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We design and manufacture both analog and digital electronic devices using FPGAs, MCUs/MPUs, SoCs, various sensors, optical elements, and mechanical and opto-mechanical components, with options for wired and wireless communication. We offer a full cycle of embedded systems development, which includes:

System-level design based on modern technical solutions and an updated element base.
Modeling of analog and digital circuits in LTspice, Tina TI, PSpice and other modeling systems including RF and physical.
Schematic design for both stand-alone modules and complex multi-module structures, including high-speed design, RF and Microwave, low-noise analog design, and designs for low-power and battery-powered applications.
Development of printed circuit boards, encompassing multilayer, HDI, RF, Rigid-Flex, and metal-based boards, among others.
Small-scale production and testing, as well as support for mass production.

Programming of FPGAs from Altera, Efinix, and potentially Xilinx, Lattice, and Microsemi using Verilog.
Programming of MCUs/MPUs and SoCs in C/C++, including Linux and other RTOS.
Implementation of real-time algorithms for video processing, communication channels, and automatic control systems.
Calculation, assembly, and configuration of optical paths, including nonlinear elements and fiber-optic components.
Design of low-power energy converters and power supplies up to 1kW.
Mechanical design and assembly of finished devices.