MARKETS

Embedded systems

The increasing complexity of today’s technology requires ever more precise engineering in leading sectors such as consumer electronics, automotive, industrial automation or IoT. Electronic designs must meet advanced functionalities while ensuring a reliable operation.
Executing a set of actions autonomously while optimizing performance and efficiency of specific tasks is possible thanks to embedded systems. These are combinations of hardware and software designed to perform a particular function within a larger system.

embedded systems_DigiProces
embedded systems
Embedded products we design:
  • System on Module (SoM). Compact module that integrates all the essential components, such as the processor, memory and peripherals.
  • Single Board Computer (SBC). Complete computer built on a single circuit board.
  • Field Programmable Gate Arrays (FPGA). Devices that can be programmed to perform specific functions after they are manufactured.
  • Digital Signal Processors (DSP). Specifically designed for real-time digital signal processing.

At DigiProces we are specialists in embedded systems design thanks to our experienced engineering workforce, but also because of the advanced resources and high-level equipment in our factory.

Advantages of our embedded systems

  • Customization and flexibility. We can create highly specialized systems optimized for particular functions, offering a flexible and scalable solution.
  • Energy efficiency. Their improved performance and reduced size mean an efficient energy consumption and are ideal for low-consumption devices compared to existing products on the market.
  • Cost reduction. Designed for mass production, their lower operating costs and higher reliability make them a cost-effective solution.
  • Reliability. Typically designed for environments requiring tough precision, their robust design ensures safe, continuous and fault-free operation in critical environments.
  • Compact design. The smaller size allows manufacturers to create more compact and lightweight devices.
  • Innovation and competitiveness. The capacity for innovation required by embedded systems adds quality to the product and reduces time to market by improving control of industrial processes and thus, productivity.
  • Connectivity and accessibility. Designed to be easily connectable and accessible, embedded sytems make their integration with other systems much easier.

Technology Center, our innovative design hub

The multidisciplinary engineering team at the Technology Center offers a deep know-how in:

We understand that embedded systems development is a complex process that requires advanced engineering skills in both hardware and software, as well as close collaboration between different teams.

In addition, our team works on enhancing system optimization and energy efficiency, as these are crucial for applications in which power consumption and space are limited.

Quality design processes are also a key consideration to ensure a safe and stable product once it is launched on the market, and for this reason we work following the SPICE workflow.

Looking for a business opportunity?

Request for a call today
Contact Us