High-end medical applications that require ultimate flexibility and processing capabilities: Spectrometers, high-resolution medical imaging systems using innovative acquisition technologies, image-guided surgery with augmented reality, DNA analyzer and sequencing systems, etc. In the age of the digital transformation of the pharmaceutical and medical sectors, bioscience is making major breakthroughs by collecting huge amounts of data to be processed using complex algorithms and artificial intelligence, with high-resolution imaging.
You want to develop a new and innovative embedded platform based on FPGA technology, that is scalable across several of your projects. It has to be flexible and programmable to acquire numerous analog and sensor inputs, provide several output interfaces to the user, and perform well with DSP processing and CPU capability.
We have been working with Intel® and AMD high-end FPGA technologies for more than 20 years. We can help you migrate your design to the latest FPGA technology nodes. FPGAs provide unique features of code programmability, interface flexibility with many LVDS I/Os and high-speed transceivers, various logic densities and CPU cores to best meet the requested processing performance and low power consumption.
We provide a variety of FPGA boards and modules to fit the needs of the bioscience market. We can also design your own custom board and embedded system.
We provide complete board support package deliverables for our boards. Our skilled engineering team supports you during your development and ramp up phases, as well as throughout the entire product lifetime.
