MintFFT vs SGA Phoenix LT

MintFFT is a simple and precise audio spectrum analyzer for iPhone and iPad. Designed with a focus on clarity and calm, it turns your sound into smooth, real-time visuals — without ads, clutter, or unnecessary controls. Features • Real-time FFT spectrum with dB scale • Peak hold and multiple window functions (Hann, Hamming, Blackman, Rectangle) • Pinch to zoom and swipe to pan across frequency ranges • Supports internal and external microphones (USB-C / Lightning) • Works in portrait, landscape, and Split View on iPad • Runs entirely on-device — no recording, tracking, or data collection Privacy First MintFFT processes all audio locally for visualization only. No data ever leaves your device. Simple. Clear. Reliable. Just open MintFFT and watch your sound.

SGA Phoenix LT, is a free, compact, version of our acclaimed SGA Phoenix. SGA Phoenix LT brings the authentic sound of an all-tube (12AU7) analog preamp to your AUv3 compatible host. Use SGA Phoenix LT to add warmth to a track, as a saturation compressor, or to add “dirt” with tube overdrive and distortion. Key Features: - Authentic analog sound through real-time high-performance circuit simulation. SGA Phoenix LT simulates the whole preamp circuit in real time using Shattered Glass Audio’s state-of-the-art circuit simulator. - Preamp featuring 12AU7 triodes delivers gentle overdrive and smooth distortion. For heavier saturation, simply stack instances—your CPU can handle it. - Three-band Baxandall style EQ that can be taken out of the signal path or placed either before or after the preamp. - Automatic Gain Control - Automatic 4x oversampling to control aliasing - Parallel processing. For a much wider variety of saturation flavors and additional EQs, upgrade to SGA Phoenix. SGA Phoenix LT is primarily an AUv3 effect. To use SGA Phoenix LT as a plug-in, you will need an AUv3 compatible host such as Garageband, AUM, etc. SGA Phoenix LT application is there to provide a user manual and a chance to use SGA Phoenix LT with the microphone input.