Capture sounds and vibrations occurring on-site as data! You can check and share the analysis results on the management screen.
Hand-held size! Can operate with standard OS drivers for Windows/Linux/Mac.
Vibration acoustic analysis software. Solving vibration and noise problems in the frequency band.
You can easily monitor immersive underwater sounds in stereo just by connecting your headphones!
Universal software for sound vibration analysis! Flexibly combine various tools.
Real experience of cabin noise and vibration linked to driving operations.
Analyzing the collected data! A vibration/noise measurement/analysis system that can also record distortion, temperature, images, and more.
Explanation of detecting intervals, vibrato, shakes, and vocal runs, with a demo that allows you to try singing.
True Ear Online is a quiz-style web application that serves as ear training, allowing you to enjoyably evaluate sounds and distinguish their differences.
Advanced features and applications are abundant! Analysis of the acoustic characteristics of the intake and exhaust systems.
A wide range of our products based on underwater acoustic technology is featured!
4-channel recording, 2-channel playback! When used alone, the battery life is approximately 6 hours.
ITU-T P.1120, Measurement Standard for Super Wideband & Full Band In-Vehicle Hands-Free Terminals
All test cases based on ITU-T Recommendation P.1110 have been commercialized as the ACQUA standard P.1110.
It is a professional evaluation algorithm for the listening quality of playback audio.
Just install it! Easy solution! "Improving impact noise from heavy floors in wooden houses" Box-type damper.
Sound simulation in 3D detailed models is now possible! Analyze radiated sound and noise generated from various structures! Large-scale acoustic analysis is also possible.
We will support the measurement of sound pressure method and acoustic intensity method under various environmental conditions in accordance with current international standards.
An acoustic holography analysis system that achieves high dynamic range and wide bandwidth with a high-density microphone arrangement!
■ Sound-absorbing sheet made of lightweight plastic board ■ Standard type and composite type (urethane) ■ For adjusting noise, reverberation, and sound reflection
Ideal for identifying leak points in compressed air systems, gas systems, and vacuum systems!
High-speed computation of very large-scale NVH problems.
A Must-See for Engineers! The Piezo Film Suitable for Hydrophones... Revealing Its Secrets!
From the Proceedings of the Acoustical Society of Japan: Introducing the experimental study and discussion on frequency characteristics and sound radiation mechanisms!
A must-see for engineers! We have published details and measurement results of the acoustic characteristics of cylindrical hydrophones!
A must-see for engineers! This document explains the receiving sensitivity of cylindrical hydrophones using PVDF piezoelectric materials.
Presentation of Technical Data: Introduction to Experiments and Considerations on Frequency Characteristics and Sound Radiation Mechanisms!
Overview of the piezoelectric strain d33 measurement device and explanation of the binding force acting on piezo films using diagrams!
A prototype element was created to increase the area of the piezoelectric material and enhance the capacitance, estimating the acoustic sensitivity!
We have published the configuration of elements and the structure of the hydrophone using diagrams and charts!
Explanation using various diagrams and tables! Technical documentation on the receiving sensitivity of cylindrical hydrophones is provided.
Predicting the sound absorption rate and transmission loss of soundproof materials made by layering sound-absorbing and sound-insulating materials through prototype testing!
For efficient design with minimal rework.
Analysis of acoustic transmission loss and radiated sound.
Handheld audio camera with integrated monitor and controller.
A new perspective that can be understood by "visualizing" all sounds and vibrations! Displays three types of data results. It accelerates the analysis of sound and vibrations.
A receiving device that simultaneously captures and records multiple GoldCode pingers over a long period!
You can listen to the sounds of marine animals like whales and dolphins underwater in stereo while being towed by a boat!
We will introduce products related to stereo sound recording and playback, sound design, noise control, and more.
Actively responding to significant changes in society and technology in the fields of mobility, transportation, and communication!
Efficiently and quickly collect and evaluate measurement data! Customization of the software is possible.
Performance evaluation of speech signal processing against the influence of background noise!
A comprehensive and reproducible test suite for in-vehicle ANC systems and devices!
This is a virtual measurement procedure using augmented reality glasses for measuring acoustic power in accordance with DIN EN ISO 9614.
The setup and operation are intuitive and simple! Even beginners can use it with confidence.
It is a 24-channel HEADlab input module for 3-axis sensors. It can be used for standard measurements and modal analysis.
The ACQUA option (ACOPT) allows for individual customization and expansion of ACQUA to meet the needs of each user.
Handsets, headsets, headphones, earphones, hearing protection products, hearing aids, etc. are ideal for measuring transducers that are close to the ear.
ITU-T P.1140 is a voice quality testing system for emergency call (eCall) devices (narrowband).
ITU-T P.1140 is a voice quality testing system for emergency call (eCall) devices (broadband).
All test cases based on ITU-T Recommendation P.1100 have been commercialized as the ACQUA standard specification P.1100.
The Standardization Administration of China has established a comprehensive testing standard for voice calls during emergency notifications as GB/T 45314-2025.
PreSense DRIVE is an interactive cabin noise simulation that uses a vehicle simulator to enhance immersion.
Real experience of cabin noise and vibration linked to driving operations.
Faithful binaural reproduction to the auditory sense.
Faithful binaural reproduction to auditory perception.
TPA / In-situ TPA: Data collection, identification of Blocked Forces, model synthesis, model verification, export.
Calculation of the Effective Mount Transfer Matrix (EMTF), quantification of Indirect Structural Sound Transmission (IFC), and validation of model calculations based on measured structural sound transmission.
As an Alexa reference client, it enables Alexa-to-Alexa calls with other Alexa devices.
Instantly identify and visualize abnormal sounds. Support system construction from the measurement and verification stage.
A sound source visualization device, for outside, inside the car, and inside the factory. It is a portable sound source visualization device.
Achieving a minimum resolution of 1cm. This is a high-resolution version of a sound source visualization device for small devices, which has been difficult until now.
A camera is mounted on a small microphone array! Achieving visualization at a minimum of 1cm.
Compact microarray! Portable handheld sound source visualization device.
For noise reduction measures in EVs and home appliances. A low-noise measurement solution that accurately captures subtle sounds in the 10 dB range (A-weighted), which is difficult to measure with standard microphones.
Identification of noise sources and evaluation of sound insulation performance, versatile applications. Accelerating product development.
Accurate analysis of equipment through dimensional and dimensionless analysis! Introducing our diagnostic system.
A diverse range of products that meet various needs.
It is equipped with many of the latest analysis features that audio engineers engaged in the research and development of sound design need!
The main analysis includes octave analysis and transfer function measurement! This is an introduction to sound quality evaluation software.
A real-time sound source detection system that achieves high dynamic range with an overwhelming number of microphones!
You can convert sound pressure into color!
Acoustic analysis is one of the very important analyses in product development to demonstrate its original performance and maintain quality image.
Adopting inter-process communication mechanisms! No need to worry about the memory limitations of 32-bit processes.
It explains the conceptual structure of push-pull type accelerometers using diagrams!
A must-see for engineers! Introducing the receiving sensitivity of cylindrical hydrophones.
We have published the element configuration of the hydrophone using PVDF and the impedance conversion circuit!
A must-see for engineers! This document is packed with valuable information, including diagrams of piezoelectric elements and an overview of hydrophone structures.
This explains the frequency characteristics of speakers with a cylindrical vibrating surface.
A must-see for engineers! We are publishing the results of our analysis on the acoustic characteristics of hydrophones.
Accurately identify small leaks and partial discharges from a distance! Let's improve the efficiency of maintenance inspections.
Visualizing gas leaks, negative pressure leaks, and partial discharges makes inspection work easier, as it allows for the visualization of gas leaks from high piping and other sources.
User-friendly software for pre- and post-processing of acoustic simulations.
For noise control measures in factory equipment, investigation of noise sources, and improving sound insulation in residential areas, etc. Compact and lightweight, with easy measurement operations.
Professional audio technology in the studio! Optimized powered speaker with built-in amplifier.
Presentation of the Japan Acoustical Society conference proceedings! It explains the value of d33 and the Poisson's ratio.
It explains the conceptual structure of push-pull type accelerometers using diagrams!
We are publishing the element configuration of the hydrophone and the impedance conversion circuit!
Proceedings of the Acoustical Society of Japan! I will introduce the receiving sensitivity of cylindrical hydrophones.
Technical data presentation! This explains the frequency characteristics of speakers with cylindrical vibration surfaces.