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With the development of Internet information and the promotion of mobile applications, industrial PDAs are widely used in various industries because of their excellent self-identification capabilities and operational convenience. Industrial PDAs include barcode scanners, RFID readers, etc. The basic design adopts integrated design and integrates functions such as Android/Windows system, GPS, Bluetooth communication, and SD card expansion.

industrial pda

Industrial PDA is a professional-oriented device for industrial application development, tailored for professional industry users. Different industries have different requirements for industrial-grade PDA performance, application areas, etc. Users in various industries choose according to their own needs. The following aspects should be considered in the selection process:

1. Application Area
Users choose different industrial PDAs according to their own conditions. Taking a warehouse as an example, if a user uses a PDA in a large stereoscopic warehouse, the storage location of the items is high and they are far away from the operator. Therefore, a handheld computer with a large scanning depth, a long reading distance, and a high initial reading rate should be selected. For users of small and medium-sized warehouses, select a fully functional, easy-to-use PDA.

2. CPU Performance
At present, the industrial PDA's CPU number, frequency, and other indicators have improved. Some high-end PDA products have adopted 32-bit CPUs with RISC to improve the user's on-site processing speed.

3. Operating System
Industrial PDA operating systems are divided into Android and Windows. The Android platform is known for its openness and freedom, and customers can perform secondary development. Windows runs more stable. Both systems can be selected based on specific project needs.

4. Memory Capacity
Industrial PDA's memory capacity determines the data capacity, and its memory capacity should correspond to the processing speed of CPU. If a PDA with a low-performance CPU is used, blindly increasing its memory capacity will increase the processing and waiting time for users.

5. Coding Range
Industrial-grade PDAs can recognize dozens of different code systems such as EAN codes and UPC codes, but there are significant differences. In the application of logistics companies, we must also consider EAN128 code, 39 code, codabar code and so on. Users must fully consider the coding range of their own application when choosing.

6. First reading rate
The user selects an industrial PDA that meets the system requirements according to the actual situation, and balances the first reading rate and the error rate. The first reading rate is a comprehensive index of the industrial-grade PDA and has a certain relationship with the print quality of the bar code symbol, the design of the decoder, and the performance of the scanner. The higher first reading rate, the more time is saved. At the same time, the higher the first reading rate, the lower the error rate.

7. Protection Level
The higher-level protection ensures that the PDA can operate stably in harsh industrial environments and ensure the efficiency of work.

8. Screen Resolution
A higher resolution can better support the software, display the operating interface in the best state, and enhance the user experience. Appropriate brightness and contrast also have a protective effect on the operator's eyesight.

9. Interface Requirement
When selecting, the user must clarify the operating environment, interface mode, etc., and select a PDA that adapts to the operating environment and interface mode.

10. Communication Capabilities
As an extension of computer network systems, the data and processing results collected by industrial-grade PDAs are exchanged with computer systems. At present, PDAs use infrared communication to transmit data without any plug-in components, which reduces the possibility of failure and improves the service life of the product.