HOLOPHONIX Ultra Processor
Артикул: -
The new HOLOPHONIX Ultra platform is simply the most advanced and powerful spatialization processor ever built at the company, and possibly the most powerful available anywhere today. It includes all that our most advanced and challenging users have been asking for, and needing over the past several years.
New HOLOPHONIX Native 2.3 Software Release Now Available
This major update brings groundbreaking interoperability and usability enhancements. It expands compatibility with professional audio equipment, enabling seamless integration with Yamaha Professional Audio mixing consoles from the QL, CL, and DM series — with PM series support coming soon. For mixing engineers, this means effortless synchronization of source data (label, color, gain, fader, x/y position, etc.) across most hashtag#Yamaha mixing desk — including discontinued models still widely used in the industry.
ТЕХНИЧЕСКИЕ ДАННЫЕ
Requirements
Size:
315.2
MB
Platform:
macOS 10.15 - 14.7
Minimum RAM:
8 GB
Intel/Silicon:
Intel, Apple Silicon
General Information
Current Version:
2.3.1
Release Date:
18/06/2025
Audio Specifications
Audio Channels:
128 in x 16 out redundant channels maximum (depending on the licence charged)
Inputs:
128
Outputs:
16
Sample Rate:
44.1, 48 kHz, 88.2, 96 kHz
Bit Depth:
24 bits PCM
Buffer Size:
32, 64, 128, 256, 512, 1024, 2048 samples
External Control
Real-time automation capabilities thanks to the ‘HOLOSCORE’ free plug-in, compatible with any major DAW
Compatible with the Open Sound Control (OSC) protocol
Offline Editor
‘HOLOPHONIX Designer’ free offline editor for macOS® and Windows®
Venue 3D
Import 3D:
GLB
Export 3D:
GLB, STL, OBJ
Object Formats
Ambisonics Stream Inputs:
A-Format, B-Format, HOA Stream, Zylia, Eigenmike
Direct to Master:
Direct input routing to Master (without spatial algorithm processing)
Quantity of Virtual Sources:
Unlimited (user-defined)
Quantity of Spatialization Algorithm Buses:
Unlimited (user-defined)
Integrated Algorithms
WFS (Wave Field Synthesis) 2D, and 3D
HOA (Higher Order Ambisonics) 2D, and 3D, up to 7th order Ambisonics
VBAP (Vector-Base Amplitude Panning) 2D, and 3D
VBIP (Vector-Base Intensity Panning) 2D, and 3D
LBAP (Layer-Based Amplitude Panning) 3D
KNN (K Nearest Neighbors) 2D, and 3D
Angular 2D
Stereo Panning, Stereo AB, Stereo XY
Binaural for headphones
Transaural for stereophonic loudspeaker system
Support of head tracking and SOFA HRTF files for binaural and transaural algorithms
Reverberation
3D-immersive algorithmic reverberation
Object-based simulation and independant control on direct sound, early reflections and late reverberation parameter
Automatic level option based on source positioning and distance
Model based on perceptive studies of distance
Processing Options
Trim (-80, +30dB) and Level (-60, +12dB) adjustments for sources, buses and master
Adjustable delay (0 to >5000 ms) on sources and buses
Equalizer and dynamic processing options on each source, bus, reverberation, with eight fully adjustable bands: 4 × Parametric filters (2d order), HPF and LPF filters (Butterworth type), High Shelf and Low Shelf filters available
Equalizer available on each audio output (loudspeaker)
Loudspeaker gain and delay adjustment on each spatialization bus, individually (with automatic computation mode based on loudspeaker positioning)
Loudspeaker Layout
Free loudspeaker positioning to fit any custom loudspeaker layout
Outputs can also be configured to standard output formats (for example, to record an automatic downmix of the performance) :
Channel-based setup :
any ITU standard (e.g. 5.1, 7.1, 22.2, etc.), stereo panning, AB/XY microphone simulation for more realistic results, or binaural
Scene-based setup :
higher order Ambisonics from 1st order (B-Format) to very high resolution 7th order, compatible with many decoding software and VR applications such as YouTubeTM VR and FacebookTM 360
Monitoring
Integrated binaural monitoring of the loudspeaker setup
Subwoofers Management
LFE channel with adjustable HPF filter (2nd order IIR filter, 12 db/oct) or user-defined subwoofer bus, using any available algorithm
