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Analog Devices no-OS Drivers - Bare-Metal Embedded Software
Explore Analog Devices' comprehensive collection of C software drivers and examples for systems operating without an operating system (no-OS). This repository provides essential building blocks for bare-metal embedded development on various Analog Devices hardware.
C
Added on 2025年6月27日1,129
Stars1,723
ForksC
LanguageProject Introduction
Summary
The Analog Devices no-OS software repository is a collection of C drivers and examples designed for embedded systems that do not run a traditional operating system. It enables developers to quickly interface with Analog Devices hardware directly in bare-metal environments, facilitating rapid prototyping and development of resource-constrained applications.
Problem Solved
Developing software for embedded systems without an operating system often requires writing complex, low-level code to interact directly with hardware registers. This repository provides pre-written, tested drivers that significantly reduce development time and effort for bare-metal applications on Analog Devices platforms.
Core Features
Extensive Device Driver Library
Provides low-level C drivers for a wide range of Analog Devices analog and mixed-signal components, digital interfaces, and processors.
Integrated Examples and Reference Designs
Includes example code and reference designs demonstrating how to integrate and use the drivers in bare-metal applications.
Bare-Metal Hardware Abstraction
Offers hardware abstraction layers (HALs) and essential bare-metal support functions like delays and memory management.
Tech Stack
C
Embedded C
Bare-Metal Programming
Analog Devices Hardware
Microcontrollers
Digital Signal Processors
Use Cases
The no-OS drivers are essential for various applications requiring direct hardware control, minimal overhead, and predictable real-time performance:
Scenario 1: Real-Time Control and DSP
Details
Implementing control loops, data acquisition, and signal processing directly on microcontrollers or DSPs without the overhead of an OS.
User Value
Achieve deterministic timing and low latency critical for high-performance real-time applications.
Scenario 2: Resource-Constrained Embedded Devices
Details
Building simple, resource-constrained applications for IoT edge devices, sensors, or basic embedded controllers where memory and processing power are limited.
User Value
Enable development on minimal hardware configurations, reducing bill of materials (BOM) costs and power consumption.
Scenario 3: Hardware Prototyping and Validation
Details
Rapidly prototyping hardware functionality and validating analog/mixed-signal interfaces before integrating into a larger OS-based system.
User Value
Speed up hardware bring-up and verification cycles with reliable driver code.
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