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Noise Ratio: Lowering the Instrument Noise Floor

Discover how SmartSolo's high-gain mode enhances seismic sensitivity, reduces interference, and improves geoscience research outcomes.
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What is High-Gain Mode?

High-gain mode acts like a magnifying glass for seismic signals. It amplifies weak seismic events, improving sensitivity and capturing data that traditional methods often miss.

Key Benefits of High-Gain Mode

Enhanced Sensitivity

High-gain mode increases the detection of small seismic events by amplifying the signals within the sensor. This makes it ideal for applications that require precision, like passive source detection.

Two graphs show CCFs NSR in dB vs. Selfnoise in dB for seismic nodes, comparing HR3C_0dB, HR3C_36dB, and others over 1 day, 15 days, and all days. Graph (a) is for 2-3 Hz, and (b) is for 4-5 S.

Noise Suppression

It minimizes background noise, ensuring clean and accurate seismic data. A clear signal-to-noise ratio is critical for interpreting underground structures effectively.

Optimal Gain Settings

For regions with low background noise, a 36dB gain setting is recommended. This configuration ensures accurate seismic monitoring while maintaining a low instrument noise floor.

Geophysical exploration data from SmartSolo seismic nodes, including a map with node locations, seismic traces, and velocity spectra for seismic survey analysis.

Applications in Geoscience

In passive source seismic detection, which relies on natural events to study Earth’s structure, controlling noise levels is essential. Advanced high-gain modes not only improve data quality but also enhance research efficiency, making them indispensable in modern geophysical studies.