Less Time Integrating, More Time Innovating

The ADI DataX technology stack is a highly adaptable and open that bridges the gap between signal chains and applications. It connects applications to the physical world through industry-standard APIs, enabling portability across processing platforms and operating systems and easier integration into the customer’s ecosystem of choice.

Spend less time integrating and more time building differentiated solutions. ADI DataX technology brings together reusable software building blocks, including device drivers, middleware, FPGA IP, and reference designs, with clear documentation, industry-standard APIs, and predictable software releases.

This approach supports both first-time ADI users who need an easier starting point and experienced users who want direct access to the specific components needed for their products.

Easily Connect Your Application to the Physical World with ADI DataX

datax enablement

Key Benefits

Faster Development
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Move faster from evaluation through product development with a validated, integrated software stack and AI-enabled workflows that reduce integration effort.
Flexible & Open
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Use the full stack or only the components you need, with open standards that simplify integration and reduce vendor lock-in.
AI-Legible
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Build with AI-legible resources and predictable software releases that help AI-assisted workflows understand, integrate, and work with ADI DataX technology.

From Setup to Build, Faster

Developing applications with ADI technology often requires significant effort to assemble software components, manage dependencies, and configure target platforms.

The ADI DataX technology brings compatible software components and dependencies together into validated development recipes that provide stable, well-architected starting points for building solutions. Using ADI’s Code in Motion (CIM) tooling, these configurations enable reproducible builds and deterministic software generation suitable for CI/CD workflows.

Whether starting from individual components or a validated development recipe, engineers can reduce integration effort and support the journey from evaluation through development and deployment, while increasing their flexibility in how they build their applications.

Learn More About ADI DataX

Application
ADI DataX
Application API
libiio
Ecosystem: pyadi-iio, MATLAB, ROS2,
Inferencing Toolset, GNU Radio, etc.
ADI Device Drivers
Linux (1500+)
APU
Zephyr
MCU/SoC
no-OS (600+)
MCU/SoC | OS
Hardware Abstraction Layer
Linux, Zephyr, Common API (no-OS), FPGA IP
Physical World
Signal Chain + Edge Compute

Develop With AI

Using ADI’s deep system expertise, ADI DataX technology provides the reusable assets and a well-defined context window that enable engineers to leverage agentic AI to deliver scalable, predictable, and repeatable solutions efficiently.

Designed for AI-agent workflows, it provides agentic skills, MCP servers, command-line tools, and comprehensive documentation that give agents the context needed to configure, build, and interact with ADI DataX components.

Develop on any platform.
Keep the same application.

ADI DataX technology gives engineering teams the freedom to develop on the platform that best fits their needs, while benefiting from a single, consistent application API. Write an application or solution once, and run it across Linux, Zephyr, and bare-metal environments, from first development through to production.

Develop
Any platform you choose

Build on the platform that suits you and change it as needs evolve.

Deploy
Run on target hardware

Move the same application onto your target with deterministic, CI/CD-ready builds across compute platforms.

Optimize
Tune on the target

Refine performance, footprint, and power without reworking your application.

Productize
Get to market faster

Manage risk by minimizing changes to your application and accelerate the path to production.

Tobias Nass

Core Technologies

ADI FPGA IP

Open-source FPGA IP cores, frameworks, and reference designs that simplify integration of ADI devices into FPGA-based systems.

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ADI FPGA IP
Linux

1500+ Linux device drivers and supporting software components that enable ADI technologies across embedded and edge computing platforms.

Linux
no-OS

ADI's lightweight bare-metal framework providing a collection of more than 600 portable device drivers and hardware abstraction layers for resource-constrained and real-time embedded systems.

no-OS
Zephyr

Open-source RTOS support for ADI devices, providing native driver integration and standardized development workflows.

Zephyr
libiio

A hardware-agnostic framework for device control and high-performance data streaming across local, remote, Linux, and embedded environments.

libiio
ADI FPGA IP
ADI FPGA IP

Open-source FPGA IP cores, frameworks, and reference designs that simplify integration of ADI devices into FPGA-based systems.

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Linux
Linux

1500+ Linux device drivers and supporting software components that enable ADI technologies across embedded and edge computing platforms.

no-OS
no-OS

ADI's lightweight bare-metal framework providing a collection of more than 600 portable device drivers and hardware abstraction layers for resource-constrained and real-time embedded systems.

Zephyr
Zephyr

Open-source RTOS support for ADI devices, providing native driver integration and standardized development workflows.

libiio
libiio

A hardware-agnostic framework for device control and high-performance data streaming across local, remote, Linux, and embedded environments.

Downloads and Related Software

Discover more about ADI DataX technology and explore the resources available to support your development journey on the ADI Developer Portal.