Comprehensive
Hardware Design Services
We transform innovative ideas into reliable, production-ready devices. Our team of experts offers turnkey hardware design services, tackling challenges at the intersection of advanced electronics, programmable logic, and precise mechanical engineering. We execute projects comprehensively – from early concept to detailed manufacturing documentation – or support our clients at selected stages of product development.
Digital Circuit Design
We combine precision, speed, and cost optimization. Our embedded systems integrate various microcontroller technologies, from high-performance ARM architectures and TI DSPs, through complex System-on-Module (SOM) solutions, to energy-efficient 8-bit microcontrollers for smaller applications. We have extensive experience working with market-leading processors such as STM32, NXP LPC, PIC32, TI MSP430, and AVR families, as well as platforms like Engicam, Raspberry Pi, and BeagleBone. We seamlessly integrate key hardware subsystems, implementing SDRAM and Flash memories, ultra-fast serial interfaces (PCI-e, USB 3.0, Gigabit Ethernet, HDMI), and modern wireless communication modules standardizing in WiFi and BLE. We also provide comprehensive support for advanced displays and capacitive touch panels.
FPGA-Based System Design
In applications where uncompromising computational performance is the key parameter, we successfully deploy hardware acceleration based on FPGAs. Leveraging a robust portfolio of implemented virtual components (IP Cores) and a deep understanding of Xilinx device architecture, we design everything from simple functional blocks to complete programmable digital systems (SoPC) utilizing MicroBlaze or ZYNQ technologies. We support advanced workflows in Xilinx Vivado and ISE environments, as well as MATLAB HDL Coder. Our competencies include High-Level Synthesis (HLS) for implementing complex DSP algorithms, digital beam forming, and developing highly efficient interface controllers and AC/DC motor drivers.
Analog and Mixed-Signal Design
Even the most advanced digital system needs a reliable and precise interface with the physical world. Our engineering team efficiently solves the toughest challenges in analog, mixed-signal, and A/D circuit design. We provide advanced design services for highly sensitive measurement systems, sensors, and RF paths configured for diverse communication standards. Additionally, we specialize in developing analog filters, A/D and D/A converters, miniature power supply systems with DC-DC converters, and LED lighting controllers. Moreover, we assist our partners with effective diagnostics and resolving complex Electromagnetic Compatibility (EMC) issues.
Advanced PCB Layout Design
We design complex, multi-layer printed circuit boards, either working as part of our turnkey device projects or based on schematics and specifications provided directly by the client. We successfully implement high-speed data transfer technologies and RF paths designed in strict accordance with stringent EMC and High-Speed Design principles. When an application requires extreme miniaturization, we utilize HDI technology, including microvias, blind, and buried vias. For highly constrained spaces, we apply flexible and rigid-flex circuits. Furthermore, we provide added value through the optimization of existing designs, in-depth signal integrity analysis, reverse engineering, and the preparation of comprehensive technical documentation and panelization instructions for serial mass production.
Mechanical Engineering
An aesthetic and functional hardware design requires excellent protection. Therefore, based on prior industrial design concepts, our mechanical engineers prepare precise 3D CAD models and comprehensive flat documentation ready for the assembly line. Our mechanical engineering process includes rigorous topological optimization for weight reduction, manufacturing cost analysis, aesthetic and mechanical strength verification, and the development of elements tailored to various manufacturing technologies. We ensure proper heat dissipation in close collaboration with our PCB specialists and, if necessary, conduct rigorous computer simulations and analyses including FEA (FEM), Dynamic Motion, or fluid dynamics (CFD), delivering optimized solutions ready for their market debut.
Build Your Next Device With Us
By consolidating hardware, PCB layout, and mechanical design under one roof, Evatronix guarantees a smooth transition from prototype to final mass production. We handle the complexity so you can focus on your business goals. the process.
Contact Our Hardware Team