Hybrid Technology Integration
A solution for every study
8.5 g — 30×21×8 mm
- BioLoc 434 MHz
- GPS/GAL/GLO/BDS/QZSS
- Rescue/Bip bip mode
- Temperature
- 3-axis Accelerometer
- Non-rechargeable battery
- Non-volatile memory 1 Mbit
- 600 fixes @ 30 s
21 g — 45×29×18 mm
- BioLoc 434 MHz + Argos
- GPS/GAL/GLO/BDS/QZSS
- Rescue/Bip bip mode
- Temperature
- 3-axis Accelerometer
- Rechargeable battery
- Non-volatile memory 1 Mbit
- Unlimited — Solar energy
50 g — Adjustable collar
- BioLoc 434 MHz
- GPS/GAL/GLO/BDS/QZSS
- Rescue/Bip bip mode
- Temperature
- 3-axis Accelerometer
- Non-rechargeable battery
- Non-volatile memory 3 Mbit
- 3000 fixes @ 30 s
1. ARGOS-GNSS Synergy
The combination of ARGOS satellite technology with Global Navigation Satellite Systems (GNSS) represents a significant advancement in wildlife tracking capabilities. ARGOS provides global coverage through its constellation of polar-orbiting satellites, ensuring data transmission even from the most remote locations. Meanwhile, GNSS receivers offer high-precision positioning data with accuracy up to 2 meters..
This hybrid approach leverages the strengths of both systems: ARGOS excels in data transmission from remote areas with guaranteed global coverage, while GNSS provides superior positioning accuracy.
2. Multi-Sensor Architecture
Modern tracking devices incorporate sophisticated sensor arrays that extend far beyond simple location detection. Three-axis accelerometers provide detailed insights into animal movement patterns, activity levels, and behavioral states. These sensors can distinguish between different types of movement such as resting, foraging, traveling, or feeding behaviors.
The integration of multiple sensors creates a comprehensive monitoring ecosystem that captures not just where an animal is, but what it’s doing. Temperature sensors monitor environmental conditions and can indicate habitat preferences.
3. Energy Management Systems
Sophisticated power management systems ensure extended operational lifespans through intelligent duty cycling, adaptive sampling rates, and optimized transmission schedules. Solar charging capabilities, combined with high-efficiency energy harvesting, can extend device operation indefinitely in suitable conditions.
The implementation of ultra-low-power microcontrollers and advanced sleep modes ensures that devices can operate for months or even years on a single battery charge, depending on the specific application and environmental conditions.
4. Data Storage and Management
Advanced non-volatile memory systems ensure that critical tracking data is preserved even in challenging environmental conditions or power interruptions. These systems employ redundant storage architectures and error correction algorithms to maintain data integrity over extended periods.
The memory management systems are designed to prioritize critical data while optimizing storage efficiency. Intelligent compression algorithms reduce data size without compromising essential information, allowing for extended recording periods and more detailed behavioral analysis.
5. Remote Communication Systems
One of the most significant innovations in modern wildlife tracking is the development of contactless data recovery systems. These systems eliminate the need for physical recapture of animals, reducing stress and research costs while enabling continuous monitoring programs.
Advanced communication protocols allow researchers to establish connections with tracking devices from distances of several kilometers, depending on environmental conditions and terrain. This capability enables real-time data downloads and device status monitoring without disturbing the animals.
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