RFID Technology Type | Long-range tracking in warehouses | Industry: Passive RFID (1m range, no battery) Our Base: Active RFID (30m range) ▲ Our Advanced: Active + GPS (50m + location) ▲▲ | Enables tracking in large areas without line-of-sight. Supports real-time asset monitoring. | Requires battery replacement. Higher cost than passive systems. |
Operating Frequency | Legacy system compatibility | Industry: 125kHz (ISO/IEC 18000-6C) Our Base: 125kHz (ISO/IEC 18000-6C) Our Advanced: Dual 125kHz/13.56MHz ▲ | Ensures compatibility with existing infrastructure. Supports high-frequency applications (e.g., NFC). | Dual-frequency models may require specialized readers. |
Material Composition | Harsh outdoor environments | Industry: Standard plastic (non-weatherproof) Our Base: Durable ABS (ASTM D638, IP67) ▲ Our Advanced: Corrosion-resistant polycarbonate (MIL-STD-810G) ▲▲ | Withstands extreme temperatures (-20°C to 70°C). Resists water ingress (IP67). | Heavier and costlier than standard materials. |
Memory Capacity | Multi-factor authentication storage | Industry: 512 bytes (basic access) Our Base: 8KB (AES-256 encryption) ▲ Our Advanced: 16KB (sensor data logging) ▲▲ | Stores user data, permissions, and sensor logs for advanced use cases. | Larger memory increases production costs. |
Operational Range | Large-scale asset tracking | Industry: 1-5m (passive RFID) Our Base: 30m (active RFID) ▲ Our Advanced: 50m (enhanced antenna) ▲▲ | Reduces reader deployment costs in warehouses. Minimizes manual tracking efforts. | Requires clear line-of-sight for maximum range. Higher power consumption. |
Security Features | High-security facilities | Industry: AES-128 encryption Our Base: AES-256 + dynamic keys ▲ Our Advanced: AES-256 + biometric auth ▲▲ | Prevents cloning and unauthorized access. Meets military-grade security standards. | Complex setup and maintenance required. Incompatible with legacy systems. |