Technical Specifications  

Actual Use Cases

Case 1: Cinema Ticketing System

Background:

A cinema wants to improve the efficiency of its ticketing system, reduce the time customers have to wait in line to buy tickets, and ensure the accuracy and real-time nature of ticket information.

Solution:

The cinema uses the XTIOT XT750M ticket machine interface protocol serial port plug-and-play CMOS 2D scanning engine, which is integrated into the ticketing system for fast entry of movie ticket barcode information.

Implementation steps:

Hardware installation: Install the XTIOT XT750M 2D scanning engine at key locations of the ticket machine.

Software integration: Connect the scanning engine to the ticketing system via a serial port (such as RS-232 or TTL UART) and configure the corresponding interface protocol.

System testing: Perform comprehensive functional testing to ensure that the scanning engine can accurately read movie ticket barcodes and supports plug-and-play functionality.

User guide: Create a simple operation guide to help customers understand how to use the scanning engine for self-service ticket purchases.

Effect:

Improve efficiency: The plug-and-play 2D scanning engine reduces customer waiting time.

Reduced errors: Accurate movie ticket barcode reading reduces input errors.

User experience: The simple design simplifies the ticket purchase process for customers.

Real-time updates: Scanned data is uploaded to the backend management system in real time, facilitating ticket monitoring and data analysis.

Case 2: Public transportation ticket terminal

Background:

A public transportation company needed to improve the efficiency of its ticket terminal to ensure that passengers can quickly purchase tickets and ensure the accuracy and real-time nature of ticket information.

Solution:

The company adopted the XTIOT XT750M ticket machine interface protocol serial port plug-and-play CMOS 2D scanning engine, which was integrated into the ticket terminal for fast entry of public transportation ticket information.

Implementation steps:

Hardware installation: Install the XTIOT XT750M 2D scanning engine at key locations in the ticket terminal.

Software integration: Connect the scanning engine to the ticket terminal system via the serial port and configure the corresponding interface protocol.

System testing: Perform comprehensive functional testing to ensure that the scanning engine can accurately read the ticket barcode and support plug-and-play functions.

User Guide: Create a simple operation guide to help passengers understand how to use the scanning engine for self-service ticket purchase.

Effect:

Improve efficiency: The plug-and-play 2D scanning engine reduces the waiting time of passengers.

Reduce errors: Accurate ticket barcode reading reduces input errors.

User experience: The simple design simplifies the ticket purchase process for passengers.

Real-time update: Scan data is uploaded to the backend management system in real time, which is convenient for ticket monitoring and data analysis.