The Most Advanced Data Handling System in Smaart to Date If you have a multi-channel device, changing the first Spectrum will reassign the Measurement input for the TF Pair. As an added bonus, any devices which Smaart can control will have their gain and phantom power controls integrated directly into Smaart Di's interface. The first Spectrum engine is fixed to the Measurement input for the default TF pair, with the second Spectrum input as the Reference input. The Spectrum engines are auto-assigned to the first two inputs of the selected audio interface in the Input Device drop-down. Smaart Di's Control Bar provides a one-stop-shop for measurement configuration and control parameters. Moreover, Di and v8 share the same control and command structure (view controls, zooms, hot-keys, data capture commands, etc.) so moving back and forth between versions does not require learning a whole new control and command paradigm. In order to maintain easy portability and interchangeability between both Smaart Di and Smaart v8, both versions use the exact same RTA and Transfer Function data formats. In many circumstances, a measurement setup need only be a straightforward, simple, two-channel configuration using only one microphone and making only one Transfer Function measurement at a time. Because Di can be quickly configured and everything can be controlled or monitored from the top level of the GUI, it is a quick and easy go-to tool for both experienced Smaart users as well as beginners. The RTA, Spectrograph, Transfer Function (Magnitude, Phase and Coherence) and delay/live Impulse Response measurements in Di provide all the measurement capabilities and power needed on a day-to-day basis.
#Calibrate spl smaart v7 generator
Integrated Dual-Mono Measurement Signal Generator Option to "break out" SPL meter into standalone, modeless, scale-able window.Built-In hardware device control for the Smaart IO USB interface.
#Calibrate spl smaart v7 full
SPL, Leq, and Full Scale monitoring of any two connected inputs.Display data Linearly, Logarithmically, or as ETC (Energy Time Curve).Delay Tracking automatically measures and adjusts TF delay for every measurement cycle.Coherence weighted stored data averaging.Up to 1/48 th octave smoothing for both Phase and Magnitude plot displays.MTW (Multi-Time-Window) FFT provides better than 48 th octave resolution from 60Hz up and 1Hz resolution up to 140 Hz.One TF engine, configured based on the input pairs (Measurement / Reference).Real-Time Mode: Transfer Function (Frequency Response) Spectrum-over-Time with amplitude represented by color.Show Peak-Holds, Target Curves, display THD and calibrated plots."Line-Over-Bands" view of RTA displays both raw and banded data.Fractional-Octave banding, up to 1/48 th octave resolution.While Smaart Di can access multichannel devices, it is designed to control and display only two standard Spectrum engines at any given time. Smaart Di's fixed, two channel architecture provides a nimble, quickly adaptable measurement environment, with all critical configuration and control parameters accessible from a single intuitive UI (user interface) perfect for quick and precise measurements without the demands of the standard version's multi-measurement, multi-mode complexity. Smaart Di v.2 (Dual-Channel Interface) is a simplified, streamlined, two channel version of the standard Smaart analysis software.
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