Audio Weaver is the industry standard development platform for audio. It allows you to design audio signal flows using an intuitive GUI, and implementation on an actual embedded processor can be achieved without any programming. This makes the entire design workflow faster and easier, contributing to the time to market of your product development.
We have a permanent on-demand seminar that provides detailed explanations of Audio Weaver, so if you would like to learn more about Audio Weaver through videos, please apply below.
First, if you would like to get an idea of the basic operation of Audio Weaver, there is a demonstration video of a Macnica sales representative using Audio Weaver, so please click here for details if you are interested in the basic operation of Audio Weaver.
Audio Weaver basic concepts
Audio Weaver revolutionizes the conventional audio design process. In the conventional design process, various audio processes are programmed in C or other languages, and then optimized and implemented for the target processor. However, with Audio Weaver, audio processes can be designed using a GUI, and since Audio Weaver provides an optimized library for implementation on the target processor, users do not need to perform any extra optimization work.
In addition, Audio Weaver supports all major processors, so even if you need to change your target processor in the future, it will be very easy to accommodate that change.
Audio Weaver Supported Processor Cores
Audio Weaver supports the processor cores of each semiconductor vendor. Users can share design assets on Audio Weaver between various processors, greatly expanding the processor options in product development and enabling hardware-independent product development.
This also leads to improvements in the development process in line with the SDx (Software Defined anything) trend, where product differentiation is moving from hardware to software.
List of supported processors and cores
|
Supported processor core |
||
|
DSP, MCU and Application Processors |
Standard/extended audio processing IP |
Audio processing IP |
|
ARM Cortex-M4、-M7、-M33 |
Optimized |
Optimized |
|
ARM Cortex-A |
Optimized |
Optimized |
|
Cadence HiFi2 & HiFi3 (Fixed-point only) |
Optimized |
N/A |
|
Cadence HiFi4 |
Optimized |
Optimized |
|
ADI SHARC、ADI SHARC + UL XP |
Optimized |
Optimized |
|
TI C66x |
Optimized |
Optimized |
|
CEVA X2 |
Optimized |
Optimized |
|
Qualcomm Hexagon (V66) |
Optimized |
Optimized |
|
X86 Windows & Linux |
Optimized |
Optimized |
|
Cadence HiFi5 |
Optimized |
Optimized |
|
ARM Cortex-M55 (Helium) |
Optimized |
Optimized |
|
Risc V |
Roadmap |
Roadmap |
Supported semiconductor vendors
Audio Weaver Product Overview
Audio Weaver (AWE) is a GUI-based real-time workflow for designing, tuning, debugging, and profiling. Audio Weaver is roughly divided into AWE Designer and AWE Core.
AWE Designer
- Windows-based graphical design environment
- Audio design with drag and drop
- Over 550 standard audio modules available
- no programming required
- Profiling function (processing load/memory amount)
- MATLAB Platform Support (Pro Edition)
AWE Core
- Built-in audio processing engine
- Libraries optimized for target processor cores
- Supports multi-core, multi-instance implementations
- Compatible with multiple processors
Audio Weaver Operation Overview
The script information of the audio flow designed in AWE Designer is converted into binary by the AWE Server, and finally implemented and executed on the target processor core by the AWE Core.
If you are considering installing Audio Weaver, click here
For those who are considering introducing Audio Weaver, the following page explains the licenses required for each phase.
Click here to learn more about Audio Weaver in this video
We have a regular on-demand seminar that provides a detailed explanation of Audio Weaver. If you are having issues with the man-hours involved in audio processing development, we think you will find the content useful, so please apply.
If you are unsure about developing with Audio Weaver, click here
Audio Weaver, DSP Concepts, an audio expert, and eco-partners provide various types of support and contract development.
If you are interested in the basic operation of Audio Weaver, click here
This article includes a demonstration video that shows how even salespeople with no audio development experience can easily get sound out of an evaluation board by using Audio Weaver from DSP Concepts. If you are interested in the basic operation of Audio Weaver, please read the article below.
Inquiry / Quotation
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