Camera init failed with error 0x105 – Complete Guide – 2024!

If you’ve encountered the error message “Camera init failed with error 0x105,” you’re not alone. This common problem can be frustrating, but understanding its causes and solutions can help you get your camera working again. Here’s a straightforward guide to help you understand and fix this error.

“Camera init failed with error 0x105″ means there was a problem starting the camera. This error might be due to software issues, hardware malfunctions, or driver problems. Try restarting the device or updating the drivers”

In this article we will delve into the “Camera init failed with error 0x105”.

Camera init failed with error 0x105!

If you see the error message “Camera init failed with error 0x105,” it means your camera couldn’t start properly. Here’s how to fix it in simple steps:

Causes of the Error:

This error can happen due to software problems, hardware issues, or driver conflicts.

Solutions

1. Restart Your Device:
   • Sometimes, restarting your device can fix temporary software glitches that prevent the camera from starting.
2. Update Camera Drivers:
   • Go to your computer’s device manager.
   • Find the camera under “Imaging devices” or “Cameras.”
   • Right-click and select “Update driver.”
   • Follow the prompts to update the driver. This can resolve issues with outdated or corrupted drivers.
3. Check for Software Updates:
   • Make sure your operating system and camera software are up-to-date. Updates often include fixes for bugs that could be causing the error.
4. Close Conflicting Applications:
   • Other apps that use the camera, like video conferencing software, might conflict with the camera’s startup. Close these apps and try again.
5. Inspect Hardware Connections:
   • If you’re using an external camera, check the connections. Ensure it’s plugged in correctly and try a different USB port if possible.
6. Contact Support:
   • If none of these solutions work, there might be a hardware issue. Contact the camera’s manufacturer for further assistance.

Preventing Future Issues:

• Regular Maintenance: Keep your device and drivers updated to prevent similar problems in the future.
• Avoid Overloading: Don’t run too many applications that use the camera simultaneously to prevent conflicts.

By following these steps, you can troubleshoot and fix the “Camera init failed with error 0x105” error and get your camera working again.

Most common errors!

• Failed to connect to ESP32: Timed out waiting for packet header
• Camera init failed with error 0x20001 or similar
• Brownout detector or Guru meditation error
• Sketch too big error – Wrong partition scheme selected
• Board at COMX is not available – COM Port Not Selected
• Psram error: GPIO isr service is not installed
• Weak Wi-Fi Signal
• No IP Address in Arduino IDE Serial Monitor
• Can’t open web server
• The image lags/shows lots of latency

Failed to connect to ESP32: Timed out waiting for packet header!

When you see the error “Camera init failed with error 0x105” along with “Failed to connect to ESP32: Timed out waiting for packet header!”, it usually means there’s a problem with the communication between your computer and the ESP32 device. Here are simple steps to fix it:

Check Connections

• USB Cable: Make sure the USB cable connecting your ESP32 to your computer is properly plugged in and not damaged. Try using a different cable if possible.
• Power Supply: Ensure your ESP32 is getting enough power. Sometimes, using a different USB port or a powered USB hub can help.

2. Reset the ESP32

• Press the Reset Button: Press the reset button on your ESP32 board and try connecting again.
• Hold the Boot Button: While pressing the upload button in your programming environment, hold down the boot button on the ESP32 until you see the connection starting, then release it.

3. Check COM Port

• Correct Port: Make sure you’ve selected the correct COM port in your programming environment. You can check this in the settings or preferences of your software.
• Device Manager: On Windows, open the Device Manager and look for the correct port under “Ports (COM & LPT)”.

4. Update Drivers

• USB-to-Serial Driver: Sometimes, updating the USB-to-Serial driver can solve the problem. Download and install the latest driver from the manufacturer’s website.

5. Baud Rate Adjustment

• Lower Baud Rate: Try lowering the baud rate in your programming environment’s settings. Common baud rates to try are 115200 or 9600.

6. Reinstall ESP32 Board Support

• Remove and Reinstall: In your programming environment (like Arduino IDE), go to the board manager, remove the ESP32 board support, and then reinstall it. This can fix any corrupted files.

7. Reduce Interference

• Avoid Interference: Ensure there are no other devices or applications that might interfere with the communication. Close any other programs that might be using the same port.

By following these steps, you should be able to fix the “Failed to connect to ESP32: Timed out waiting for packet header!” error and resolve the “Camera init failed with error 0x105” issue. If the problem persists, it might be helpful to seek further assistance from online forums or contact the device manufacturer for support.

Camera init failed with error 0x20001 or similar!

This error means that your camera couldn’t start correctly. The numbers like “0x20001” or similar codes help identify the specific problem. It’s usually due to software issues, driver problems, or hardware faults.

Common Causes of the Error:

1. Software Issues: Temporary problems with your computer’s software can prevent the camera from starting.
2. Driver Problems: Drivers are small programs that help your computer use the camera. If these are outdated or broken, the camera might not work.
3. Hardware Problems: Physical issues with the camera, like a loose cable or internal damage, can cause this error.
4. Conflicting Applications: Other apps using the camera might stop it from starting properly.

Steps to Fix the Error:

1. Restart Your Device: Turn your computer or device off and on again. This can fix temporary software issues.
2. Update Camera Drivers: Make sure the drivers for your camera are up-to-date.
   • Open the device manager on your computer.
   • Find your camera in the list of devices.
   • Right-click on it and choose “Update driver.”
   • Follow the instructions to update.
3. Reinstall Camera Driver: If updating doesn’t work, try uninstalling and reinstalling the driver.
   • Go to the device manager.
   • Find your camera, right-click, and select “Uninstall device.”
   • Restart your computer, and the driver should reinstall automatically.
4. Check for Software Updates: Ensure your operating system and camera software are updated to the latest versions.
5. Close Other Applications: Shut down any other apps that might be using the camera.
6. Check Hardware Connections: If you use an external camera, make sure it’s properly connected. Unplug and plug it back in, or try a different USB port.
7. Contact Support: If none of these steps work, contact the camera manufacturer’s support team for help.

Preventing Future Errors:

• Keep Software Updated: Regularly update your software and drivers.
• Clean Your Camera and Ports: Make sure the camera and its ports are clean and free of dust.
• Avoid Running Many Apps: Don’t run too many apps that use the camera at the same time.

Brownout detector or Guru meditation error!

When you see the “Brownout detector or Guru meditation error” along with “Camera init failed with error 0x105,” it means there might be a power issue or a serious system problem causing the camera to fail. Here’s how to fix it in simple steps:

What is the Error?

• Brownout Detector: This error indicates that the device is not getting enough power. It happens when the voltage drops below the required level.
• Guru Meditation Error: This is a serious system error that usually indicates a critical issue in the hardware or software.

Steps to Fix the Error:

1. Check Power Supply:
   • Make sure your device is properly charged or connected to a stable power source.
   • If using a battery-powered device, try replacing or recharging the battery.
2. Restart Your Device:
   • Turn off your device completely.
   • Wait for a few seconds and then turn it back on.
   • This can reset the system and fix temporary issues.
3. Update Firmware and Software:
   • Check for updates for your device’s firmware and software.
   • Updating can fix bugs and improve power management.
   • Follow the manufacturer’s instructions to update.
4. Reduce Power Load:
   • Close any unnecessary apps or processes running on your device.
   • This can free up power and resources, helping the camera to initialize properly.
5. Check Connections:
   • If you are using an external camera, make sure it is properly connected to your device.
   • Check the USB port or cable for any damage and replace if necessary.
6. Reinstall Camera Drivers:
   • Uninstall the current camera drivers from the device manager.
   • Restart your device, and the system should reinstall the drivers automatically.
7. Reset to Factory Settings:
   • If the problem persists, consider resetting your device to factory settings.
   • This will erase all data, so make sure to back up important information first.
8. Contact Support:
   • If none of the above steps work, contact the device manufacturer’s support team.
   • There might be a deeper hardware issue that requires professional assistance.

Preventing Future Errors:

• Use Stable Power Sources: Always ensure your device is connected to a reliable power source.
• Regular Updates: Keep your device’s firmware and software updated to prevent bugs and improve performance.
• Monitor Power Usage: Be mindful of the apps and processes running on your device to avoid overloading it.

Sketch too big error – Wrong partition scheme selected!

When working with microcontrollers or devices like Arduino, you might encounter the error “Sketch too big – Wrong partition scheme selected.” This means the program (or sketch) you’re trying to upload is too large for the current memory setup of the device. Here’s how to fix this problem in simple steps.

Steps to Fix the Error:

1. Check the Partition Scheme:
   • Open the Arduino IDE or the software you are using to upload your program.
   • Go to the tools menu.
   • Find the option for “Partition Scheme” or “Flash Size.”
   • Select a partition scheme that provides more space for your program. For example, “Huge App” or “Minimal SPIFFS” if available.
2. Reduce the Sketch Size:
   • Simplify your code by removing unnecessary parts.
   • Use libraries efficiently and only include what is necessary for your project.
   • Optimize your code to use less memory.
3. Use External Memory:
   • If your device supports it, consider using external memory like an SD card to store part of your program or data.
4. Update Your Tools:
   • Make sure you are using the latest version of the Arduino IDE or other programming tools.
   • Updates often come with better memory management and new partition schemes.
5. Break Down Your Program:
   • Divide your program into smaller parts and upload them separately if possible.
   • This method can help manage memory usage more effectively.
6. Choose a Different Board:
   • If you repeatedly face this issue, consider using a microcontroller with more memory.
   • Boards like the ESP32 have more memory than basic Arduino boards and can handle larger programs.

Board at COMX is not available – COM Port Not Selected!

When you encounter the error “Board at COMX is not available – COM Port Not Selected,” it means your computer can’t find or communicate with the device connected to it, often used for programming microcontrollers like Arduino. Here’s how to resolve this issue in simple steps:

Steps to Fix the Error:

1. Check Connection and Port:
   • Ensure your microcontroller board (e.g., Arduino) is properly connected to your computer via a USB cable.
   • Note the COM port number displayed in the error message (e.g., COM3, COM4).
2. Select the Correct COM Port:
   • Open the Arduino IDE or the software you’re using.
   • Go to the tools menu and find the “Port” option.
   • Select the COM port that corresponds to your connected device (e.g., COM3, COM4).
3. Restart Software and Board:
   • Close the Arduino IDE or the programming software.
   • Disconnect and reconnect your microcontroller board to your computer.
   • Restart the software and check if the correct COM port is selected.
4. Check Drivers and Settings:
   • Ensure that the necessary drivers for your microcontroller board are installed on your computer.
   • Sometimes, restarting your computer can help resolve driver-related issues.
5. Use a Different USB Port or Cable:
   • Try connecting your microcontroller board to a different USB port on your computer.
   • Use a different USB cable to rule out any issues with the current cable.
6. Verify Board Compatibility:
   • Ensure that the board you’re using is compatible with the software and drivers installed on your computer.
   • Check the manufacturer’s website for any specific compatibility issues or updates.
7. Update Software and Drivers:
   • Make sure you are using the latest version of the Arduino IDE or the programming software.
   • Update your computer’s USB drivers if necessary.

Psram error: GPIO isr service is not installed!

If you encounter the error message “Psram error: GPIO isr service is not installed!” when setting up your camera, it means there’s a problem with the GPIO interrupt service routine for the PSRAM (pseudo-static random-access memory). Here’s a straightforward guide to help you resolve this issue.

Steps to Fix the Error:

1. Check GPIO Configuration:
   • Review your device’s GPIO configuration settings.
   • Ensure that the correct GPIO pins are assigned and configured to handle PSRAM interrupts.
2. Update Firmware or Drivers:
   • Check for firmware updates for your device.
   • Install any updates that address PSRAM or GPIO issues.
3. Reinstall PSRAM Library:
   • If you are using a PSRAM library or driver, reinstall it.
   • Follow the installation instructions carefully to ensure all necessary components, including ISRs, are properly configured.
4. Verify Hardware Connections:
   • Double-check physical connections between the PSRAM and your device.
   • Ensure all connections are secure and correctly wired according to the manufacturer’s specifications.
5. Consult Documentation or Support:
   • Refer to your device’s documentation or contact technical support for detailed guidance.
   • Manufacturers often provide troubleshooting steps specific to PSRAM and GPIO configuration errors.
6. Test with Minimal Setup:
   • Simplify your setup by testing the camera with minimal hardware components.
   • This can help isolate whether the issue is related to specific configurations or components.

Weak Wi-Fi Signal!

Solutions to Improve Wi-Fi Signal:

1. Reposition Your Router: Place your Wi-Fi router closer to where the camera will be installed. Avoid placing it behind furniture or in corners where signals can be blocked.
2. Remove Obstacles: Keep the space between your router and camera clear of physical obstructions like walls or large objects that can weaken the signal.
3. Check Interference: Ensure other devices like microwaves, cordless phones, or Bluetooth devices aren’t causing interference with your Wi-Fi signal. Keep these devices away from your router and camera.
4. Use Wi-Fi Extenders or Boosters: If moving the router isn’t practical, consider using Wi-Fi extenders or boosters to amplify the signal strength in the camera’s location.
5. Update Router Firmware: Ensure your router’s firmware is up-to-date. Manufacturers often release updates that improve performance and signal stability.
6. Adjust Wi-Fi Channel: In your router settings, you can change the Wi-Fi channel to avoid congestion from neighboring networks. Experiment with different channels to find the one with the least interference.
7. Upgrade Your Router: If your router is old or doesn’t support modern Wi-Fi standards (like 802.11ac), consider upgrading to a newer model for better performance.

No IP Address in Arduino IDE Serial Monitor!

give me solution of this error “No IP Address in Arduino IDE Serial Monitor”Camera init failed with error 0x105″but easy words because my all audience is not from USA

Camera probe failed with error 0x105

Fixing “No IP Address in Arduino IDE Serial Monitor”

1. Check Network Configuration:
   • Ensure your device is connected to the correct network.
   • Verify the network settings such as SSID (network name) and password.
   • Restart your router and device to refresh the connection.
2. Verify DHCP Settings:
   • DHCP (Dynamic Host Configuration Protocol) assigns IP addresses automatically. Make sure DHCP is enabled on your router or network configuration.
   • In the Arduino IDE, ensure your code requests an IP address from the network using DHCP.
3. Static IP Configuration (if applicable):
   • If you use a static IP address, double-check that the assigned IP is correct and not conflicting with other devices on the network.
4. Serial Monitor Settings:
   • Check the Arduino IDE Serial Monitor baud rate (communication speed). It should match the rate set in your code for proper communication.

Addressing “Camera init failed with error 0x105”:

1. Restart the Device:
   • Sometimes a simple restart can resolve camera initialization issues caused by temporary software glitches.
2. Update Camera Drivers:
   • Ensure your camera drivers are up-to-date. Visit the manufacturer’s website to download and install the latest drivers.
3. Check Camera Connections:
   • If using an external camera, verify all connections are secure and properly plugged in.
4. Software Updates:
   • Install any pending updates for your operating system and camera software. Updates often include bug fixes that address such issues.
5. Driver Reinstallation:
   • If updating the driver doesn’t work, try uninstalling and reinstalling the camera driver through the Device Manager or similar tool on your computer.
6. Compatibility Check:
   • Ensure your camera is compatible with the software and operating system you’re using.

FAQS:

Why is my ESP32 camera not connecting to WIFI?

Your ESP32 camera may not connect to Wi-Fi due to incorrect credentials or signal problems. Ensure the SSID and password are correct and check for signal strength issues.

How do I fix camera error unable to connect?

To fix “camera error unable to connect,” check connections, update firmware, and restart both the camera and connected device.

How to reset ESP32 cam module?

Reset by pressing the “Boot” button and then the “Reset” button, releasing both simultaneously to restore default settings.

What is the boot button for ESP32 cam?

The “Boot” button allows entering bootloader mode for firmware updates and resets the module when pressed with the “Reset” button.

Conclusion:

“The error “Camera init failed with error 0x105” indicates a problem starting the camera, potentially caused by software issues, hardware malfunctions, or driver conflicts. Solutions include restarting your device to resolve temporary glitches, updating camera drivers through your computer’s device manager, ensuring your operating system and camera software are up-to-date, closing conflicting applications, checking hardware connections for external cameras, and contacting support if issues persist”

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