SignalScope Pro 5.0 and SignalScope 6.0*, both now available for download on the App Store, add support for up to 7 FFT spectrum curves to be loaded from existing data files (CSV, MAT, or tab-delimited text files previously saved from the FFT analyzer tool).
» Read moreRoomScope 4.0 is now available for download on the App Store.
» Read moreSoundMeter 6.3 and SoundMeter Pro 2.3 now officially support the iTestMic and iAudioInterface2 from Studio Six Digital.
» Read moreIOScope 5, which is now available for download on the App Store, employs a new plotting framework for real-time data graphs and high resolution image export.
» Read moreAll Faber apps for Mac OS received updates to improve their compatibility with Yosemite (Mac OS 10.10). Room Analyzer and Octave Analyzer tools now support sample rates up to 192 kHz.
» Read moreLike the recently released SignalScope Pro 4, SoundMeter Pro 2.0 can now uniquely identify USB audio devices attached to an iOS device and remember your settings for each audio device each time it is connected.
» Read moreSignalScope Pro version 4 can uniquely identify USB audio devices attached to iPhone, iPod touch, or iPad, and remember user settings for each device the next time it is connected. Direct support has been added for The Modal Shop’s model 333D01 USB digital accelerometer and miniDSP’s UMIK-1 USB measurement microphone.
» Read moreLast year, researchers at NIOSH (the National Institute for Occupational Safety and Health) began looking at mobile sound level meter apps, hoping to find that such apps could be suitable for occupational noise measurements.
» Read moreBuilding on the success of SoundMeter, which debuted on the iPhone App Store in August of 2008, Faber Acoustical has announced the release of SoundMeter Pro. SoundMeter Pro turns your iPad, iPhone, or iPod touch into a handheld data-logging sound level meter (SLM), data-logging noise dosimeter, and real-time analyzer (RTA).
» Read moreRoomScope now presents a nonlinearity parameter to offer additional guidance on the validity of each acoustic decay parameter.
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