In environments where accurate and stable positioning data is essential, choosing the right GPS module can make all the difference. BPS (Basic Positioning System) is the smallest and most compact member of the product family, offering high-performance positioning capabilities in a lightweight and efficient design.
Despite its small size, BPS features a powerful GPS/GLONASS receiver capable of delivering data at frequencies between 10 and 50 Hz, ensuring smooth and precise location updates in real time.
What Makes BPS Stand Out?
1. Compact and Versatile Design
The BPS module is engineered for applications where space and weight are limited. This makes it ideal for compact systems, mobile devices, and embedded solutions.
2. High-Frequency GNSS Data
BPS delivers global navigation data at 10–50 Hz, allowing it to track fast-moving objects with:
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Minimal latency
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High smoothness
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Consistent positional accuracy
This capability is valuable in performance monitoring, navigation, and dynamic movement analysis.
3. GPS/GLONASS Dual-System Support
By combining data from multiple satellite constellations, BPS:
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Enhances signal stability
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Reduces positioning errors
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Improves performance in partially obstructed environments
Three Variants for Different Needs
The BPS module family includes three different models, each optimized for a different update rate and performance requirement:
| Model | Update Rate | Typical Use Case |
|---|---|---|
| BPS-10 | 10 Hz | Standard positioning and low-speed tracking |
| BPS-20 | 20 Hz | Mid-speed navigation and robotics control |
| BPS-50 | 50 Hz | High-speed systems, vibration tracking, dynamic motion analysis |
This range makes it easy to choose the right module depending on system speed, responsiveness, and processing demands.
Common Applications of BPS
BPS is widely used in both industrial and R&D environments, including:
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Mobile Robotics
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Drones and UAV Navigation
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Outdoor Position Logging
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Automated Machinery
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Sports Equipment Motion Analysis
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Field Surveying Devices
Its small form factor and reliable performance allow seamless integration into both standalone and embedded platforms.
Why Choose BPS?
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✅ Compact and lightweight construction
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✅ High-precision GPS/GLONASS reception
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✅ Multiple update-rate model options
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✅ Smooth and continuous positional tracking
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✅ Easy integration into a wide range of systems
Conclusion
The BPS module delivers dependable positioning performance in a simple, compact form. Whether you are designing an embedded navigation system or developing motion analysis tools, BPS provides the accuracy, flexibility, and speed necessary for modern applications.