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Technical Articles

Explore publications on microcontroller architecture, firmware optimization, and hardware design.

ARM Cortex-M Architecture

In-depth analysis of registers, operating modes, and the M-series pipeline for efficient firmware development.

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C Code Optimization

Low-level techniques to reduce memory footprint and maximize performance in resource-constrained embedded systems.

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RF PCB Design

Critical layout and routing considerations for radio frequency circuits in industrial automation applications.

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Interrupt Management

Patterns and best practices for handling real-time interrupts, minimizing latency, and avoiding race conditions.

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Communication Protocols

Comparison between SPI, I2C, and UART for selecting the most suitable bus based on speed requirements and hardware complexity.

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Custom Bootloaders

Guide to implementing a secure and efficient bootloader that allows Over-The-Air (OTA) firmware updates.

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Frequently Asked Questions

An embedded system is a specialized computer system designed to perform one or several dedicated functions, often with real-time constraints. It is integrated into the hardware of the device it controls, such as microcontrollers in appliances, automobiles, or industrial equipment.

Primarily in C and C++, due to their direct control over hardware and efficiency. For critical tasks or bootloaders, assembly (ASM) is also used. Rust is gaining popularity in this field for its memory safety.

Optimization focuses on: Memory usage (RAM/Flash), power consumption through sleep modes, response times in real-time systems, and robust and maintainable code. Profiling and choosing efficient algorithms are essential.

It is an iterative process. The circuit design (PCBs, sensors, actuators) defines the hardware capabilities. The software (firmware) is developed in parallel, using datasheets and simulators, to control that hardware efficiently. Good integration reduces bugs and costs.

Yes. For inquiries about embedded systems projects, firmware optimization, or hardware design, you can contact me through the contact page. Email: info@mehdieroglu.com.
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