Audio Weaver | Real-Time Embedded Audio Infrastructure

What is Audio Weaver

REAL-TIME EMBEDDED AUDIO INFRASTRUCTURE

Audio Weaver helps product teams design, integrate, tune, and deploy advanced audio systems across automotive and consumer electronics.

Audio Weaver provides a real-time embedded audio infrastructure as a unified framework for signal processing, third-party IP, AI models, and hardware-specific deployment, allowing teams to build production-ready audio systems without rebuilding the underlying plumbing for every chip, product, or feature.

Why Audio Weaver

MODERN AUDIO NEEDS INFRASTRUCTURE

Audio systems are no longer fixed-function signal chains. Today’s products use microphone arrays, voice interfaces, spatial audio, noise reduction, AI-enhanced processing, and multi-core compute. These features often span DSPs, CPUs, NPUs, and vendor-specific silicon. Audio Weaver provides the deterministic infrastructure layer needed to make these systems reliable, portable, and real-time.

See Products Built on Audio Weaver

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Design

DESIGN

Graphically build real-time audio signal flows that connect microphones, algorithms, AI models, system logic, and audio outputs. Use Audio Weaver to define how audio moves through the product before deploying it to embedded hardware.

Debug

DEBUG

Debug system-level audio behavior across software, drivers, hardware, and signal chains. Identify problems early and validate real-time performance before products reach the field.

Deploy

DEPLOY

Deploy audio systems across embedded environments including bare metal, RTOS, Linux, and Android. Audio Weaver helps preserve audio logic across hardware platforms, reducing rework when silicon, processors, or product requirements change.

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Deterministic Real-Time Performance

TUNE, PROFILE, & OPTIMIZE ON TARGET

Tune and visualize audio while processing is active. Profile CPU, memory, and per-module performance in real time so teams can understand how every part of the system behaves on target hardware. This visibility is critical as products combine deterministic DSP workloads with AI models, multi-core processors, and third-party IP.

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Hardware-aware deployment across embedded targets
Multi-channel, multi-rate, multi-threaded, and multi-core support
Real-time tuning and profiling
Regression testing and PC simulation
Custom module development
Third-party and proprietary IP integration

Support across semiconductor platformsQuick iteration Cycle
Design Flexibility: Mutli-channel, Multi-threading, Multi-rate, Multi-core
Accurate Profiling
Quick iteration Cycle
Advanced Tools: Matlab Automation API, Regression testing framework, Batch Processing

Plug and Play

600+ READY-TO-USE MODULES

Audio Weaver includes a library of 600+ audio modules and example signal flows that teams can customize, extend, and deploy. These modules serve as production-ready building blocks for real-time audio infrastructure, helping teams avoid low-level rework while preserving flexibility for proprietary algorithms and third-party IP.

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Module_ZeroSource

Module_PinkNoise

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Reduce integration time and accelerate production audio development

Frees you from writing low-level code

Large library of optimized audio functions

Quick iteration cycle

Agility

Give audio, software, hardware, and tuning teams a shared infrastructure framework

Usable by your whole team

Team members can work in parallel

Easily reuse designs

Demonstrate new ideas

Integrate new algorithms, AI models, and third-party IP without rebuilding the entire audio stack

Leverage field-tested world class IP

Develop your own IP

Focus on product differentiation, not low-level coding

Quickly iterate and try new ideas

Validate performance earlier and reduce system-level surprises

Pre-integrated on many chips

Easily debug system level issues

Catch problems early in development

Work around last-minute issues

Easily evaluate different processors and IP

Reduce rework, avoid duplicated low-level development, and improve portability across hardware

Your team works more efficiently

Find the lowest cost solution

Minimize rework

Reduce time-to-market

“The algorithm team, the software team, integration team, and even myself just coming in from the hardware side – we’re able to just speak this common language and look at a solution in a way that we’re all able to understand it."

Principal audio architecture engineerConsumer Devices

“Innovation is always a risk so a lot of times, you don’t have enough time or resources to do it. With Audio Weaver, we’re able to iterate a lot faster. This happens very frequently and your end product will be better in quality.”

Applied scientistConsumer Devices

“Using Audio Weaver, we’re able to … expand the audio processing in ways that we wouldn’t otherwise and we can commit to that and meet a schedule with this tool.”

Principal acoustic engineer