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Upgrade from v2 to v3 today and take advantage of powerful MIDI mapping feature that supports CC, Hi-Res CC, After-Touch NRPN, remapping curves that allow more customization and sensitivity to any controller, realistic Legatos,
new Pizzicato Model, general sound improvements and behavior of bowed string, timbral correction feature, standalone version, VST3 plug-in format, Native Instruments NKS compatibility, and real-time bow Sensitivity Control (on bowing mode).
An incredibly realistic, real-time controllable, and expressive virtual violin. SWAM-S technology guarantees the same natural reactions as a real instrument. With SWAM instruments you can compose and arrange your orchestra pieces or concertos.
SWAM Violin is an instrument based on physical modeling. So it is possible to control the main mechanical variables in real time. For example, the velocity controls the attack of the sound and the portamento time, as well when playing legato. The Mod. Wheel can control the vibrato and any foot pedal can be assigned to the expression. There is indeed no limit to the number of possible combinations.
FOR STAGE AND STUDIO PRODUCTION
SWAM Technology overcomes the limitations that are typical of traditional samplers through a combination of innovative performance techniques and concepts of physical and behavioral modeling, with no samples required.
SWAM Violin only weighs a few Megabytes.As a producer, composer or live performer, you can use SWAM Violin for any musical genre by layering it in a sections with no artifacts and simply selecting different timbres for each instance.
PLAY WITH REAL TIME CONTROLS
All the following parameters are controllable in real-time (through MIDI) or by a Digital Audio Workstation:
Expression (Dynamic)
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)
Attack speed
Dynamic Transitions
Sordino On/Off
String preferred selection
Alternate Fingering
Bow Lift, Bow Start (Up / Down)
Sustain
Microtuning
Main Volume
Pan Pot
Reverb Mix
Now Updated to v3!
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
General Sound improvementand behavior of bowed string
Timbral correction feature. You’ll be able to select up to two harmonics to adjust (for emphasis or reduction).
Standalone version, introduced VST3 plug-in format, and Native Instruments NKS compatibility.
Real-time bow Sensitivity Control (on bowing mode). This gives you the ability to transform the bow, from a short bow with soft strokes to a full-length bow with strong strokes.
START PLAYING FOR REAL
Forget about Giga-sized pre-recorded libraries! Finally, thanks to SWAM, you can play a realistic virtual violin in real-time, in a way that has never been possible with ordinary sample libraries.
DIGITALLY HANDCRAFTED INSTRUMENTS
These instruments exploit Audio Modeling's proprietary SWAM-S engine, a powerful Physical Modeling technology derived from the Digital Waveguides approach.
System Requirements
Supported formats and OS
macOS:
macOS 10.13 (High Sierra) – 13.3 (Ventura)
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
NKS (Native Instruments Komplete Kontrol)
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.