The demand for high-quality, adaptable data collection tools is growing. The Fibion G2 offers a significant advancement with its 16-bit tri-axial raw data collection, providing a high level of precision that can enhance studies across various fields, including physical activity, sedentary behavior, and sleep research.
Key Features of the Fibion G2
- 16-Bit Tri-Axial Raw Data:
- The G2 collects data along the X, Y, and Z axes, providing detailed movement measurements. The device’s 16-bit resolution offers 64 times more detail than many 10-bit devices, making it capable of detecting even subtle changes in movement.
- High Precision:
- This high resolution allows for the identification of small shifts in movement, which is essential in research that differentiates between varying levels of activity intensity, such as gait analysis, energy expenditure studies, and sedentary behavior research.
- Enhanced Research Flexibility:
- By offering raw data across multiple dimensions of movement, the G2 enables researchers to analyze posture changes, activity levels, and other movement patterns in great detail, providing a comprehensive view of participant behavior.
Future-Proof Design
The G2 is designed not only to meet the needs of current research but also to support future studies that require high levels of precision. As the need for more accurate data continues to grow, the 16-bit resolution ensures the G2 remains a relevant tool for years to come.
Ease of Use for Researchers:
- User-Friendly Design: Despite its advanced data collection capabilities, the G2 is designed to be intuitive, facilitating integration into research studies without additional complexity.
- Comfort and Compliance: Its lightweight and ergonomic design ensures participant comfort during long-term studies, which is crucial for maintaining study compliance and ensuring consistent data collection.
The Fibion G2 offers an advanced solution for researchers seeking precise and reliable data collection across a variety of research disciplines, with a design built to withstand the demands of future studies.
Call to Action
If you’re interested in the Fibion G2 or have questions about integrating wearables into your research, please book a call with Dr. Miriam Cabrita, or request a quote.
Frequently asked questions:
What is 16-bit tri-axial raw data?
16-bit tri-axial raw data refers to high-resolution data collected along the X, Y, and Z axes, offering detailed movement measurements with 65,536 levels of precision.
Why is high-resolution data important for research?
High-resolution data allows for detecting subtle movements and differentiating between activity intensities, essential for studies on gait, posture, and energy expenditure.
How does the Fibion G2 support future research needs?
The 16-bit resolution ensures the G2 remains relevant as research evolves, supporting advanced analysis and new algorithms for precision data studies.
What makes the Fibion G2 user-friendly for researchers?
The Fibion G2 features an intuitive design and lightweight construction, simplifying integration into studies and ensuring participant comfort for long-term data collection.
What types of research can benefit from Fibion G2?
It is ideal for studies on physical activity, sedentary behavior, gait analysis, posture changes, and sleep research, offering comprehensive insights into participant movement patterns.
How does Fibion G2 compare to other accelerometer devices?
The Fibion G2’s 16-bit resolution and tri-axial data collection surpass many devices, providing unmatched precision and flexibility for diverse research applications.
