If you are interested in trying Smaart, I can help you find where to download a demo or show you what hardware you'll need to run it.
| Feature | Standard Smaart v.9 | Smaart Suite (Full) | | :--- | :--- | :--- | | Dual-channel FFT (Real-time) | Yes | Yes | | Impulse Response Measurement | No | | | Live IR mode (acoustic decay) | No | Yes | | Remote control console | No | Yes | | Multi-channel FFT (3+ inputs) | Limited (2 ch) | Unlimited virtual channels | | Exporting data/reports | No | Full export (CSV, WAV, TXT, images) |
For casual users, RT or LE might suffice. However, for system technicians, acousticians, and production engineers, is necessary because of: Smaart Live Full- Version
: Supports unlimited simultaneous measurement engines, allowing engineers to compare multiple mic positions in real time.
Use Smaart’s Auto-Delay finder in Transfer Function mode. This synchronizes the internal reference signal with the microphone signal, compensating for the time it takes sound to travel through the air. If you are interested in trying Smaart, I
Open Smaart. Go to Options > Audio Devices . Select your ASIO (Windows) or Core Audio (Mac) driver. Map Reference to Input 1 and Measurement to Input 2.
Smaart (System Measurement Acoustic Analysis Real-time Tool) is a dual-channel, FFT-based software platform. Unlike simple smartphone SPL meters or single-channel Real-Time Analyzers (RTAs), Smaart compares an original audio signal (the reference) against the sound picked up by a measurement microphone (the measurement). Use Smaart’s Auto-Delay finder in Transfer Function mode
Smaart Suite allows you to switch between Real-Time, Impulse Response, and SPL modes seamlessly. The interface uses tabbed workspaces, allowing an engineer to have a Spectrum (RTA) tab open, a Transfer Function tab for system tuning, and an SPL log running simultaneously. 3. Dual-Channel FFT Analysis
With its exclusive Impulse Response Mode, Smaart Suite enables comprehensive room analysis including RT60 reverberation decay and STI speech intelligibility. This is invaluable for:
Acts as a quality indicator for your data. It shows how much of the measured signal matches the reference signal, helping you ignore background noise or heavy room reflections. 3. Impulse Response Mode