Hardware engineering


Our expertise ensures that we deliver robust and innovative hardware solutions to meet the demands of today’s fast-paced technological landscape.

Hardware engineers are the brains behind the design, development, and optimization of physical computer systems and components. Together with system engineers, they work on everything from circuit boards and processors to sensors and memory devices, ensuring that hardware systems are efficient, reliable, and ready to support the latest software innovations. Whether it’s refining existing technology or pioneering new solutions, hardware engineers play a crucial role in advancing technology.

Why does your project need a hardware engineer

A hardware designer is responsible for developing the electronic elements of your product. This including the design of the printed circuit board (PCB): schematics and layouts. By initially creating a detailed schematic, the designer can accurately translate it into a functional PCB layout. Collaborating closely with a system architect and software engineer, the hardware designer ensures that the customers vision is fully realized, delivering a product that meets your expectations. Once assembled with the appropriate components, the PCBA (printed circuit board assembled) becomes the foundation on which the software is implemented, transforming the concept into a fully operational product. The designer also considers the mechanical requirements to ensure that all hardware and mechanical elements integrate seamlessly, especially when these components are produced in-house by the VEDS Group.

Choice of components

Given the fast-paced evolution of technology it has become increasingly common to encounter issues with component availability. Such challenges can significantly delay product delivery, impacting our partners' and customers' ability to meet their commitments. To address this, Systems Engineers collaborate with hardware engineers to proactively identify and evaluate suitable alternative components, ensuring that project timelines remain on track. This involves not only understanding the technical specifications of components but also assessing the broader impact on the system's overall functionality and performance. By maintaining a holistic view of the project, Systems Engineers ensure that the final product meets all specifications without compromise, balancing technical requirements with market realities.​



Specializations

At VEDS Group, we specialize in advanced PCB design, offering a comprehensive range of services that cater to the most demanding electronic design requirements. Our expertise includes:

  • PCB Design: Schematics and lay-out; from single-layer to complex multi-layer boards, tailored to your specific needs.
  • Flex & Flex-Rigid PCB: Designing flexible and rigid-flex circuits for versatile applications.
  • High-Speed & RF Signal Layouts: Ensuring optimal performance in high-frequency and high-speed environments.
  • High-Density Interconnects (HDI): Creating compact designs with advanced interconnect techniques.
  • Differential Pairs: Precision design for balanced signal transmission.
  • BGA & FPGA Development: Expertise in designing for complex integrated circuits and programmable gate arrays. High-performance, custom silicon solutions for various industries.
  • Controlled Impedance: Guaranteeing signal integrity through meticulous impedance management.
  • Integration of Sensors & Matched Length: Seamless integration of sensors with precise signal synchronization.
  • Analog to Digital Design: Bridging analog and digital domains with innovative solutions.
  • Bus Systems: Designing robust and efficient bus architectures.
  • Risk-Based Solutions: Developing energy-efficient, reduced instruction set computing designs.
  • Module Integrations (x86, RISC, m2.com): Integrating diverse modules for enhanced functionality.
  • Blind, Buried & Micro Via's: Implementing advanced via technology for complex PCB architectures.
  • IoT Hardware Solutions: Designing smart, connected devices that drive the Internet of Things revolution.