Aerospace & Defense
Travel by aircraft, advanced national security, and visiting the stars: these were the dreams of the innovators of the past. Today, we’ve achieved what they could only imagine. But the innovators never rest; it’s onward and upward for the pioneers of today.
The demands of the aerospace and defense sectors are extreme: connections have to be fast, accurate, and reliable. After all, lives are on the line. FPGA embedded chip technology can simplify complex navigation, tracking, and communication for aircraft carriers, satellites, lunar modules, and helicopters.
Aerospace & Defense Applications
FPGAs support efficient communication between ground stations and satellites, handling extreme conditions and large amounts of data.
For the real-time processing needs of navigation and tracking through sonar and radar, FPGAs can make defense systems more accurate and effective.
Drones require synchronized data processing from cameras, sensors, and communication systems, which FPGAs can streamline and enhance.
FPGAs are able to handle inertial navigation, GPS processing, sensor fusion, and other data to maintain accurate positioning and safe operation.
Solve your problems quickly and efficiently with our highly-integrated FPGA & SoC modules/System-on-Modules (SOM), evaluation boards, and FPGA-optimized IP Cores.
If you have a unique aerospace and defense problem, you can get a custom solution via our Innovation Studio. From concept to implementation, our Design Services team will be with you every step of the way.
Tell us a little about your application or challenge, and we’ll point you to the best solution from our product catalogue. We can also help you connect with our Design Services team from our Innovation Studio to start on a custom solution. From mitigating risk to reducing time to market and more, we deal with problems and setbacks and have the know-how to overcome obstacles so our clients don’t have to.