Frankstar High-Precision Edge-Computing GNSS Receiver
Frankstar High-Precision Edge-Computing GNSS Receiver,
3D displacement tilt acceleration receiver, edge computing GNSS, Frankstar GNSS receiver, geological hazard monitoring terminal, slope displacement monitor,
Technical Specifications
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Item |
Description |
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Standard power supply |
GPS:L1C/A, L1C, L1P, L2C, L2P, L5 |
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BDS:B1I , B2I , B3I , B1C, B2a,B2b,ACEBOC |
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GLONASS:G1,G2,G3 |
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Galileo:E1, E5a, E5b,ALTBOC, E6 |
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Qzss: L1C/A, L1C, L2C, L5, LEX |
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Static Monitoring Accuracy |
Planar Accuracy: ± (2.5mm+0.5* 10 – 6D) RMS; Vertical Accuracy: ± (5mm+0.5* 10 – 6D)RMS |
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RTK Positioning Accuracy |
Planar Accuracy: 土8mm + 1ppm(RMS); Vertical Accuracy:±15mm + 1ppm(RMS) |
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Differential Data Format |
RTCM 3.2 |
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Antenna |
Integrated design with built-in survey-grade antenna |
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Storage Capacity |
Built-in 32 GB onboard storage, expandable up to 512 GB |
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Wireless Communication |
Supports 4G, Wi-Fi, Bluetooth, LoRa/NB-IoT |
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Wired Communication |
Supports RS485、RJ45 |
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Remote Control |
Supports remote configuration, diagnostics, and location tracking |
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Battery Capacity |
Built-in 10,200 mAh lithium battery, supports continuous operation for over 24 hours |
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Voltage Input |
9–15 V Input |
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Solution Method |
Supports on-board receiver processing, server-side processing, and real-time RTK processing |
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Protection Rating |
IP68 |
This product is a high-cost-performance, low-power, and highly integrated edge-computing GNSS receiver specifically engineered for geological and slope stability monitoring.
Key Features & Advantages:
Multi-Dimensional Integrated Sensing: Combines 3D displacement, inclination (tilt), and acceleration measurements into a single device to deliver comprehensive real-time structural and ground movement data.
Edge Computing Capability: Equipped with powerful on-device data processing to reduce cellular bandwidth load and dramatically improve warning response speeds.
Ultra-Low Power & High Reliability: Designed with a low-power architecture to ensure long-term, unattended, continuous operation in harsh outdoor environments.
Multi-Constellation & Multi-Frequency Support: Compatible with major satellite constellations (GPS, GLONASS, Galileo, and BDS) to maintain high-precision positioning even in challenging terrains.
Primary Applications:
Ideal for early warnings on geological hazard sites, open-pit mine slopes, reservoir dams, highway/railway high slopes, and structural health monitoring for tall buildings and infrastructure.
