N73SH UHF RFID Android Handheld Terminal for Inventory and Asset Management

Product Overview

The N73SH UHF RFID Android handheld terminal combines long-range RFID reading, 1D/2D barcode scanning, and Android mobile computing for mobile identification and data collection. It is designed for solution-based applications such as warehouse inventory, asset tracking, logistics, manufacturing, and retail, where RFID data needs to be collected and connected with day-to-day operational workflows. With multiple connectivity options and a high-capacity battery, the N73SH can serve as a mobile data collection device within broader RFID and enterprise mobility solutions.

Key Features

• Up to 25m UHF RFID reading for warehouse inventory and asset tracking workflows
• RFID and barcode integration supports mixed identification and verification processes
• EPC C1 Gen2 / ISO 18000-6C compatibility for flexible RFID deployments
• Android platform supports integration with mobile business applications
• 4G, Wi-Fi, Bluetooth, and GPS support connected field operations
• 11550mAh battery supports extended mobile data collection
• Configurable options support different project and deployment requirements

Technical Specifications

Product Highlights

Long-Range UHF RFID for Inventory and Asset Management
With a specified reading distance of up to 25 meters under suitable tag, antenna, and environmental conditions, the N73SH can support RFID-based inventory and asset identification across larger working areas. Instead of requiring operators to approach each tagged item individually, long-range reading can be incorporated into workflows such as warehouse inventory management, asset tracking, stock verification, and logistics data collection. This makes the terminal suitable for projects where mobile RFID coverage and operational efficiency need to be considered together.

EPC C1 Gen2 / ISO 18000-6C for Regional RFID Deployment
The N73SH supports EPC C1 Gen2 / ISO 18000-6C and can be configured for different regional UHF frequency requirements. For system integrators and RFID solution providers, protocol and frequency compatibility are important when connecting handheld terminals with existing RFID tags, software, and deployment environments. The terminal can therefore be evaluated as part of an UHF RFID solution rather than as an isolated scanning device.

Integrated RFID and Barcode Data Collection
Many operational environments still use both RFID and barcode identification. The N73SH combines UHF RFID reading with 1D/2D barcode scanning, allowing one handheld device to support different identification methods within the same workflow. RFID can be used for bulk identification, while barcode scanning can handle individual verification or existing barcode-based processes. This approach can support RFID inventory solutions, warehouse management systems, logistics operations, manufacturing traceability, and retail inventory workflows.

11550mAh Battery for Extended Field Deployment
The 11550mAh battery supports extended mobile data collection in environments where operators may remain away from fixed workstations for long periods. For warehouse, logistics, manufacturing, and asset management projects, battery capacity is one part of the overall deployment consideration alongside RFID workload, wireless communication, application usage, and shift patterns. The N73SH is therefore suited to mobile workflows where continuous access to operational data is required across the working site.

Flexible Connectivity for Integrated RFID Projects
The Android platform, together with 4G, Wi-Fi, Bluetooth, GPS, camera, and optional NFC and PSAM, provides multiple options for building mobile data collection workflows. System integrators and project procurement teams can evaluate the N73SH according to application requirements, existing software environments, connectivity conditions, and field deployment needs. For projects requiring customized configurations or long-term supply, OEM/ODM requirements can also be discussed as part of the overall hardware solution.