Product Overview
Overview
SWAM Double Bass — AudioModeling
Updated to V3! SWAM Double Bass is an incredibly realistic, real-time controllable, expressive virtual orchestral double bass. Developed by Audio Modeling using SWAM technology, it guarantees the same natural reactions as a real instrument. On SWAM Double Bass, for example, it is possible to combine a portamento of any speed, during a crescendo or a diminuendo, while playing a tremolo. This is possible because this instrument is based on physical and behavioral modeling.
Developed by Audio Modeling using the SWAM Technology, this digitally handcrafted acoustic instrument is real-time controllable via MIDI controllers and doesn't need any Giga pre-recorded library: the smallest footprint creates the perfect organic consistency resulting from the endless expressive parameters that are unique of every live performance. You can used SWAM Double Bass for Classical, Jazz, Pop, and any other musical style. It’s up to you. It can be layered in a section with no artifacts; just select a different instrument timbre for each instance. Whether you are a composer, producer or live performer, SWAM Double Bass will allow you to play a realistic acoustic instrument in real-time.
And it's the only tool available that guarantees this result. Control the expression of your virtual acoustic instruments, break the limitations of traditional samplers and benefit from the perfect organic consistency resulting from the endless expressive parameters that are unique of every live performance. No Giga-sized pre-recorded libraries are required, but only the smallest footprint. All the following parameters are controllable in real-time (through MIDI) or by a Digital Audio Workstation: SWAM Double Bass is never a simple recording of notes via sample libraries, but rather a real virtual instrument based on its traditional counterpart: unlike any sample library repeating a pre-recorded sound, SWAM Double Bass plays for real.
All virtual instruments created with SWAM Technology are far from a simple recordings of notes via sample libraries: they are sets of real virtual instruments based on their traditional counterparts, and they allow you to control the expression of all virtual acoustic instruments: while a sample library repeats a pre-recorded sound, SWAM instruments play for real. System Requirements Supported formats and OS Friendly for blind and visually impaired users!
Key Features: – Note transitions (Staccato / Legato / Portamento) with no KeySwitches – Bow Pressure, Bow Position – Play Mode (Bowed, Pizzicato, Col Legno) – Mono vs Double polyphony – Vibrato Depth, Vibrato Rate, Tremolo On/Off – Tremolo Speed, Harmonics – Portamento Time – Portamento split point (across strings) – Dynamic Transitions – String preferred selection – Alternate Fingering – Bow Start (Up / Down) – Powerful MIDI Mapping feature that supports CC, Hi-Res CC, After-Touch NRPN, and remapping curves that allow more customization and sensitivity to any controller. – Realistic Legatos – New Pizzicato Model
Setup Notes
Installation
After checkout, follow the publisher instructions for download, authorization, installation, and DAW/plugin scanning. Keep your installer, serial, or account information available during setup.
Compatibility Check
Compatibility
Compatibility: System Requirements, Supported formats and OS, macOS:, macOS 10.13 (High Sierra) – 14 (Sonoma), Standalone, Audio Units, VST, VST3, AAX 64bit, NKS (Native Instruments Komplete Kontrol), Apple Silicon architecture supported natively (AAX Silicon supported natively starting from v3.7.0), Windows:, Windows 10, Windows 11, Standalone, VST, VST3, AAX 64bit, Small footprint!, Required space after installation: 16 MB per single plugin format + 15 MB for shared resources and assets, 240 MB for the complete Solo Strings bundle (all plugin formats)., RAM occupancy: about 15 MB per instrument instance., CPU load, The realism and expressiveness of SWAM instruments require a computer with at least a 1.6 GHz Core 2 Duo CPU for running a single plugin instance. Less powerful systems may also prove satisfactory, but may require larger buffer sizes, involving higher latencies., Friendly for blind and visually impaired users!
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