Today, lighting systems not only illuminate the environment; they define the character of workspaces, directly impact user experience, and have become one of the most visible aspects of hardware-software integration. Developed with this perspective, OZK RGB LED Control Software, unlike ready-made solutions, is a system born from real needs, recognizing the hardware and evolving with it. This software is more than just an "RGB application"; it is built on an infrastructure that directly communicates with the hardware, understands its limitations, and offers the user a true sense of control. The main goal during the development process was to make LED systems manageable with a simple yet powerful interface that doesn't overwhelm with complex settings. Hardware-Recognizing Software Approach Unlike classic desktop lighting software, OZK RGB LED Control Software does not abstract the hardware. The number of LEDs, driving logic, brightness behavior, and color transitions are ...

The board features the design of the Xilinx (now AMD) Zynq-7000 series XC7Z010 SoC chip in a FBGA package. The sketch shows a high-density BGA package, DDR3 memory interface, power/ground connections, and signal routing. The Zynq-7000 is an SoC that integrates ARM Cortex-A9 processor cores with FPGA programmable logic. XC7Z010 Features: 28nm technology, 28k logic cell DDR3 support, integrated Ethernet, USB, and GPIOs. Power consumption is low (typical 2-5W, depending on usage). Applications: Optimized for industrial IoT, embedded vision, and motor control. Those familiar with FBGA design and coding will know that it's very challenging, and the application areas are generally industrial solutions. Role in Zynq-7000: The symmetrical BGA distribution between the ARM and FPGA, as seen in the diagram, is critical for signal integrity, as is the difficulty of fan-out routing and impedance calculations. Because the circuit is designed entirely for IP-controlled signal processing, high-fre...

Hello, how are you? I hope you're doing well. I know I've been away for a while, but I'm back. I'd like to share a few different projects with you soon, but before I do, I'd like to share a website. The diagram I'm sharing is an 8-bit counter circuit, similar to the CD4017. It's a professional simulation tool for electronics enthusiasts and engineers like. https://lnkd.in/dy9jzRy7

 Hello, we hope everything is fine.  Today, we would like to introduce you to our mini controller card that we developed and successfully produced many years agoello, we hope everything is fine.  Today, we would like to introduce you to our mini controller card that we developed and successfully produced many years ago. Whether you use it for drones, FPV or RC vehicles, this card has a strong design and engineering approach behind its compact structure. We are generally very selective about sharing project files. However, we do not hesitate to present some of our cards, including their schematics, openly, as long as they are not against the public, do not require intensive R&D processes and we see the benefit in sharing. Because we continue this journey not only to improve, but also to grow by sharing knowledge. It is our principle to reinforce what we have learned, to inspire our curious colleagues and to respectfully refer to everyone who has worked in this field. T...

Hello, we hope everything is okay. Today we would like to share with you our project for the next generation vario device, which we have been working on for the last few monthsello, we hope everything is okay. Hello, we hope everything is going well. Today, we'd like to share with you our next-generation Vario device project, which we've been working on for the past few months. We'll cover all the key stages of the project development journey, from the technical challenges we encountered to design decisions, mistakes made, and lessons learned. Let's take a look at the details together. As those interested in paragliding know, Vario devices, which precisely measure ascent and descent rates during flight, are a critical need. The fact that products on the market sell for around €500 and the impact of exchange rates led us to realize an idea we'd been considering for a long time: producing our own Vario device. Today, we've developed the device for well under €100....

Hello! If you're developing audio-based embedded systems, meet a solution that will take your project to the next level: the Nau88c22-driver. This project provides a simple, modular, and reliable C-based driver framework for high-quality audio CODEC integration. 🔧 Project Purpose & Benefits The project includes a driver software that provides direct access to the NAU88C22 audio CODEC. This allows you to easily manage audio streams—stereo, speaker, or headphone output—in microcontroller-based systems. The driver design is kept simple: register-based control over the basic I²C interface; if necessary, it can be extended with higher-level I²S configuration and code additions. This makes it a suitable solution even for embedded and resource-constrained devices. GitHub https://github.com/hmz06967/Nau88c22-driver Shared with an open source approach; It can be freely used as a reference or modified—providing flexibility for both industrial and hobby/research projects. 📦 Who is it S...

PiBoard is a compact development board developed by Ozk and based on the RP2040 microcontroller architecture. Designed to provide a reliable infrastructure for education, prototyping, and product development processes, PiBoard offers an effective solution for embedded systems projects with its low power consumption, high I/O flexibility, and rapid application development capabilities. Thanks to the USB connection located on the board, both power supply and programming/communication can be performed over a single line. The modular pin layout allows for quick integration with different peripherals, while supporting a wide range of usage scenarios from prototype production to serial testing setups. PiBoad RP2040 – Key Features At the heart of the PiBoard is the RP2040, a microcontroller developed by Raspberry Pi that stands out for its high performance-to-cost ratio: 2.0 mm in pin area Dual-core ARM Cortex-M0+ processor architecture Operating frequency up to 133 MHz 264 KB SRAM internal m...