How to
Fix Fastboot/Adb & Qualcomm drivers not detecting on Windows 10/11
Fix Fastboot/Adb & Qualcomm drivers not detecting on Windows 10/11 for any smartphones.
While ADB is simple to set up on Windows and Mac, and it works beautifully on Android devices, we’ve observed that Fastboot frequently fails to identify the device.
If you want to root your Android phone, unlock the bootloader, or install a custom recovery, you’ll need to get Fastboot set up correctly. So, if you’re having trouble with Fastboot not recognizing devices on Windows 10, you’ve come to the correct spot. Fastboot solutions for Android handsets from OnePlus, Xiaomi, Realme, Oppo, and others are listed below.
So, without further ado, let’s get started with the guide.
Phone Not Connecting to PC in Fastboot Mode? Fix Here
1. First off, you need to download the latest Fastboot driver Download links below this post.
2. After that, extract the ZIP file and store it preferably on the desktop.
Image Credit: Beebom
3. Next, connect your device to the PC while the phone is in Fastboot mode or on the Bootloader screen. If ADB is working for you, you can simply run adb reboot bootloader to instantly move to Fastboot mode.
Image Credit: Beebom
4. Now, press the “Windows + X” keyboard shortcut on Windows 10 and quickly open “Device Manager”. You can also press the Windows key once and search for “Device Manager” and open it.
Image Credit: Beebom
5. Here, expand the “Portable” or “Other devices” menu and you will find your Android device mentioned. However, it will display a yellow sign next to it which means Fastboot is not working on your computer. Now, right-click on it and click on “Update Driver”.
Image Credit: Beebom
6. A new window will open up. Here, click on “Browser my computer for drivers“.
Image Credit: Beebom
7. On the next page, click on “Browse” and select the Fastboot driver folder that you extracted above. You just need to select the folder and not any specific file. Device Manager will automatically find the android_winusb.inf file and apply the update.
Image Credit: Beebom
8. Once you have selected the folder, click on “Next“.
Image Credit: Beebom
9. Now, it will install the Fastboot drivers on your PC. If you get any kind of errors then move to the next method for an alternate solution.
Image Credit: Beebom
10. Once done, you will find your Android device move to the top menu on Device Manager and the name will change to “Android Phone -> Android Bootloader Interface“.
Image Credit: Beebom
11. Now, open the command prompt window and run the fastboot devices command. This time, it will detect your device. In case, the “fastboot devices” command is still showing no devices on Windows 10, then move to the next step.
Image Credit: Beebom
Fastboot Drivers Not Installing on Windows 10
If the Fastboot drivers are not getting installed on Windows 10 and as a consequence, Fastboot is unable to recognise your device, there is a simple action you can do to allow the drivers to install without any problems. On Windows 10, you’ll need to turn off “Driver Signature Enforcement” so that the PC may install any driver that doesn’t have the required signature. Here’s how to get started.
1. Open the Start Menu and click on “Restart” while holding the “Shift” key. Release the Shift key when you see the “Please Wait” screen.
Image Credit: Beebom
2. You will boot into the Advanced Recovery screen. Here, move to Troubleshoot -> Advanced Options -> Startup Settings -> Restart.
Image Credit: Beebom
3. A new “Startup Settings” window will open up. Here, press “7” or “F7” on the keyboard to open Windows 10 without Driver Signature Enforcement.
Image Credit: Beebom
4. Now, Windows 10 will start and you can follow the above method to install Fastboot drivers for your Android smartphone, be it Xiaomi, OnePlus, or Realme, et al. This time, you won’t face any errors while installing the Fastboot drivers.
5. If Fastboot is still not detecting your Android phone then right-click on “Android” and choose “Update Driver” -> “Browse my computer for drivers” -> “Let me pick from a list of available drivers on my computer”.
Image Credit: Beebom
6. After that, double-click on “Android Phone“.
Image Credit: Beebom
7. Here, choose “Android Bootloader Interface” and click on “Next”.
Image Credit: Beebom
8. Finally, Fastboot drivers will be successfully installed on your device and your PC will start detecting your Android device through the Fastboot command.
Image Credit: Beebom
9. With all that said, I would recommend you to move the “Platform Tools” folder or “Minimal ADB” folder inside the “C” drive. At times, Fastboot does not detect devices from other locations so it’s better to store the folder in the “C” drive.
If you wish to watch the Video guide on the above fixes:
Download Links
- Fastboot Drivers: Download
- ADB Drivers XDA : Download
- Qualcomm Drivers: Download from Telegram // Mega
- Platform tools: Download
Source: Beebom
Also read: OxygenOS 12 for Oneplus 8/8 Pro & 8T starts Close Beta Testing recruitment started – How to Join
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OxygenOS 16 April Update Overview
OxygenOS 16 April Update has officially started rolling out to multiple OnePlus smartphones, including flagship and Nord series devices. While many users expected new features, this update primarily focuses on security improvements rather than functional upgrades.
As highlighted in the latest rollout, the update brings the April 2026 security patch, ensuring better system stability and protection against vulnerabilities. However, there are no visible UI changes or feature additions in this build.
No New Features, Only Security Enhancements
The OxygenOS 16 April update comes with a relatively small package size for most users, although some devices reported larger downloads. Despite that, the changelog remains minimal.
Users upgrading from previous versions will notice:
- Updated Android security patch to April 2026
- Minor system optimizations
- No new customization or UI enhancements
This makes the update essential from a security standpoint, but not exciting for users expecting innovation.
Performance and Heating Observations
One key discussion among users is device heating. Recent testing shows that devices can reach higher temperatures, especially during benchmarks and gaming sessions.
However, this is not entirely software-related. Seasonal temperature changes play a significant role. During stress tests and gaming, slight frame drops and lower benchmark scores have been observed, which aligns with typical summer performance behavior.
Upcoming OxygenOS 16.1 Expectations
Although this update feels underwhelming, the next version—OxygenOS 16.1—is expected to bring noticeable improvements and new features. Users are advised to stay updated, as future builds may introduce meaningful enhancements.
Bonus Feature: Outdoor Mode Upgrade
Interestingly, a new improvement related to Outdoor Mode is gaining attention. Users can now manually add applications to the mode, allowing quicker switching via a dock interface.
This feature enhances usability by:
- Improving network performance
- Providing better location accuracy
- Allowing quick app access in outdoor conditions
Though not officially part of the April update, it is expected to roll out soon in upcoming builds.
Outdoor Mode Apk – Click to Download APK
Also Read: Snapdragon 8 Elite Gen 6 Pro Leak Reveals 2nm Power and Dual Flagship Strategy
OnePlus Stock Dialer Install Guide is gaining attention among users who want advanced calling features like automatic call recording and AI-powered tools on their devices. A recent tutorial explains how to install and uninstall the OnePlus stock dialer and messaging apps, offering a complete workaround for users running OxygenOS 16.
OnePlus Stock Dialer Install Guide: Enable Call Recording and AI Features Easily
The OnePlus stock dialer stands out due to its powerful feature set. It supports call recording without announcements, which is a key requirement for many users. Additionally, it integrates AI-based services such as call summaries and real-time translation.
The dialer also enhances the visual experience with features like horizon light for incoming calls and customizable layouts, allowing users to switch between banner and full-screen call interfaces.
OnePlus Stock Dialer Install Guide: Step-by-Step Installation Process
Installing the OnePlus stock dialer requires a few technical steps. Users need a PC with ADB platform tools installed. First, developer options and OEM unlocking must be enabled on the smartphone.
The device is then connected to a PC and booted into fastboot mode using ADB commands. After rebooting, users must disable Play Protect scanning in the Play Store.
The process includes installing three components: a kernel app used for system-level access, a contacts module file, and an AI call assistant APK. Once installed, users can set the stock dialer and messaging app as default.
OnePlus Stock Dialer Install Guide: Important Considerations
This method currently works only on OxygenOS 16 and has been tested on devices like OnePlus 12 and OnePlus 13. It does not support OxygenOS 15.
There are some limitations. Certain banking apps, such as HDFC Bank, may stop working after installation. However, apps like Google Pay and PhonePe continue to function normally.
Users should also avoid restarting their devices, as it requires reapplying the process. Disabling automatic system updates is recommended to prevent compatibility issues.
OnePlus Stock Dialer Install Guide: How to Uninstall and Revert
If users wish to revert to the original setup, they can boot the device into bootloader mode and run a revert command via ADB. After rebooting, the kernel app can be removed manually, restoring the default dialer and messaging apps.
Downloads –
- Platform Tool – Download file
- AI Call Assistant APK- Download file
- Kernel APK – Download file
- Contacts Module File – Download file
Commands –
- To enter fast boot – fastboot reboot bootloader
- fastboot oem set-gpu-preemption 0 androidboot.selinux=permissive
- fastboot continue
Revert Command –
- fastboot oem set-gpu-preemption 0 androidboot.selinux=enforcing
Also Read: Google Maps AI Update: A New Era of Smart Navigation
Android System Services Update: Google Brings Faster Security and Performance Improvements Without OS Upgrade
Android System Services Update is quietly transforming how Android smartphones receive critical improvements. Instead of waiting for full operating system upgrades, Google is now delivering essential updates directly through Google Play services, ensuring faster rollout of security patches, performance enhancements, and system-level features.
What is the Android System Services Update?
The Android System Services Update is part of Google’s modular update approach. It allows core components of the Android ecosystem to be updated independently of device manufacturers. This means users no longer need to rely entirely on OEMs for timely updates.
With this system in place, Google can push improvements directly to billions of devices globally using Google Play infrastructure.
Key Features and Improvements
One of the biggest advantages of this update mechanism is enhanced security. Devices receive quicker security patches, reducing vulnerability risks significantly.
Performance optimization is another major highlight. Background services are now smarter and more efficient, improving overall system stability and battery usage. Users may notice smoother app performance and faster response times.
Additionally, Google is integrating intelligent system-level enhancements that improve device behavior over time without requiring manual intervention.
Why This Matters for Android Users
This shift marks a major step in reducing Android fragmentation. Previously, many users had to wait months for updates, depending on their device brand. With system services updates, improvements are delivered faster and more consistently.
For users, this translates into a safer, faster, and more reliable smartphone experience. Even older devices can benefit from ongoing enhancements, extending their usability.
Conclusion
The Android System Services Update represents a smarter, more efficient update model. By separating critical updates from full OS releases, Google ensures that users receive continuous improvements without delays. This approach not only enhances security and performance but also redefines how Android evolves in the background.
Also Read: Google AI Edge Eloquent App Launch: Offline Voice Typing Comes to iPhone