Electronics development services
Software
We specialize in software development for embedded systems. We create programs that are optimized to run on resource-constrained embedded systems, ensuring high performance and reliability.
PCB design
We offer professional PCB design services. Our approach is based on the use of advanced tools and technologies to ensure high performance and reliability of printed circuit boards.
Reverse engineering
We offer reverse engineering services that can help you reverse engineer your existing device and create a new, reliable device. In doing so, we take into account component availability and maintainability to ensure ease of service and the ability to replace components when necessary.
Free consultation
Find out the exact cost of electronics development
What are we doing
We can design printed circuit boards from scratch or optimize the option you proposed.
- Gathering requirements
- Selection of components and design of circuit diagram
- Board design with EMC in mind
- Testing the board
- Preparation of documentation for serial production (BOM, Gerber, etc.)
- Technical support
We create embedded electronics based on various microcontrollers, systems on a chip (SoC) and single-board computers. The development includes:
- PCB Design
- Hardware development
- Firmware, firmware, applications
- Prototyping and assembly
- Product testing
- Preparation of documentation for mass production
Electronics development also includes writing low-level software.
- We work with microcontrollers of the Arm Cortex-M and Cortex-R family, as well as AVR, PIC, MSP430 and ESP32
- We write firmware for 8-, 16-, 32- and 64-bit processors from popular manufacturers: Atmel, Nordic, Semiconductor, Texas Instruments, STMicroelectronics, Renesas, etc.
- We work with real-time OS: FreeRTOS, Zephyr, ThreadX
Designing digital devices is always a search for the most optimal solution. To do this, we can create several prototypes. In addition, this allows you to check the functionality of the product, identify and eliminate shortcomings, and achieve better performance with minimal production costs.
- Breadboards
- Full printed circuit boards
Redesign of printed circuit boards does not imply significant changes in the circuit design solutions of the project and is necessary in the following cases:
- The finished project contains obsolete, discontinued components that need to be replaced
- The finished project must be optimized for mass production: replacing elements with SMT components for automatic assembly, replacing components with their analogues for purchase
- The finished project was prepared in outdated CAD systems and needs to be converted into modern applications
- Project design documentation is partially or completely lost and needs to be restored