Products / Professional Audio

Give sound
a place in space.

From input and spatial processing to network routing and loudspeaker drive. Explore the devices and software behind an immersive audio system.

Explore the product family

SD64 teal front panel and metal rack enclosure — Exterior reconstructed from product photographs. Dimensions are estimated; this is a presentation model, not manufacturing CAD.

SD6464 × 64 Soundfield ProcessorExplore SD64

01 / Processing, by application

Different spaces. The right processor.

Layout-based soundfield configuration, object trajectories, and broadcast rendering serve different tasks. Choose the processing platform around your project.

SD64 rack processor, actual product photograph

SD64 / ACTUAL HARDWAREExplore the 3D model

For Installed Sound Systems

SD64

64 × 64 Soundfield Processor

Up to 64 inputs and 64 independent loudspeaker outputs. Configure input and loudspeaker layouts, calculate the decoder, then sync to the device. Includes EQ and spatial reverb.

Up to 64 inputs / 64 outputs
AES67 · MADI · Analog
Layout · EQ · Spatial Reverb

View SD64

Concept visualization of four sound objects and their heights in a three-dimensional space — Spatial objects · Concept visual

Live Spatial Audio

IMS86

Object-based Sound in Motion

Object positioning and trajectories with VBAP / DBAP and Ambisonics rendering, output delay and gain adjustment, and OSC control. The installation guide lists a reference configuration of 128 inputs and 64 outputs.

Object trajectories
VBAP / DBAP / Ambisonics
OSC control

Discuss a Live System

Concept visualization of spatial sound objects connected to parallel rendering channels — Spatial rendering · Concept visual

Broadcast Rendering

Render Live

AudioVivid Realtime Rendering Server

Organize Object, DirectSpeaker and HOA sources across programs. Supports 128-channel AES67 and ASIO input / output, with realtime PCM streams and ADM metadata output.

128 × 128 AES67 / ASIO
Object · DirectSpeaker · HOA
PCM + ADM

Discuss Broadcast Integration

Inside the softwareExplore the workflow, then enlarge the original interface to inspect the controls.

IMS86Working modes · Object trajectories · Speaker layoutClose workflow

IMS86 Working modes original software screenshot — Input interface · Manual p. 5; modes described on p. 9

REAL INTERFACE / Operation manual V1.0.1

Check the path. Edit the scene. Go live.

DIRECT bypasses processing for a quick signal-path check. EDIT enables source and spatial editing. LIVE connects to the IMS86 server for on-site operation.

Operation notes

DIRECT maps the first 64 inputs to 64 outputs one-to-one. DIRECT and LIVE disable source add/delete and import/export; prepare those changes in EDIT.

Render LiveStream Sources · Program Editor · SetupExplore workflow

02 / Network Audio

Connect the system. Channel by channel.

Analog interfaces bring signals into the network. Routing connects the devices. Amplification drives the loudspeakers.

IO8² front view — Actual hardware · Front / rear

Network I/O

IO8²

Analog Audio Meets AES67

A 1U interface with 8 Mic / Line inputs, independent 48V phantom power and gain, 8 Line outputs, and 8 × 8 AES67 network audio channels.

8 Mic / Line inputs
8 Line outputs
8 × 8 AES67

Discuss Network I/O

Connections, explained

Front: Mic / Line inputs 1–4; input/output level indicators.
Rear: Mic / Line inputs 5–8, Line outputs 1–8, AES67 and LINK network ports.
Input control: Each of the eight Mic / Line inputs has independently controlled gain and 48 V phantom power.

Source: product quick installation guide · Actual front/rear photographs above

A8 front view — Actual hardware · Front / rear

A8 rear connections — Actual hardware · Front / rear

Network Amplification

A8

From Network Audio to Loudspeakers

8 AES67 network inputs connect to 8 amplifier output channels. Input-level monitoring and network receiver configuration support installation and system commissioning.

8 AES67 inputs
8 amplifier channels
Input-level monitoring

Discuss Amplification

Connections, explained

Network in: AES67 and LINK ports connect the device to the audio network; eight AES67 input channels feed the amplifier.
Speaker out: Eight pairs of + / − power-output terminals on the rear connect the loudspeaker channels.
Monitoring: The front-panel indicators show input levels; the rear carries the 100–240 V AC power connection.

Source: product quick installation guide · Actual front/rear photographs above

Network Control

AES67 Control

See Devices. Connect Channels.

Manage device status, master clock and sample rate. Connect senders and receivers in a routing matrix, save and load configurations, and inspect logs.

Device discovery
Clock & routing
Configuration & logs

Discuss Network Control

AES67 ControlDiscover devices · Route channels · Restore configurationExplore workflow

03 / Silicon & Development

Build the next audio system.

Flagship SoC

SAP 7100X

Dedicated Audio Processor

Cortex-M0 control with dedicated Matrix, FIR, Delay, Gain and Router blocks. Up to 64 TDM inputs and 64 outputs; FIR resources support multiple channel and tap configurations.

Explore SAP 7100X

SineFlowFUNCTIONAL OVERVIEW

Workflow illustration · not a software screenshot

AI Workflow

SineFlow

Enterprise AI Collaboration

Connect knowledge, agent workflows and human review across content, development proposals and enterprise operations.

Explore SineFlow

SineKniterFUNCTIONAL OVERVIEW

Workflow illustration · not a software screenshot

Audio IDE

SineKniter

Intelligent Audio Programming

A professional audio IDE built for four major DSP hardware platforms. Combines AI-assisted coding, realtime on-device debugging, and native SineFlow integration for rapid algorithm development.

Explore SineKniter

Design Tool

Speaker Designer

Loudspeaker System Design

Physics-grounded loudspeaker simulation covering enclosure design, crossover synthesis, and resonance optimization. Delivers verified FIR exports ready for SINE DSP deployment.

Explore the tool

04 / In the Field