Embedded Systems & Firmware

Platform dedicated to microcontroller architecture, firmware optimization, and hardware design for automation solutions.

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Firmware

Low Level

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Hardware

Design

terminal — bash — 80×24

$ make build-target
>> Compiling firmware for ARM Cortex-M4...
>> Optimizing interrupt routines...
>> Linking low-level libraries...
√ Build completed. Size: 12.7KB / 128KB Flash.

$ ./deploy --target embedded
>> Connecting to microcontroller via JTAG...
>> Flashing memory...
√ System ready. Starting automation.

Why Choose Our Approach?

At mehdieroglu.com we transform complex concepts into robust and efficient embedded systems. Here are the concrete advantages you get:

Optimized Architecture

Firmware design that maximizes microcontroller performance, reducing latency and energy consumption in your final product.

Low-Level Code

Hardware-close programming for total control, guaranteeing predictable response times and maximum resource efficiency.

Hardware-Software Integration

Joint development to ensure the PCB and firmware work in perfect sync, avoiding bottlenecks and compatibility failures.

Robust Automation

Industrial and home control solutions with fail-proof logic, ensuring continuous operation and minimal intervention.

Deep Debugging

Identification and resolution of errors at the register and memory level, shortening development cycles and increasing system stability.

Technical Documentation

Clear specifications and flowcharts that facilitate future maintenance and scalability of your embedded solution.

Why Choose Our Solution?

In an environment saturated with generic solutions, our focus on embedded systems stands out for its technical depth, extreme optimization, and proven field reliability.

> Deep Architecture

We don't just program microcontrollers; we design the complete firmware and hardware architecture to maximize efficiency and minimize latency, avoiding unnecessary abstraction layers.

// Direct register control vs. generic APIs

> Low-Level Optimization

Every CPU cycle and every byte of RAM counts. Specialized in C/ASM for microcontrollers, we deliver code that outperforms alternatives based on high-level frameworks.

size firmware.elf: 8KB | Typical alternative: 150KB+

> Industrial Reliability

Our solutions are designed for critical environments. We implement robust error handling techniques, watchdog timers, and exhaustive testing that "quick" solutions omit.

MTBF: >50,000 hours in adverse conditions

> Total Transparency

We provide complete technical documentation, hardware diagrams, and access to commented source code. Trust is built on clarity, not on black boxes.

documentation.pdf | schematics.pdf | src/

Why Do Engineers Choose Us?

Because we speak the same technical language. We understand the challenges of critical timing, power consumption, and hardware/software integration. We are not a generalist service; we are specialists who solve complex automation problems from the silicon up.

Environment Preview

Screenshots of tools and development environments for embedded systems.

Development Environment

View of an IDE configured for debugging and firmware programming on an ARM Cortex-M microcontroller.

$ make flash
Programming Target...
Verification OK.

Code Analysis

Static analysis and visualization screen of a device driver written in C for optimization.

void init_uart() {
    // Configure baud rate
    UART0->BRR = CLOCK / BAUD;
}

Hardware Testing

Capture of a digital oscilloscope showing SPI communication signals during PCB validation.

SPI Clock: 8 MHz
CS asserted
Data: 0xA5 0x3F

Explore more examples and case studies in the portfolio.

Industry Recognition

Leading companies in automation and technology trust our expertise for the development of their critical embedded systems.

TecnoHard

AutoSys Labs

Embedded Future

Nexus Controls

★ ★ ★ ★ ★ Project Rating

"The firmware optimization for our industrial controller reduced energy consumption by 22%. An exceptional precision job."