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Audio Modeling SWAM Solo Horns and Tubas

Five digitally handcrafted acoustic instruments

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Description

Five digitally handcrafted acoustic instruments " Bass Tuba, Tuba (Eb), Euphonium, French Horn (F), French Horn (Bb) " developed by Audio Modeling using SWAM Technology result in the most realistic, real-time controllable, and expressive virtual Horns and Tubas on the market.

SWAM Horns and Tubas are realized with Physical Modeling.
This technology allows all articulations typical of this instrument to be reproduced in real time, by acting on its main physical elements such as pipe length, breath pressure, and lip tension.

In French Horns, the sound can be modulated using a hand inside the bell. Moreover, one can perform pedal notes by enabling the additional-valve option. This feature is now available for all of the SWAM Brass Family.

MAIN SCREEN
New UI, Clean & Easy

EXPRESSIVITY PARAMETERS
Adjust the Sound to your Taste and Needs

PLAY MODES
Valves or Slides? How about Mutes?

TIMBRE
Endless combinations: find your own Sound

PITCH " MASTER TUNINING
Transpose & Pitch Bend Range

PITCH " MICRO TUNING
Play with your Style & Tune.

MIDI MAPPING

  • Select the Control with One Touch
  • Move your External Controller
  • View, Edit & Reassign
  • Advanced Curve Remapping
  • All Settings in One Screen
  • Dedicated Parameters for any Controller

PRESET MANAGEMENT
Rename, Save, Duplicate, Import & Export, Sub-Sets.

SETTINGS
Manage Midi and Audio

KEY RANGE
5 Instruments with Pedal Notes Option

Tech Specs

System Requirements

FORMATS - AU, VST, VST3, AAX 64bit

Mac OSX - 10.10 (Yosemite) 12.4 (Monterey)

WINDOWS - Windows 10, Windows 11

Install Size

Required space after installation: 276 MB for two plugins

RAM occupancy: about 80 MB for each instrument instance

CPU Load

The realism and expressiveness of the SWAM instrument requires 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.

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