“How best to handle large volumes of data and fast signal processing? Our expertise in digital technology allows us to develop algorithms for execution on FPGAs.”
Conventional software often reaches its limits when attempting to attain the performance level required for running functions that process large amounts of data or that process signals in real-time. We design digital hardware circuitry to help you implement complex functions on FPGAs in applications such as driver assistance systems (ADAS), object recognition systems, or image processing systems.
In contrast to fixed hardware such as ASIC, it is possible for the design of FPGAs to be modified and/or adapted throughout their entire development – from prototype to production. We can act quickly and cost-effectively to any changes in requirements – even for hardware and software co-design.
Development times in traditional VHDL programming are significantly longer than software development times. We remedy this issue with our model-based approach, followed by automatic VHDL code generation. This is how we manage the complexity of functions while simultaneously reducing development times.
- Expertise in Digital Technology
- Development of Functions and Algorithms
- Hardware/Software Co-Design
- Module, Integration, and System Tests
- Implementation of Fixed Point Algorithms
- Implementation of Compute-Intensive Functions on FPGAs