140,00 €
The last innovative double sensors Ultrasonic USB microphone.
These microphones are waterproof but must be protected from direct rain and the sensor must face down
The Ultramic384K_PRO is a high-performance, professional digital audio and ultrasonic microphone. Representing the latest pinnacle in the Ultramic series, it is the result of 15 years of continuous evolution and innovation in ultrasonic recording technology.
Equipped with a brand-new, ultra-low-noise circuit and a high-sensitivity sensor, it delivers a remarkably flat frequency response to capture both audible sound and ultrasound simultaneously with pristine clarity. Thanks to its driverless USB 2.0 Audio Class (UAC 1.1) and USB C connector interface, the microphone offers seamless plug-and-play connectivity with a wide range of host devices.
15 Years of Innovation: The ultimate evolution of the Ultramic series, backed by two decades of research, development, and proven field performance.
Dual-Range Performance: High-quality omnidirectional microphone capable of capturing both standard audio and high-frequency ultrasound.
Plug & Play Connectivity: USB 2.0 full-speed interface utilizing standard UAC 1.1 drivers—no manual software installation required.
Advanced Hardware: Integrated analog preprocessing circuit and a next-generation sensor with enhanced sensitivity at very high frequencies.
Optimized Acoustics: Engineered with a new low-noise circuit design for maximum signal clarity.
To match your specific operating conditions, the Ultramic384K_PRO is available in two versions:
Without Membrane: Offers maximum sensitivity at very high frequencies. Ideal for clean, controlled, and indoor applications.
With Waterproof Membrane: Essential for harsh, humid, or outdoor environments.
Note: The protective membrane introduces a reduction in sensitivity at the highest frequency ranges.
Wildlife Surveys: Detecting and recording biological ultrasounds for research on bats, cetaceans, rodents, and insects.
Environmental Impact Assessments: Monitoring wind farms to study and mitigate the impact on local bat populations.
Pharmacological Studies: Recording and analyzing ultrasonic vocalizations (USVs) in laboratory mice.
Audio Production: Capturing high-frequency elements for sound design, soundtracks, and specialized time-stretched pitch effects.
Leak Detection: Locating compressed air, gas, or vacuum leaks quickly and accurately.
Predictive Maintenance: Monitoring motor and bearing health to detect early structural or mechanical faults.
Component Testing: Detecting high-frequency noise emissions from switching power supplies, LCD screens, energy-saving lamps, and automotive turbines.
