Knowledge Base - The Difference Between The Mid-Range and High-End Industrial Handheld Computer

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The Difference Between The Mid-Range and High-End
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The industrial handheld computer has the functions of real-time acquisition, automatic processing, automatic storage, real-time display, real-time feedback, and automatic transmission. Provides assurance for the authenticity, effectiveness, real-time, and availability of field data. It is integrated, small size, mobility, light weight, high performance, and is suitable for hand-held.

Industrial handheld terminal is an IoT handheld wireless communication PDA with high reliability and high extensibility. It is applicable to the needs of mobile business logic in various industries. It can effectively reduce the concerns of enterprise users on product hardware and develop various business applications efficiently and quickly. Applications include: logistics transportation, warehouse management, fixed asset management, item or livestock traceability, QR code reading or other electronic credentials, membership management, mobile visits, inspections, or field service management.

Compared with entry-level handheld computers, mid-range products can have a wider range of functions than high-end handheld computers. The difference between high-end products and mid-range products is usually CPU speed. In other words, high-end terminals generally require faster CPU speeds, which is crucial for microcontroller configuration. Whether it is an entry-level, mid-range, or high-end handheld computers, choosing the right 32-bit microcontroller can simplify the development process and design a cost-effective solution. When choosing a microcontroller, engineers should consider on-chip resources and consider other design factors such as device reliability (temperature and humidity range, data retention, current fast transient reliability, anti-static, etc.), system-level component integration, differentiating functions (such as data encryption), of course there are price factors. Advanced data collectors are typically used in more complex residential settings and three-phase industrial applications. The higher the computing requirements, the higher the CPU performance requirements. Above 200MHz is usually the best choice.

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