KQ Dixie 26 vs Echo Cube

KQ Dixie is a 6-operator FM synthesizer inspired by the legendary 1980s synthesizers. It brings rich, brilliant digital timbres to your iOS device while remaining highly flexible and compatible with existing legendary sound banks. Key Features - 156 voice parameters for in-depth sound design - Most parameters (except multi-timbral, filter, and delay) are DX7-compatible - 32 algorithms built in - Audio Unit v3 (AUv3) support — includes multiple-out via “KQ Dixie Multi” - MIDI / SysEx / syx file compatibility, including zip support — load DX7 patch banks and exchange with external gear - Micro-tuning support via Anamark / Scala (.tun / .scl) files - External and virtual MIDI support, and Volca FM connectivity - Multi-timbre & unison capabilities - Import zip / syx files without extraction — keeps your workflow smooth Usage Scenarios - Use KQ Dixie as an AUv3 synth inside your DAW on iPad or iPhone - Load classic DX7 patches from the Web or share your creations via syx / zip - Connect to external MIDI gear or Volca FM for hybrid setups - Use multitimbral / multi-out routing in modular or host apps If you discover any issues, please send your “Dixie Performance” file to the developer. Legal / Trademarks - DX is a trademark of Yamaha Corporation. Volca is a trademark of Korg Inc. The developer has no business relation with Yamaha or Korg. - Machine generated text is included in this application and description.

Echo Cube is a dual delay inspired by the Cooper Time Cube, a rare analog unit that created echo using long coiled tubes instead of tape or electronic circuits. The delay time was defined by the physical travel of sound through air. Echo Cube recreates and expands this concept with two independent delay lines, each with time, feedback, and level controls. Choose between Time Cube for authentic hardware tone, or the experimental Garden Hose and Corrugated models for creative sound design. Flexible routing modes including serial, parallel, ping pong, mono sum, and mid side give you full control over delay interaction and stereo image shaping.