XTIOT barcode scanners support simple, efficient firmware update methods, with regular update cycles to optimize device performance, fix potential bugs, and add new functions, ensuring long-term stable operation of the equipment.

• PC Configuration Software Update (Recommended)

  The most commonly used method with visualized operation, suitable for batch and individual device updates. Connect the scanner to the computer via USB or serial port, open the dedicated configuration tool, select the firmware update function, load the matching firmware file, and click to start the update. The tool will automatically complete the firmware verification, transmission and installation, and the device will restart automatically after the update is successful.
• Serial Command Update

  Suitable for embedded integration and industrial automation scenarios. Send specific firmware update commands through the serial port (such as RS232/USB-VCOM), specify the firmware file path and communication parameters, and the scanner will receive the command to start the update. This method supports automatic update integration into the industrial control system.
• Automatic Detection Update

  Some wireless and industrial fixed-mount scanners support automatic detection of the latest firmware version. After connecting to the network, the device will automatically check for firmware updates, and users can choose to update immediately or schedule the update according to actual needs, reducing manual operation.
• Firmware Recovery Update

  For devices that fail to update and cannot start normally, use the dedicated recovery mode. Enter the firmware recovery interface through a specific operation (such as long-pressing the trigger button while powering on), and reload the firmware to restore the device to normal.

• Regular Update Cycle

• Critical Bug Fixes: Update cycle is 1-2 months. Once a critical bug affecting device operation is found, an emergency firmware update will be released immediately to fix the problem and ensure device stability.

• Performance Optimization & Function Upgrade: Update cycle is 3-6 months. Regularly optimize decoding algorithms, improve scanning speed and accuracy, and add new functions (such as supporting new code types, optimizing power consumption) based on user needs and industry development.

     

• Update Cycle by Product Type

• Handheld Scanners: Update cycle is 3-6 months, focusing on optimizing battery life, wireless connection stability and decoding performance for daily use scenarios.

• Industrial Fixed-Mount Scanners: Update cycle is 6-12 months, focusing on industrial compatibility, anti-interference performance and integration with automation systems, adapting to long-term continuous operation needs.

• Embedded Scan Engines: Update cycle is 6-12 months, focusing on reducing power consumption, miniaturizing configuration and improving compatibility with embedded devices.

Update Notes

• Before updating, confirm that the firmware version matches the scanner model to avoid device failure caused by incorrect firmware.

• Ensure the device is fully charged or connected to a stable power supply during the update process; do not disconnect the device or power off, otherwise it will cause firmware damage.

• Back up the current device configuration before updating to prevent configuration loss after the update.

• After the update is completed, restart the device and verify the core functions (such as scanning, data output) to ensure the update is successful.

• Fix potential software bugs and improve device stability and reliability.

• Optimize decoding algorithms, enhance the recognition ability of fuzzy, damaged, small and high-density barcodes.

• Add new functions and code type support to adapt to changing industry application needs.

• Improve compatibility with operating systems and industrial control systems, facilitating system integration.

• Optimize power management, extend the working time of wireless devices and reduce energy consumption.