QDLoader HS-USB 9008 is a mobile USB driver especially for Android phones with Qualcomm Snapdragon chipset. This Android Qualcomm driver helps to identify your device when connected to the PC. Many Android handsets from various companies like Xiaomi, Oppo, Vivo, OnePlus, Samsung, Realme, etc. uses the Qualcomm Processor.

Hence, it becomes essential to install these Qualcomm QDLoader drivers on Windows PC. In particular, recent Android phones like Xiaomi Redmi Note 7 Pro, Vivo Z1 Pro, Realme 3 Pro, Samsung Galaxy M40, and Redmi K20 Pro comes with this chipset. On the other hand, with the help of Qualcomm driver, you can transfer files, documents, images, videos, etc. from phone to PC and vice-versa.

Download Qualcomm USB Driver latest version and Mi flash tool from direct download links mentioned ahead. This driver is useful for Xiaomi device users who want to flash MIUI ROM. Besides, you can also unbrick a dead phone by flashing Stock ROM using the Mi PC Flash tool. Most important, installing this Qualcomm USB driver will automatically update the QHSUSB_BULK driver 32 bit in the Device Manager list.

Download Qualcomm USB driver 64 bit as well as download Qualcomm USB driver 32 bit latest version from the links given below. This guide will assist you to install or update Qualcomm drivers using Auto and Manual installation methods.

How to Install Qualcomm USB Drivers on Windows

In this article, we’ll use automatic as well as manual installation method to flash the Qualcomm Drivers. Let’s get straight into it.

Disclaimer

Proceed at your own risk. We at Droid Thunder will not be held liable for any damage. All uploaded files and copyrights are properties of their respective owners.

Method 1: Auto Installation

In this method, we’ll flash the Qualcomm drivers using a setup.exe file.

Downloads

Steps to install Android Qualcomm Drivers

• Extract this downloaded driver on your PC.
• Right mouse click the Qualcomm USB driver setup and Run it as Administrator.
• From the popup window, choose WWAN-DHCP is not used to get the IPAddress option and click Next.

• Read the license agreement and choose I accept the terms in the license agreement.
• Then tap on Next.
• Just click on Install to start the actual Qualcomm USB driver installation process.
• It will hardly last for a few minutes. So wait and be patient until it finishes.
• Upon completion, a successful message will popup on the screen.
• Simply click on Finish.
• Finally! This is how you can install Qualcomm USB drivers on Windows 7 32 bit, 64 bit, Windows 8, 8.1, Windows 10, etc.

Method 2: Manual Installation

In Method 2, we’ll manually install and update Qualcomm HS-USB QDLoader USB Driver.

Downloads

Steps to install Android Qualcomm Drivers

• Extract the downloaded driver file on PC.
• Install ADB and Fastboot drivers on your PC.
• Enable USB Debugging on your Android phone.
• Using a USB cable, connect your phone to your PC.
• Open the command prompt window on your computer.
• For doing so, press and hold Shift Key + right click of your Mouse.
• Then select Open Command Window here option.
• This will launch a command prompt window.
• Type the following command in the cmd window and press the enter key.

adb devices

• As soon as you press the enter key, you’ll see a message saying ‘List of devices attached’ along with some random numbers.
• This will confirm a successful connection between your Android device and PC.

• If such a thing doesn’t happen, then re-install ADB drivers, enable USB debugging mode, and try again.
• If the problem persists, change the USB cable or USB port.
• Now boot your Android phone into EDL mode.
• For doing so, type the following command and hit the enter key.

adb reboot edl

• This will restart your Android device into EDL or Download mode.
• Open Control Panel on your PC, and launch Device Manager.

• Under the Other Devices option, you’ll find the QHSUSB_BULK option with a yellow exclamation mark.
• This means that QHSUSB_BULK is not properly installed.
• Hence we need to update this driver.

• Right mouse click on QHSUSB_BULK and select Update Driver Software option.

• A pop-up will appear on the screen.
• Simply select Browse my computer for driver software option.

• On the next window, click on the Browse button and select qcser file from the Qualcomm driver extracted folder.

• Click on the Next option.
• As soon as you click Next, a Windows security prompt will popup.
• Simply click on Install this driver software anyway option.
• This will start the Android Qualcomm USB Driver installation process.
• It will finish within a few minutes. So be patient and wait.
• Upon completion, a message saying Windows has successfully updated your driver software will appear.
• Close the window and Go back to Device Manager.
• This time you’ll see Qualcomm HS-USB QDLoader 9008 under the Ports (COM & LPT) section without any yellow triangle exclamation mark.

Conclusion

Finally! This is how you can install the Android Qualcomm USB drivers HS-USB QDLoader 9008 on your Windows PC. Feel free to ask your queries in the comment section given below.

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This topic describes the USB hardware verifier tool (USB3HWVerifierAnalyzer.exe) that is used for testing and debugging specific hardware events.

Most hardware issues manifest in ways that lead to poor end-user experience and it's often difficult to determine the exact failure. The USB hardware verifier aims at capturing hardware failures that occur in a device, port, hub, controller, or a combination of them.

The USB hardware verifier can perform these tasks:

Download Snap-on Diagnostics Port Devices Drivers

• Capture hardware events and display information in real time.
• Generate a trace file with information about all events.
• Parse an existing trace file for event information.

This topic contains the following sections:

Getting the USB hardware verifier analyzer tool

The USB hardware verifier tool is included with the MUTT software package that is available for download at Tools in the MUTT software package.

The tools package contains several tools that perform stress and transfer tests (including power transitions) and SuperSpeed tests. The package also has a Readme document (available as a separate download). The document gives you a brief overview of the types of MUTT hardware. It provides step-by-step guidance about various tests you should run, and suggests topologies for controller, hub, device, and BIOS/UEFI testing.

How to capture events by using a USB hardware verifier

To capture events by using the hardware verifier, perform these steps:

1. Start a session by running this command at an elevated command prompt.

   The tool supports these options:

   Option	Description
   -v <VendorID>	Logs all hardware verifier events for the specified VendorID.
   -p <ProductID>	Logs all hardware verifier events for the specified ProductID.
   -f <ETL file>	Parses the specified ETL file. Real-time parsing is not supported. With this option, the tool parses the file offline.
   /v output	Displays all events to the console.

2. Run the test scenario for which you want to capture hardware events.

   During a session, USB hardware verifier captures information about hardware events as they occur. If you want to filter events for a particular hardware, specify the VendorId and ProductId of the hardware. The tool might not capture some information (such as VID/PID) about events that occur before the device gets fully enumerated. The missing information is available in the detailed report that is generated at the end of the session (discussed next).

   Here is an example output from the hardware verifier tool:

3. Stop the session by pressing CTRL+C.

   At the end of the session, a file named AllEvents.etl is added in the current directory. This file contains trace information about all events that were captured during the session.

   In addition to AllEvents.etl, the command window shows a report. The report includes certain information that was missed in the real-time output. The following output shows an example test report for the preceding session. The report shows all events that the USB hardware verifier encountered.

   In the preceding example report, note the Key field value for each record. The report categorizes the information by those Key values, making it easier to read. The same Key values are used in events captured in AllEvents.etl.

4. Convert AllEvents.etl to text format by running the following command:

   In the output file, search for the previously noted Key values. The values are associated with one of these fields: fid_UcxController, fid_HubDevice, and fid_UsbDevice.

5. Open AllEvents.etl in Netmon and select Add <field_name> to display filter to filter events by controller, hub, and device.

USB hardware verifier flags

Flag	Indicates that ...
DeviceHwVerifierClientInitiatedResetPipe	The client driver initiated a recovery action by resetting a particular pipe in response to I/O failures. Certain client drivers might perform error recovery in other scenarios.
DeviceHwVerifierClientInitiatedResetPort	The client driver initiated a recovery action by resetting the device in response to I/O failures. Certain client drivers might perform error recovery in other scenarios.
DeviceHwVerifierClientInitiatedCyclePort	The client driver initiated a recovery action by cycling the port. This flag causes the Plug and Play Manager to re-enumerate the device.
DeviceHwVerifierSetIsochDelayFailure	A USB 3.0 device failed the SET_ISOCH_DELAY request. The device can fail the request because either the driver does not require the request information or a transient error occurred. However, the driver cannot differentiate between those reasons. This error is not captured in the report.
DeviceHwVerifierSetSelFailure	A USB 3.0 device failed the SET_SEL request. The device uses the request information for Link Power Management (LPM). The device can fail the request because either the driver does not require the request information or a transient error occurred. However, the driver cannot differentiate between those reasons. This error is not captured in the report.
DeviceHwVerifierSerialNumberMismatchOnRenumeration	The device reported a different serial number during re-enumeration as opposed to the one it reported during initial enumeration. A re-enumeration can occur as a result of a reset port or system resume operation.
DeviceHwVerifierSuperSpeedDeviceWorkingAtLowerSpeed	The USB 3.0 device is operating a bus speed lower than SuperSpeed.
DeviceHwVerifierControlTransferFailure	A control transfer failed to the device's default endpoint failed. The transfer can fail as a result of device or controller error. The hub logs indicate the USBD status code for the transfer failure. This flag excludes SET_SEL and SET_ISOCH_DELAY control transfers failures. Those types of requests are covered by DeviceHwVerifierSetIsochDelayFailure and DeviceHwVerifierSetSelFailure flags.
DeviceHwVerifierDescriptorValidationFailure	A descriptor returned by the device does not conform to the USB specification. The hub log indicates the exact error.
DeviceHwVerifierInterfaceWakeCapabilityMismatch	The RemoteWake bit is incorrectly set in the device. USB 3.0 devices that support remote wake must also support function wake. There are two ways in which the device indicates its support for function wake. The first way is through the bmAttributes field of the configuration descriptor and the second way is in its response to the GET_STATUS request targeted to the interface. For a non-composite device, the RemoteWake bit value must match the value returned by the GET_STATUS request that is targeted to interface 0. For composite devices, the RemoteWake bit must be 1 for at least one of the functions. Otherwise, this flag indicates that the device reported contradictory values in here.
DeviceHwVerifierBusRenumeration	The device is re-enumerated on the bus. A re-enumeration can occur as a result of a reset port or system resume operation. Re-enumeration also occurs, when the device is disabled/enabled or stopped/started.
HubHwVerifierTooManyResets	A hub has gone through too many reset operations within a short period. Even though those resets were successful, the hub is not processing requests and repeated errors occur.
HubHwVerifierControlTransferFailure	A control transfer targeted to the hub's default endpoint failed. The transfer can fail as a result of device or controller error. The hub logs indicate the USBD status code for the failure.
HubHwVerifierInterruptTransferFailure	A data transfer targeted to the hub's interrupt endpoint failed. The transfer can fail as a result of device or controller error. The hub logs indicate the USBD status code for the failure. If the transfer failed because of the request was canceled, the failure is not captured.
HubHwVerifierNoSelectiveSuspendSupport	The RemoteWake bit is not set to 1 in the hub's configuration descriptor.
HubHwVerifierPortResetTimeout	While enumerating or re-enumerating a device, the port-reset operation is timing out. A port change notification is not received indicating that the port-reset is complete.
HubHwVerifierInvalidPortStatus	The port status of the target port is not valid as per the USB specification. Certain devices can cause the hub to report the invalid status.
HubHwVerifierPortLinkStateSSInactive	The link between the target port and the downstream device is in an error state.
HubHwVerifierPortLinkStateCompliance	The link between the target port and the downstream device is in compliance mode. In some scenarios involving system sleep-resume, the compliance mode error is expected and in those cases the failure is not captured.
HubHwVerifierPortDeviceDisconnected	The downstream device on the target port is no longer connected to the bus.
HubHwVerifierPortOverCurrent	The downstream port reported overcurrent state.
HubHwVerifierControllerOperationFailure	A controller operation (such as enabling device, configuring endpoints) failed for the device that is attached to the target port. Failures from SET_ADDRESS and Reset endpoint requests are not captured.

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