Revolutionizing Atmospheric Research: The N100 GNSS Integrated Detection System

In the fields of precision meteorology, climate research, and space weather monitoring, access to reliable, high-fidelity data is paramount. Enter the N100 Satellite GNSS Navigation Water Vapor and Ionospheric Integrated Detection System, a state-of-the-art instrument engineered for excellence. Manufactured in China by Xing Kaisheng, this system represents a significant leap forward in integrated environmental sensing technology, offering researchers and professionals unparalleled insights into atmospheric dynamics.

Designed as a custom-built, cross-border export supply solution, the N100 (Model: RLLS04C-RP) is tailored for demanding applications worldwide. Its capability to simultaneously detect precipitable water vapor and ionospheric total electron content (TEC) makes it an indispensable tool for weather forecasting, earthquake precursor studies, and satellite communication reliability assessments.

Technical Excellence and Robust Design

The N100 is built around a foundation of robust technical specifications that ensure durability and precision in various operational environments:

• Frequency & Performance: Operating at a 60Hz sampling rate, the system provides high-temporal-resolution data critical for capturing rapid atmospheric changes.
• Physical Profile: With compact 175*157*55 mm dimensions and a weight of just 1.55kg, it is remarkably portable for field deployments without sacrificing capability.
• Power & Interface: It operates on a standard 24V DC level, ensuring compatibility with a wide range of industrial and research power systems.

Key Applications and Operational Advantages

This system is not just a piece of hardware; it's a comprehensive data solution. By leveraging signals from multiple GNSS constellations (like GPS, BeiDou, GLONASS), it performs dual-function detection:

1. Precipitable Water Vapor (PWV) Monitoring: Essential for numerical weather prediction, extreme weather event analysis, and climate trend studies.
2. Ionospheric TEC Measurement: Crucial for understanding space weather effects, mitigating GNSS signal scintillation, and enhancing satellite navigation accuracy.

Its customizable nature means it can be adapted for specific project needs, from fixed research stations to mobile observation platforms. As a dedicated cross-border export source, Xing Kaisheng ensures the N100 meets international standards for quality and reliability, facilitating seamless integration into global research networks.

Why Choose the Xing Kaisheng N100 System?

Choosing the N100 means partnering with a specialist in GNSS remote sensing technology. The benefits are clear:

• Integrated Design: One system replaces multiple single-purpose sensors, reducing cost and complexity.
• High Data Density: Delivers the dense, accurate information needed for sophisticated modeling and analysis.
• Proven Domestic Innovation: As a non-imported, domestically engineered product, it benefits from direct manufacturer support and continuous development.

For scientific institutions, government agencies, and private sector companies engaged in atmospheric science, environmental monitoring, or geospatial analysis, the N100 GNSS Integrated Detection System offers a powerful, reliable, and versatile platform. It transforms raw satellite signals into actionable intelligence about our planet's most critical atmospheric layers.

Explore the future of atmospheric detection. The N100 system is ready to empower your next groundbreaking discovery.