Know How and Webinars
At NTi Audio, we understand the significance of staying ahead in an ever-evolving landscape. Our Know-How section is a treasure trove of insights, expertise, and industry knowledge, carefully curated to keep you informed and empowered. Whether you’re a seasoned professional, an aspiring enthusiast, or a curious mind, here you will find valuable resources, trends, and analyses that illuminate the path in the market we call home. Explore, learn, and stay ahead with NTi Audio.
Acoustic Measurements – What can go wrong?
learn moreAcoustic Performance of Classrooms
learn moreAcoustic Principles – Sound Propagation
learn moreAcoustic Testing of Alarm Tones in Manufactured Devices
learn moreAdvanced Principles of Sound Level Measurements
learn moreAdvanced Topics of FFT Analysis
learn moreAdvanced Topics of GlideSweep Analysis
learn moreAmplifier Test Sequence
learn moreAnalysis of Long-Term Measurements
learn moreAnechoic Acoustic Measurements in a Reverberant Environment
learn moreAudio Quality of Smart Devices
learn moreBasic Sound Level Calculations
learn moreBasics of FFT Analysis
learn moreBasics of Sound Level Measurements
learn moreBasics of STI measurements
learn moreBasics of Sweep Analysis
learn moreBluetooth Audio Device Testing
learn moreBuilding Acoustics in general
learn moreCalibration of Test Instruments
learn moreCan I operate the measurement microphones with 24V phantom power?
learn moreCan I perform type-approved measurements with the XL2 and an attached microphone?
learn moreCan the mean value of a sound level be greater than its maximum value?
learn moreChecking a PA’s frequency response and uniformity of coverage with the XL2
learn moreClap hands to get a feeling for the reverberation time value
learn moreCollect and Present NoiseScout Data
learn moreCombining Sound Level Measurements into a Single Report
learn moreDealing with Power [W]
learn moreDid you know that the XL2 provides report configuration after your measurement?
learn moreDistortion THD
learn moreElectric car warning sound systems
learn moreEU Sound Power Regulation for Vacuum Cleaners
learn moreExtreme Acoustics in the indoor shooting range
learn moreFail Limits
learn moreFail Tolerances
learn moreFast Fourier Transformation FFT
learn moreFast Frequency Response Measurement
learn moreFast, Slow, Impulse Time Weighting – What do they mean?
learn moreFractional Octave Band Filter
learn moreFrequency-Weightings for Sound Level Measurements
learn moreFX-Control Software – Basic Operation
learn moreFX-Control Software – Data Logging & Reports
learn moreHaas Effect
learn moreHow are Percentile Statistics measured?
learn moreHow do I implement the test for the loudspeakers? (part 2)
learn moreHow do I make my speech more understandable?
learn moreHow do I test the quality of the loudspeakers? (part 1)
learn moreHow do we measure Speech Intelligibility STI?
learn moreHow to calculate Sound Level into Volt
learn moreHow to identify and protect against annoying sounds
learn moreHow to Measure Sound Power
learn moreHow to Objectively Measure Noise Annoyance
learn moreHow to objectively test a high-end audio system (part 1)
learn moreHow to objectively test a high-end audio system (part 2)
learn moreHow to Optimize Conference Room Acoustics
learn moreHow to Save Time with Sound Insulation Measurements
learn moreHow to Set Up a Loudspeaker Test
learn moreHow to Test Audio Quality in a Smart Device
learn moreHow to Test Bluetooth Devices
learn moreHow to test Digital MEMS Microphones
learn moreHow to test Smart Devices
learn moreInterfacing to External Devices
learn moreIntroduction to Live Event Monitoring
learn moreIntroduction XL3 Acoustic Analyzer
learn moreIs the XL2 a type approved sound level meter?
learn moreKey Parameters of Sound Level Measurements
learn moreLatency Fundamentals and Measurement
learn moreLet`s clear up some things about Sweeps
learn moreLive Event Monitoring with the XL2 Projector PRO
learn moreLive Event Monitoring with the XL3
learn moreMeasured A-weighted level vs. postprocessing from Z-weighted spectrum – what is the difference?
learn moreMeasuring Sound Insulation
learn moreMeasuring Vibrations with the XL2
learn moreMicrophone Testing
learn moreMonitoring Audio with the XL2
learn moreMore Sound Level Calculations
learn moreNoise Analysis with the Data Explorer
learn moreNoise Curves
learn moreNoiseScout – Unattended Noise Monitoring
learn moreOn-site Sound Insulation Measurements
learn morePractical Aspects of Sound Insulation Measurements
learn morePreparing for Long-Term Recordings
learn moreProblems with your PA System Sound?
learn moreQuality Control of A2B Microphone Modules
learn moreQuality Control of Digital MEMS Microphones
learn moreRating Level, for Industrial and Environmental Noise Assessments
learn moreRT60 Reverberation Time
learn moreSignal Generation with the MR-PRO
learn moreSolutions for Unattended Noise Monitoring
learn moreSound Level – Definition, Calculation, Practice
learn moreSound Level Fundamentals
learn moreSound Level Measurements in an Industrial Environment
learn moreSound Level Measurements with the XL3 Acoustic Analyzer
learn moreSound System Troubleshooting
learn moreSpeech Intelligibility STIPA
learn moreTest Sequence Design Made Easy
learn moreTesting Active Noise Cancelling (ANC) Headphones
learn moreTesting of Distributed Audio Systems
learn moreTesting-Quality-Microphones
learn moreVoice Alarm Systems
learn moreWELL Building – Acoustic Performance Verification
learn moreWhat are LAeq and LAFmax?
learn moreWhat is a Sound Level Meter?
learn moreWhat is Noise and how can you combat it?
learn moreWhat is the correct term for Reverberation Time?
learn moreWhy Calibration matters
learn moreWhy do some rooms feel noisier than others?
learn moreXL3 API for Seamless Noise Monitoring
learn more