Inspirata Lite > Immersive UPG

Artikelnummer: 1178-1634
Kategorie: INSPIRED ACOUST
Hersteller: INSPIRED ACOUST

Total acoustic freedom

€ 1.709,00

inkl. 19% USt. , inkl. Versand

Verfügbar

Stk

Beschreibung
Bewertungen
Trusted Shops - Bewertungen

Inspirata Lite > Immersive UPG

In post-production you can use INSPIRATA to automate the movement of your sound sources in every space, from close to far, left to right, as well as any of the acoustical parameters. The sound will instantly follow and sound the same as if you were in the space - only without the environmental noise. This unprecedented feature makes INSPIRATA a true workstation for spatial sound.

Revolutionary spatial controls

In INSPIRATA, we make it possible for you to control parameters that really matter to your ears - you can directly adjust acoustics and the sound of the space instead of the indirect properties that have no change to the sound. Gone is the time when you needed to bother with hall size, wall diffusion or decorrelation only to get different results in each space. You now have full and independent control on how wide your sound source is in the space, how much of the blended sound reaches you, and how much it envelopes around your ears. Spatial room acoustical parameters such as apparent source sound width (ASW) and listener envelopment (LEV) are controllable for the first time directly in any reverberation solution. In addition to these revolutionary controls, you can also adjust the orientation of your speaker feeds in space - facing your stereo or surround setup to any direction. And you can change and automate all of these in real time.

Direct control of sound clarity

In INSPIRATA, reverberation time and sound clarity are adjustable independently, in each space, using a single dedicated control for each. Despite these parameters not being totally independent, INSPIRATA pushes the limits and optimizes the reflections one-by-one to match the desired settings. The basis of the method of changing sound clarity (C80) has been published in an award-winning research paper by our team, and for the first time, it is now available in a real-time implementation.

Controls of the reverberation time

Reverberation time, the mother of all acoustic parameters, is an important aspect of how long the decay lasts. But there is no single reverberation time in a hall, and no single number at a given frequency. In natural spaces, the reverberation time varies slightly location-by-location, and this is fully preserved in INSPIRATA. Not only is the variation reproduced to accuracy, but also the non-exponential nature of the decay of natural spaces to a dynamic range fully covering the theoretical possibilities of sound reproduction.

In real spaces, there is not only a spatial but also a frequency dependency of the reverberation time. Deep tones usually reverberate for a longer time while higher-pitched sounds fade away more promptly – due to, for example, the absorption of the sound of the air in large volumes. The frequency-dependent nature of the reverberation time directly affects the overall tonal footprint of your sound. By using intuitive controls for setting the reverberation time in a frequency-dependent nature or by tilting the controls to be more bass or treble-heavy, you can fine-tune how the space matches your mix with just a few clicks and achieve a level of warmth or brightness otherwise unimaginable.

Surround Support

INSPIRATA supports multi-channel audio by design. With INSPIRATA you can upmix your mono sound source to a wide variety of 3D surround configurations. The upmixing is done by the natural acoustic space itself. You can apply reverberation to surround audio or multi-channel audio for instruments or instrument groups, and deliver in any surround format that you desire with just a few single clicks.

Download Link

Angaben zur Produktsicherheit

Herstellerinformationen:

INSPIRED ACOUST
Andrassy Street 10
Budapest
Budapest, Ungarn, 1061
gabor.toth@inspiredacoustics.com
https://inspiredacoustics.com/

Es gibt noch keine Bewertungen.