The latest in handheld spectrum analyzers

Bird, leading RF and tech provider, expands its highly sought-after SignalHawk family of rugged, handheld spectrum analyzer products by adding the SH-60S-AOA Angle of Arrival spectrum analyzer and the SH-60S-TC.  This means a good balance of price and performance up to a frequency range of 6 GHz.

The new SignalHawk SH-60S-TC and SH-60S-AOA provide test coverage for all major wireless systems in an easy-to-use, fully portable test instrument. Building off the flexible software architecture & highly integrated, small-form-factor packaging of SignalHawk & SiteHawk platforms, these test instruments offer the ruggedness, customization and ease-of-use.

Leveraging multi-touch technology, users can change reference level and center of frequency with a touch of a finger and zoom and span just like a smart phone. Multi-task measurements are made easy with the ability to simultaneously review several windows for comparison. Need data? No problem. With 8G of internal storage users can screenshot data and transfer then via USB/OTG/WIFI/Bluetooth to the cloud and email or upload PC for reference. Bird’s New Handheld Spectrum Analyzer family saves time, provides high precision and accuracy with ease of use. It’s a must-have for technicians, service providers, contractors, field engineers, and military personnel.

  • SH-60S-TC, RF Analyzer view RF signals between 9 kHz and 6 GHz. Combines best-in-class functionality and easy-of-use, intuitive menus and predefined measurements. Higher frequency coverage and spectrogram (waterfall) display. Additional built in functions include: FM demodulation, GNSS Signal Quality, Field Strength and Spectrum masking.
  • SH-60S-AOA, RF Analyzer extends the capability of the SH-60S-TC by adding the ability to triangulate the location of an interferer on a map for signals between 9 kHz and 6 GHz. Triangulation is pivotal move in spectrum analyzers by allowing users to utilize Bird’s Interference analysis and triangular functionality to locate the source within 3 measurements, forming a triangle in the area of the emitter and utilizing a built-in map to find the exact location of the problem.


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