Western Digital (WD) Passport drives are among the most popular portable storage solutions available. They are compact, high-capacity drives that enable you to back up your data, store files, and even protect sensitive information with built-in security features. In this guide, I’ll cover what WD Passport drives are, their benefits, how to set them up on Windows 10, and how to troubleshoot common problems.
What is a WD Passport Drive?
A WD Passport drive is an external, portable hard drive manufactured by Western Digital, designed for easy storage expansion and backup for your computer. These drives offer large storage capacities, fast data transfer speeds, and reliable performance. With the added features of automatic backup, password protection, and encryption, WD Passport drives are ideal for securing important files.
Key Features:
– Compact and Portable: Easy to carry anywhere.
– High Capacity: Available in sizes from 1TB up to 5TB.
– Compatibility: Works with most operating systems, including Windows and macOS.
– Built-In Software: WD Backup and WD Security for added data management and protection.
– USB Connectivity: USB 3.0 and USB-C options for fast data transfers.
Benefits of Using a WD Passport Drive
The benefits of using a WD passport drive are that they are easy to use and portable. As a result, they are great for backups, or for use in situations where you need to physically transfer data and can’t use a laptop’s internal drive.
Because of the optional password protection, your data is relatively safe on the disk as well, in case it is lost.
Installing a WD Passport Drive on Windows 10
Getting started with your WD Passport drive on Windows 10 is straightforward. Here’s how you can install and use it:
1. Connect the Drive:
Plug the WD Passport drive into a USB port on your Windows 10 computer. The system should automatically detect the drive and install necessary drivers. Make sure to select a compatible (USB 3.0) port. Even though it may work on an older USB 2.0 port, that will limit the transfer speed.
2. Initial Setup (optional):
If prompted, follow the on-screen instructions to initialize the drive. Generally, this includes giving it a name and selecting a file system format (e.g., NTFS for Windows). This will only be needed for first-time use. Once initialized, this step is not required.
3. Accessing the Drive:
Open File Explorer (Windows + E) and find the drive under “This PC” or “Devices and Drives.” Double-click it to access its contents.
4. Using WD Software (optional):
WD includes software tools like WD Discovery, WD Backup, and WD Security. You can install these programs to manage backups, configure encryption, and monitor your drive. Again, this is optional, but if you do not want to rely on the default Windows software for access, encryption, and making backups the WD software is very useful.
Device Drivers for WD Passport on Windows 10
Device drivers are essential software that allows your computer to communicate with hardware, such as your WD Passport drive. In most cases, Windows 10 automatically installs the correct drivers when you connect the drive. However, issues with drivers can sometimes arise, which can prevent your computer from recognizing the drive or cause other problems.
How to Check and Update WD Passport Device Drivers
1. Automatic Windows Update:
Windows 10 often updates drivers automatically, but you can manually check for updates by navigating to Settings -> Update & Security -> Windows Update -> Check for updates.
2. Device Manager:
Press the Windows + X key combination and select Device Manager.
Locate Disk Drives and expand it. You should see your WD Passport listed.
Right-click the WD Passport and select Update driver.
Choose Search automatically for updated driver software to let Windows find and install any available updates.
– Download and install the latest driver or firmware updates if available.
4. Use software to automatically find drivers, like DriverFinder.
Troubleshooting Common WD Passport Drive Issues on Windows 10
Like with any hardware device, it is possible that you experience problems with your WD passport. Especially for Windows 10 usage, you’ll find the most common problems and solutions in this section.
Drive Not Recognized
When you plug the WD passport into your computer, you should see a notification on your desktop saying that Windows found a device. If that does not happen, there can be several causes. Try below steps to solve the issue:
Check USB Connection: Ensure the USB cable is securely connected. Try a different USB port or cable if possible.
Restart Your Computer: Sometimes, a simple restart can solve connectivity issues.
Check in Disk Management: Open Disk Management (Right-click Start -> Disk Management). If the drive appears here but is unallocated, you may need to format it.
Try the drive on a different computer to make sure it is working there.
Driver Issues
If the driver is not installed, the device cannot be recognized. Although driver installation should be automatic, manually installing it can sometimes be necessary.
Open Device Manager.
Right-click the WD Passport under Disk Drives and select Uninstall device.
Disconnect the drive and restart your computer.
Reconnect the drive, and Windows should automatically reinstall the driver.
Note: Some WD Passport models require a special driver known as the WD SES (SCSI Enclosure Services) driver. This can be downloaded from the WD website.
Drive is Slow or Freezes
As mentioned earlier, making sure that the drive is connected on a supported USB port (3.0 or higher) will ensure making transfer speeds. If the drive is slow despite being connected on the right type of port, other causes make result in the drive not performing as expected, or freezing altogether.
Check for Errors: Use the chkdsk utility to scan and repair the drive. Open a Command Prompt as an administrator and type “chkdsk X: /f” (replace “X” with the drive letter for the WD passport). Optional, run the utility wit the additional “/r” parameter to check for physical errors.
Disable USB Selective Suspend: Go to Control Panel -> Power Options -> Change plan settings -> Change advanced power settings -> USB settings. Disable USB selective suspend.
Data Not Accessible or Corrupted Files
If the disk is accessible, but (some of) the data on the disk is not accessible, this indicates a more serious issue. Very often, this means that there is physical damage to the drive.
If the data store on the drive is critical to you, you can try and recover the data using data recovery software. Use software like WD’s Data Lifeguard Diagnostic Tool or third-party recovery tools to attempt to recover lost data. Unfortunately WD discontinued support for their Lifeguard Diagnostic Tool, so you’ll need to find a copy of that from an alternate source. But there are good third-party solutions available with free evaluation options. That will give you an idea of potential recovery.
If the data on the drive cannot be recovered, or is not that critical to you, you can reformat the drive. Right-click the drive in File Explorer and select Format.
Conclusion
WD Passport drives offer a versatile and reliable way to expand your storage, secure data, and keep backups. Ensuring your device drivers are up to date is crucial for smooth operation with Windows 10. By following the steps to install, check, and troubleshoot device drivers, you can enjoy seamless use of your WD Passport drive, making data storage and backup both convenient and secure.
I2C is a communication bus that allows devices to communicate with your PC, similar to a USB or Bluetooth connection. One of the practical applications of I2C devices in a Windows PC is for HID devices. HID is short for Human Interface Device. The most known standard is USB-HID, but Microsoft has also implemented I2C-HID. Both allow connecting devices like a mouse, keyboard, touchpad, and trackball, but also gaming devices, like a joystick. And you guessed it, I2C HID device drivers are needed for such devices to function in Windows.
Installing I2C HID Device Drivers
Installing I2C device drivers is the same as with any Windows device driver. Using the Device Manager, find the I2C HID device in the device tree and right-click it to update the driver from the popup menu.
If the I2C HID device has a problem and is not functioning properly, the icon in the device manager will show the device with an exclamation mark.
In most cases, this type of error will be solved when the right driver is installed for the I2C HID device.
If the I2C HID device is not showing at all in the Windows device manager, that means Windows has not recognized it as such. The device will then be listed under the Other devices or Unknown devices category.
If Windows directly supports the device, letting Windows automatically locate the driver for the device will work. If a not supported device is found, an external device driver for the I2C device is required. Almost all keyboards and mice are supported directly by Windows, especially in the latest Windows versions. Third-party drivers are mostly required for touchpads, gaming devices, or other non-standard devices.
Finding I2C Device Drivers
The first step in finding a device driver for your I2C device is to look at the manufacturer’s support site. This can be the site for your PC manufacturer (e.g. Dell, HP, Gateway, etc.), but it can also be the site for the device manufacturer (e.g. Synaptics, Elan, Alps).
Start with the support site of the PC manufacturer, and look for the device type (under input devices). Download the driver installer and execute it to install the I2C HID device driver on Windows.
If the PC manufacturer does not have the right driver, the next step is to try and find the manufacturer of the actual HID device and visit their support site. In the device properties, you can see the manufacturer in the device Details tab (In the screenshot below, “Microsoft” is listed as the manufacturer).
If manually finding the driver for the I2C HID device proves impossible, consider using an automated solution like DriverFinder. The software scans your PCs for all hardware devices and locates the right device drivers for you. I2C drivers can then be downloaded and installed.
Solving I2C HID Device Problems
The steps above will help you find and install the right device driver, but not all problems with I2C HID devices are solved by installing the right driver. The most common error solved by installing the right device driver for an I2C HID device is the Code 10 error (This device cannot start). For other device errors, look at the article on device error codes.
I2C HID Device Power Management
Another potential problem is related to the power management of the I2C HID devices. Allowing Windows to control the power for a touchpad or trackpad has been a cause for problems in some cases. So, if your I2C HID device has recurring issues with not working properly, try the following.
Open the Device Manager.
Locate the I2C HID Device under Human Interface Devices.
Right-click the device, and in the popup menu select Properties.
Next, select the Power Management tab.
Clear the checkbox named Allow the computer to turn off this device to save power.
Click OK.
Close the Device Manager.
This will disable the power management for the I2C device. Windows can no longer disable the device to save power.
Only leave the option disabled if it actually solves the problem. In normal circumstances, all devices with power management options should be allowed to be disabled by Windows when it is switched to a power-saving mode.
Uninstall I2C HID Device for reset
If these steps do not fix your issue with the I2C HID device, simply try uninstalling the device in the Device Manager. Simply follow the first 2 steps in the power management instructions, but select Uninstall device instead of Properties. Restart the system, and Windows will automatically reinstall the device. This can solve problems related to the device configuration in Windows.
Check HID Service Status
In rare occasions it could be that the I2C device problems are caused by the Human Interface Device Service. This service is required for the HID devices to function properly.
In general it will not need any attention, but if the above steps have not given a solution, the service can be checked.
Right-click the Start button and select Computer Management.
In the Computer Management window, select Services and Applications in the left-hand panel.
Next, click Services.
Now scroll down in the Services list untill you see Human Interface Device Service.
The Status should be Running. If not, right-click the Service and select Start in the popup menu.
Tip: the services window can also be accessed by typing “services” in the search box on the Taskbar and pressing Enter.
The Device Manager is a program to control all devices in a Windows system. It has been part of Microsoft Windows since Windows XP and is still present in Windows 11. Under normal circumstances, the Device Manager is not used, but if you have a problem with a device, the Device Manager can be used to solve it. The Device Manager error codes show the problems with hardware devices or drivers.
What are Device Manager Error Codes?
The error codes for devices in the Device Manager show the type of problem the device is experiencing. Although a lot of device issues are driver-related, devices can also show errors that are the result of hardware conflicts or resource problems. The error code shows the type of error, accompanied by an error message. If more details are available, the message can include an additional error message.
How Can I View a Device Error Code?
To view the error code for a device that has a problem, you can use the Device Manager program which is part of Windows. Here are the steps.
Open the Device Manager. Press the Windows + R keys simultaneously. In the Run dialog box, type “devmgmt.msc” and click Run or press Enter.
The Device Manager window will show. Locate the device with the error and right-click it. Tip: click the arrows to the left of the device category to show all devices in that category.
In the popup menu, select Properties.
Make sure the General tab is active (this should be the default).
You can see the device error code in the Device status section of the dialog box. Tip: You can select and copy the text in the Device status section to use it for searching or communicating with support. Simply click and drag over the text with the mouse cursor and press Ctrl + C to copy it to the clipboard.
Close the device Properties dialog box when done. And then close the Device Manager window.
Note: In case you do not see the device in the tree list in the Device Manager, use the Show -> View hidden devices option to show all installed devices. After that, all devices that are not connected (or better: not seen as connected by Windows), will be included and shown in a lighter tone thant the other devices.
List of Device Manager Error Codes
To solve a problem with a device, you will need to know what the error code means. Below is a list of all possible error codes for Windows devices with their meaning and possible solutions.
Code 1 – This device is not configured correctly. (Code 1)
This is a driver-related problem. The steps in the how to fix section should help solve the code 1 error.
Code 3 – The driver for this device might be corrupted, or your system may be running low on memory or other resources. (Code 3)
This is either problem with limited available resources (memory) or a driver-related problem. The steps in the how to fix it section should help fix code 3 errors.
Code 9 – Windows cannot identify this hardware because it does not have a valid hardware identification number. For assistance, contact the hardware manufacturer. (Code 9)
If a device cannot be identified by the hardware ID, Windows cannot find a driver for it. As a result, the device cannot work. Either the hardware is faulty, or a firmware update is required.
Code 10 – This device cannot start. Try upgrading the device drivers for this device. (Code 10)
This is a driver-related problem. The steps in the how to fix section should help solve the code 10 error. If the fix does not work, the device might be defective.
Code 12– This device cannot find enough free resources that it can use. If you want to use this device, you will need to disable one of the other devices on this system. (Code 12)
This is a problem related to the resources assigned to a device. Conflicting or inadequate I/O addresses, interrupts, or memory space are common causes of code 12 errors. This error does not happen much on modern PCs but can be found with older Windows systems using older hardware.
Code 14 – This device cannot work properly until you restart your computer. To restart your computer now, click Restart Computer. (Code 14)
As the error indicates, restart your Windows PC to solve code 14 errors.
Code 16 – Windows cannot identify all the resources this device uses. To specify additional resources for this device, click the Resources tab and fill in the missing settings. Check your hardware documentation to find out what settings to use. (Code 16)
This error indicates that the device needs more configuration. In normal circumstances, devices are plug-and-play, and resources are assigned/allocated automatically. The Device Manager can be used to assign resources manually to the device. Again, this would only occur with older systems with older Windows versions.
Code 18 – Reinstall the drivers for this device. (Code 18)
This is a driver-related problem. The steps in the how to fix section should help solve the code 18 error.
Code 19 – Windows cannot start this hardware device because its configuration information (in the registry) is incomplete or damaged. (Code 19)
This is a driver-related problem. The device driver configuration information is not complete or has duplicate entries. Uninstalling the device and reinstalling the drivers should fix code 19 errors. If not, a system restore point can be used to restore a working configuration.
Code 21 – Windows is removing this device. (Code 21)
This error is a temporary one. Once the device is removed by Windows the error will automatically disappear. Rebooting the system will ensure the error clears as well.
Code 22 – This device is disabled. (Code 22)
Use the Device Manager to re-enable the device.
Code 24 – This device is not present, is not working properly, or does not have all its drivers installed. (Code 24)
This is a device or driver-related problem. If the device is not needed, remove the device. Otherwise, make sure you install the drivers to allow the device to properly function.
Code 28 – The drivers for this device are not installed. (Code 28)
This is a driver-related problem. The steps in the how to fix section should help solve the code 28 error.
Code 29 – This device is disabled because the firmware of the device did not give it the required resources. (Code 29)
Windows detects a device, but it does not respond as it should. It can be defective, but it could also simply be disabled in the BIOS of the motherboard (e.g. for audio, network, or video devices). Enable the device in the hardware configuration of the BIOS, and follow the steps in the how to fix section.
Code 31 – This device is not working properly because Windows cannot load the drivers required for this device. (Code 31)
This is a driver-related problem. An incorrect or outdated driver can cause this error. The steps in the how to fix section should help solve the code 31 error.
Code 32 – A driver (service) for this device has been disabled. An alternate driver may be providing this functionality. (Code 32)
This is a driver-related problem. Each driver is configured in the Windows Registry as a service (under the key: Computer\HKEY_LOCAL_MACHINE\SYSTEM\CurrentControlSet\Services\). That service has a start type. If the start type is set to disabled, the code 32 error will show. Possible values are: Boot (0), System (1), Automatic (2), On demand (3), and Disabled (4).
The steps in the how to fix section will solve the code 32 error (use the device uninstall option).
Code 33 – Windows cannot determine which resources are required for this device. (Code 33)
This is a device configuration error, or the device is faulty. Communication with a device requires things like interrupts, I/O ports, direct memory access, and more. If these values cannot be identified for the device, it will not function and result in the code 33 error. Check the hardware and its configuration in the BIOS. Possibly reset the BIOS or update the firmware for the device and or motherboard.
Code 34 – Windows cannot determine the settings for this device. Consult the documentation that came with this device and use the Resource tab to set the configuration. (Code 34)
This error is similar to the code 16 error. Additional device configuration settings are required that need to be manually configured in the Resource tab for the device in the Device Manager.
Code 35 – Your computer’s system firmware does not include enough information to properly configure and use this device. To use this device, contact your computer manufacturer to obtain a firmware or BIOS update. (Code 35)
This is a hardware configuration problem. Try loading default BIOS settings, or upgrading the BIOS of the motherboard. Code 35 error is normally only found on older systems.
Code 36 – This device is requesting a PCI interrupt but is configured for an ISA interrupt (or vice versa). Please use the computer’s system setup program to reconfigure the interrupt for this device. (Code 36)
This error is a hardware misconfiguration error. Interrupt assignments can be checked and changed in the BIOS. If the settings cannot be changed, a BIOS upgrade may help solve the problem. Code 36 errors will typically only occur on older systems since modern motherboards do not have ISA slots anymore.
Code 37 – Windows cannot initialize the device driver for this hardware. (Code 37)
This is a driver-related problem. The steps in the how to fix section should help solve the code 37 error.
Code 38 – Windows cannot load the device driver for this hardware because a previous instance of the device driver is still in memory. (Code 38)
Reboot your system to solve the code 38 error. This will clear any previously running instances of the device driver.
Code 39 – Windows cannot load the device driver for this hardware. The driver may be corrupted or missing. (Code 39)
This is a driver-related problem. The steps in the how to fix section should help solve the code 39 error.
Code 40 – Windows cannot access this hardware because its service key information in the registry is missing or recorded incorrectly. (Code 40)
As has been mentioned in the code 32 error description, each device has a service associated which is configured in the Windows Registry. The code 40 error can be solved by reinstalling the driver. See the how to fix section.
Code 41 – Windows successfully loaded the device driver for this hardware but cannot find the hardware device. (Code 41)
If a driver is not automatically installed for a device, it needs to be manually installed. This can happen for non-plug-and-play devices. Once the driver is installed and no device is present, the code 41 error is the result. Make sure the device is connected and turned on (if applicable). Then reboot. If that does not work, reinstall the driver.
Code 42 – Windows cannot load the device driver for this hardware because there is a duplicate device already running in the system. (Code 42)
This is a driver-related problem. It can be a bus error or a duplicate device error. Both are normally resolved by restarting the computer. In some cases, an actual power down is required before restarting the computer.
Code 43 – Windows has stopped this device because it has reported problems. (Code 43)
First, try the steps in the how to fix section. If the error persists after those steps, it is most likely a hardware problem. Check the device manual or contact the hardware manufacturer.
Code 44 – An application or service has shut down this hardware device. (Code 44)
This is a temporary error status. Once the system is rebooted, the device should be working as before. If a reboot does not help, power down the PC before restarting. If the problem persists, you need to identify the service or application responsible for shutting down the device. The Windows Event Viewer can be helpful for this.
Code 45 – Currently, this hardware device is not connected to the computer. To fix this problem, reconnect this hardware device to the computer. (Code 45)
The error message indicates the problem, a device is installed but not present in the PC. Reconnect the device to solve the code 45 error. The error is normally associated with Bluetooth devices or USB devices, but the error can occur for all types of devices. For devices that cannot manually be connected to the system, follow the steps in the how to fix section.
Code 46 – Windows cannot gain access to this hardware device because the operating system is in the process of shutting down. The hardware device should work correctly next time you start your computer. (Code 46)
This error code is self-explanatory and would not be seen in normal Windows operating conditions.
Code 47 – Windows cannot use this hardware device because it has been prepared for safe removal, but it has not been removed from the computer. To fix this problem, unplug this device from your computer and then plug it in again. (Code 47)
This error code indicates that the device has been selected for Safe Removal. The Safe Removal action is used for USB storage devices like USB sticks and external hard drives. If access to the device is required, first try unplugging it and then plugging it back again. If that does not work, restart the PC.
Code 48 – The software for this device has been blocked from starting because it is known to have problems with Windows. Contact the hardware vendor for a new driver. (Code 48)
This is a driver-related problem. The driver software for the device is not compatible with the Windows version you are running. This can happen after a Windows upgrade, for example. Install an updated, compatible driver to solve the code 48 error. For older systems, make sure to check for architecture compatibility (32-bit / 64-bit). In some cases, older driver software can still be used when executed in compatibility mode.
Code 49 – Windows cannot start new hardware devices because the system hive is too large (exceeds the Registry Size Limit). (Code 49)
This error is a system error related to the Windows Registry. The system hive mentioned in the error message is a part of the registry that contains all critical information for Windows to function. If it becomes too large, the best way to address it is by removing any devices that are no longer used. This will free up the necessary space in the system hive to allow new hardware to be added.
Code 50 – Windows cannot apply all of the properties for this device. Device properties may include information that describes the device’s capabilities and settings (such as security settings for example). To fix this problem, you can try reinstalling this device. However, we recommend that you contact the hardware manufacturer for a new driver. (Code 50)
This is a driver-related problem. The steps in the how to fix section should help solve the code 50 error.
Code 51 – This device is currently waiting on another device or set of devices to start. (Code 51)
This is a rare error, and according to Microsoft, there is no solution to the problem. Try the steps in the how to fix section if you see this error. Microsoft recommends checking for other devices in the same device category for errors. If there are any, solve those first. Since it is a temporary problem, waiting it out can also automatically solve the problem.
Code 52 – Windows cannot verify the digital signature for the drivers required for this device. A recent hardware or software change might have installed a file that is signed incorrectly or damaged, or that might be malicious software from an unknown source. (Code 52)
Device drivers run at a high privilege level in the Windows operating system. As such, they need to function reliably and need to be safe. For this reason, digital signatures are used to secure the device driver files. Without a digital signature, drivers cannot be installed in the latest Windows versions. Make sure you get a signed driver for your device to solve error code 52. If signed drivers are not available you can install unsigned drivers with additional steps.
Code 53 – This device has been reserved for use by the Windows kernel debugger for the duration of this boot session. (Code 53)
This error would not be visible in normal Windows operating modes. Developers may see the error if using kernel debugging. Disabling the debug mode will fix the code 53 error and let the device operate normally.
Code 54 – This device has failed and is undergoing a reset. (Code 54)
This error indicates that the device failed to respond correctly to an ACPI reset. Since the device is not functioning after that, a code 54 error is shown. To solve the problem, restart the PC. If that does not solve the issue, shut down the PC before restarting.
What Are Common Device Errors?
From all the listed device manager error codes, the most common ones are code 10, code 22, code 28, and code 39. You can follow the links to see specific steps that can be used to solve these errors. For all other errors, please follow the steps below to fix them. Some of the errors can happen for all types of devices, while other errors are more common with a specific device type.
How to Fix Device Errors?
To solve device-related problems several steps can be used. Even though the causes are different, the solution to many of these problems requires the same actions.
Reboot the system. This will ensure that no current state issues are causing the problem. Pending driver installs or uninstalls, pending reboot after update or software removal, and plugging and unplugging of devices, are all examples of situations that can require a restart to make sure the system is error-free.
Check for Windows Updates. Occasionally, pending updates can cause device errors. When a driver update is pending that addresses a problem for example. But even Microsoft generic system patches can address errors related to devices and drivers.
Run the Windows troubleshooter. This option is available for the latest Windows versions. Microsoft has included a troubleshooter function to solve common problems, including devices. The troubleshooter can reset a driver, restart a service, modify the registry, and others to try to solve the device problem.
Reinstall the driver for the device. As mentioned early on, a lot of device-related problems are caused by a device driver. Use the Device Manager to uninstall the device (and optionally the driver software). Then reboot or scan for hardware changes (using the Action menu) to reinstall the device with appropriate drivers. In the case of USB devices, uninstalling the parent device (USB Hub or USB Host Controller may be required as well).
Use a System Restore point to bring the Windows PC configuration back to a previous, working state. This solution can work for errors related to previously working configurations. Having the system restore option enabled is also a pre-condition.
For specific error codes, special steps may be required which will typically be indicated in the error message. E.g. if more memory is needed (code 3), if a reboot is required (code 14), or if a hardware device needs to be connected (code 45). Simply execute the indicated actions.
HP LaserJet series printers have always been a solid choice when it comes to reliable high-demand printing. The LaserJet P1007 is one such model that is a popular choice with consumers and small offices. It is a small, light-weight, monochrome laser printer. But with newer versions of Windows, it may become harder to get support. If a driver is needed for Windows 10, or even Windows 11, you may need to download and install the HP LaserJet P1007 driver manually.
Manual install of the HP LaserJet P1007 Driver
To manually install the driver, download the installer from the HP support website and execute the installer.
Enter the model number in the search box under Enter your product name.
Click the result link under the search box. Note: If the result link does not show, click the Submit button and click the HP LaserJet P1007 link in the search results.
On the HP product support page, check that the Detected operating system matches your Windows version (1). If it does not, click the Choose a different OS link next to it to select the correct Windows version.
Click the Driver-Product Installation Software link and then the Basic Drivers link to show the available driver details and download option.
Click the Download link to download the printer driver installer (2).
Open a File Explorer window and navigate to the file location of the downloaded installer.
Double-click the file to execute the HP LaserJet P1007 driver installer. In this example, the file name is ljP1000_P1500-HB-pnp-win64-en.exe. Note: Click Yes in the User Account Control window when it shows to confirm the execution of the installer.
Follow the instructions in the installer program to complete the driver installation.
This completes the manual installation of the driver. You can now use the HP P1007 printer in Windows and applications.
Installation without running the HP Driver Installer
If for some reason you cannot use the downloaded installer to install the printer, there is another option. Use a program like 7-Zip to extract the contents of the downloaded installer file.
Download and install the 7-Zip program.
Right-click the downloaded installer file in the Windows File Explorer.
In the popup menu, select 7-Zip and then click Extract to “ljP1000_P1500-HB-pnp-win64-en.exe \” (the suggested folder name will vary depending on the name of the downloaded file). Note: In Windows 11, you may need to click Show more options in the popup menu before the 7-Zip option is visible.
As always, we recommend you use DriverFinder to find and download the latest drivers for your Windows devices. The drivers for the HP LaserJet P1007 are included!
Hopefully with the above instructions, you can get your HP LaserJet P1007 working again. Even though it is from 2012, it can still function as a reliable printer.
Although Canon is known for cameras, its product range also includes printers. Canon offers printers for both the home user, as well as professional office users. Inkjets, laser printers, photo printers, and multi-function devices for scanning, copying, and printing. A Canon printer driver is required to enable Windows to use your printer if you are using a Canon printer in combination with a Windows PC.
Which Canon printer driver is required is determined by the printer model and connection type. Older Canon printers like the Canon PIXMA MG2522, can use a USB port (or even a parallel port), while modern models often use a wireless connection or ethernet connection.
Download a Driver from Canon
As with many computer devices, the software for these devices can be obtained either directly from Microsoft or the product manufacturer. In the case of Canon, the best place to start for finding a printer driver is the Canon website.
Select the type of user you are in the top menu (1).
Next, click the Support option in the main menu (2).
In the Search field, type the model number for your printer. Note: With most Canon printers, the model number is clearly visible on the front or top of the device. If not, look at the sticker on the back or bottom of the device.
In the search result click the link for the product support (2).
The web page shown next is specific to the selected product. Click the Software & Drivers option next to the printer image.
Before you can download the Canon printer driver for your model, you need to select the Operating System (1) and Version of the operating system (2). Note: If your Windows version is not listed, the printer might not be supported on that version. You can try a driver for an earlier Windows version (make sure the architecture is correct – 32/64 bit), but there is no guarantee that it will work.
Next, change the Type to Drivers, so the Results will only list the Canon printer drivers rather than all software.
Now click the DOWNLOAD button next to the top recommended entry in the result list. The top recommendation will be the latest version of the Canon printer driver for your printer model.
Click the Yes button to confirm the License Agreement for the driver software if requested.
Wait for the driver file to be downloaded. If required, select the destination on disk for the file when prompted (browser dependent).
Click the Close button on the Canon web page to close the download page.
Open a File Explorer window (Windows + E keys), and navigate to the Download location.
To start the installation of the downloaded Canon printer driver, double-click the downloaded file (or select it and press Enter).
Click Yes in the UAC window to confirm the start of the setup program.
If the printer setup starts automatically, follow the on-screen instructions to install the Canon printer driver (and software).
In some cases, especially for older printer models, the downloaded file is a self-extracting executable. When executing the program, the installation files are extracted into a subfolder.
In this case, open the subfolder and navigate into the further subfolders (1) until you see the Setup.exe for the driver. Double-click Setup.exe to install the driver (2).
Next, follow the on-screen instructions to install the driver.
After these steps, your Canon printer driver is installed, and Windows should be able to communicate with the device.
In Windows 11, use Settings -> Bluetooth & devices -> Printers & scanners to see the installed printers on the PC. Click the printer to print a test page, change the preferences or run the troubleshooter.
Find a Canon Printer driver elsewhere
If you cannot find a driver for your Canon printer on the Canon support site, first make sure you have the right country selection. Not all Canon printers are sold and supported in all regions, so it is important to select the right region.
But for older Canon printers, support is no longer available directly from Canon. Canon offers support up to 10 years after the first release of its products. In that case, you will need to find a driver elsewhere. The best location is an original installation CD since you are certain it is a trusted source. The problem with that (apart from that they often get lost over time), is that it might not be the latest version. Compatibility with newer versions of Windows can be a problem.
Searching online for a driver can give you the right driver if you know how to look for it. But a better solution in most cases is to use a Driver Finder program to locate the driver for you. This program will scan your PC for all devices present and suggest the latest, correct drivers for your version of Windows.
