Category | Usage Scenarios | Characteristics | Advantages | Disadvantages |
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Battery Life | Long-Term Tracking (e.g., fleet logistics) | Industry Standard: 48h | Our Base: 96h ▲ (supports 4-day tracking without recharge) | Our Advanced: 120h ▲▲ (5-day endurance) |
| | Metrics: IEC 60092-1203 compliance for battery endurance | Extended operational periods without recharging | Higher capacity may increase size/cost (Advanced tier) |
| Data Storage | Real-Time Monitoring (e.g., vehicle fleets) | Industry Standard: Local Storage | Our Base: Cloud Storage (Complies with ISO/IEC 27001) ▲ | Our Advanced: Hybrid Storage ▲▲ (Cloud + Local Backup) |
| | | Metrics: Cloud storage capacity: 10GB/month (expandable) | Seamless access via internet, no physical retrieval needed | Requires stable internet for cloud sync (Base); higher cost for hybrid plans (Advanced) |
| Network Compatibility | Urban Navigation (e.g., taxi services) | Industry Standard: 3G/GPRS | Our Base: 4G/LTE ▲ (21 Mbps download) | Our Advanced: 5G Ready ▲▲ (100+ Mbps download) |
| | | Metrics: Network latency: <500ms (4G), <100ms (5G) | Faster data transfer speeds for real-time updates | 4G may not be available in all regions; 5G requires compatible infrastructure |
| Positioning Technology | Remote Area Tracking (e.g., off-road vehicles) | Industry Standard: GPS Only | Our Base: Multi-Constellation (GPS+GLONASS+Beidou) ▲ | Our Advanced: AGPS+LBS ▲▲ (Accuracy: ±3m urban, ±10m rural) |
| | | Metrics: Supports 6+ satellite systems (per IEC 61131-2) | Enhanced accuracy in dense urban areas and signal-blocked zones | Multi-constellation may drain battery faster (Base); LBS requires cellular coverage (Advanced) |
| Form Factor | Discreet Installation (e.g., luxury cars) | Industry Standard: External/Clunky | Our Base: Mini Built-In ▲ (Dimensions: 65×45×15mm) | Our Advanced: Ultra-Compact ▲▲ (Dimensions: 50×35×10mm) |
| | | Metrics: Weight: 85g (Base), 60g (Advanced) | Sleek design for space-constrained vehicles | Smaller size may limit expansion ports (Advanced) |
| Power Modes | Energy-Constrained Environments (e.g., solar-powered systems) | Industry Standard: Standard Mode Only | Our Base: Power Saving Mode ▲ (Reduces power consumption by 30%) | Our Advanced: Adaptive Power Management ▲▲ (Auto-adjusts based on usage) |
| | | Metrics: Power consumption: 0.5W (Base), 0.3W (Advanced) | Optimizes battery usage during idle periods | Power saving may reduce real-time update frequency (Base); requires firmware updates (Advanced) |