Xilinx FPGAs Applications in Aerospace and Defense

//Xilinx FPGAs Applications in Aerospace and Defense

Xilinx FPGAs are incredibly versatile and have numerous applications, including for the aerospace and defense industry. They are suitable for use in both commercial defense spaces, and for space-grade solutions. There are many industry leaders that use Xilinx FPGAs for monitoring, control and more.

Xilinx FPGA’s Monitoring And Control

Xilinx has worked with numerous companies in different fields. They have a long heritage of working with some of the best companies in the world, and they produce reliable and powerful devices in the sector. Their experience with defense-grade silicone means that they can produce rugged devices for defense applications – devices that can cope with changing temperatures and moisture presence.

In addition to providing devices for use in field situations, they also make applications for use in data centers and for wireless communications.

There are defense-grade Artix, Kintex, Virtex, Zynq and Spartan devices, as well as In System Programmable Configuration PROMs. In terms of Space-grade devices, the Virtex devices have Space-grade variations, and there is a QPro XQR17V16 that is radiation hardened.

FPGA – Good For Many Other Application

FPGAs are good for many different applications, and there is no need to purchase a hardened, defense or space-grade variation if you do not actually need that level of performance.

FPGAs can be used for high performance computing, communications monitoring and more. The power demands for these can be quite variable, and quite interesting. It is important that developers understand the differences in performance, power demands, heat and noise tolerance of the different devices.

When it comes to high performance applications, the Xilinx 7-series devices are some of the most competitive in the marketplace. They outperform devices such as the NVidia Tesla K10 GPU when measured in terms of floating point performance per watt.

No matter what you are interested in, it is worth investigating the rapid prototyping power and performance of xilinx distributors devices. Their reliability is clear when you consider the applications that they can be used for, and the ease of use for both prototyping and depolyment is obvious as well.

Developer Can use Different Application

Developers can use C/C++ and Open CL to develop applications, in a comprehensive development environment that is based on Eclipse – an IDE that most developers will be familiar with. There are plenty of libraries for common tasks and applications, and there are plenty of options for people who want to work on more sophisticted tasks.

Xilinx FPGAs are offered at a number of different price points to suit different development styles. Whatever you are working on, they will be good options – the older generation of more affordable devices can be ideal for learning, prototyping and experimentation, and for hobbyist projects, while the more expensive Series 7 devices offer features that will suit the majority of more high-end applications. There is something for everyone, and the sales team in your territory will be able to offer advice to would-be purchasers, and help them to figure out what device would be best suited to their needs in terms of performance, power consumption and price.