SONICTIER sonicpan

World’s first ITU 10.2-ch immersive sound authoring tool with binaural technology

Immersive
Surround
Panner

Supports ITU 10.2-ch, UHD Broadcasting Standard for Audio in South Korea

Supports channel surround mix/output in various formats
(2-ch, 5.1-ch, 7.1-ch, 9.1-ch, 10.2-ch, 11.1-ch)

Avid® Pro Tools® AAX® Plug-in(Mac)

Provides ‘Square/Circular Panning Area’ options based on X/Y/Z coordinates

Binaural headphone monitoring available without physical speakers

Divergence control to adjust panning parameters

Delicate output control using Master/LFE1/LFE2

Supports Automation (X/Y/Z coordinates, Master/LFE1/LFE2 Volume, Divergence, Rotation)

Support convenience functions such as shortcut keys

Provides an integrated surround field area for all operations in one window

Flexible signal assignment available

INNOVATIVE

Provides innovative multi-channel sound production solutions that have never existed before

EASY TO USE

Avid® Pro Tools® plug-in based, iLok® authorization simplifies installation and use

COMPATIBLE

Compatible with other channel formats as well as ITU 10.2-ch, UHD broadcasting audio standard

Binaural Monitoring

With SONICTIER & ETRI's Binaural Monitoring function, you can monitor your mix using headphones in selected formats regardless of channels, and you can make content for headphones only. In MIX mode, simply press the Headphone Monitoring button and the binaural monitoring is applied immediately.

Sound Balls

Representing three-dimensional spatial sound easily and precisely will be a constant challenge for professional engineers. The concept of Sound Balls in sonicpan is a brilliant idea that allows you to set and determine various acoustic environments by visualizing the position, size, and divergence of spherical sound balls.

Sound Balls

Representing three-dimensional spatial sound easily and precisely will be a constant challenge for professional engineers. The concept of Sound Balls in SONICTIER sonicpan is a brilliant idea that allows you to set and determine various acoustic environments by visualizing the position, size, and divergence of spherical sound balls.

ROTATION

The concept of gyroscope has been applied to control many parameters in a tight space, while designing the most clearly defined rotating sound sources. Automation is available for 4 parameters. You can also adjust the speed of the rotation by adding the concept of acceleration. (Up to 7.0 can be rotated)