Industries
Aerospace
Mil / Gov/ IC
Industrial
Commercial / Consumer
Medical
Design Services
Technologies
Industries
Training Services
HOME
>
Industries>
The adoption of FPGAs into rugged applications continues to increase at a rapid pace thanks to a number of factors. These factors make FPGAs even more attractive and easier than ever to integrate into military, government, and IC systems.
Radar and SIGINT
FPGAs are being used to augment, and sometimes even replace, general-purpose processors (GPPs) or DSPs, thanks to their vastly larger gate counts, specialized DSP units, embedded processors and high-speed serial links. BLT's in-depth knowledge of Xilinx architectures allows us to take maximal advantage of the technology both in speed, density, and power.
SWaP constraints
BLT's design for SWaP takes advantage of FPGA's flexibility and computational performance per watt, thus providing the most attractive designs for systems where toughness, size, weight and power are paramount.
Sensors and Ordinance
Compact reliable sensing modules demand the highest levels of power reduction and durability. BLT's experience addressing each, and teaching others how to do the same, are world-class.
Acquisition
Combine SWaP with exploding bandwidth and you have a sizable challenge. These are the designs we live for! Providing creative solutions to bleeding edge problems is our passion.
Security
Data and design security are the frontier of cyber warfare. BLT's approaches shore up FPGA defenses at the design level.
Recent trends continue to drive adoption of FPGAs in Mil / Gov / IC applications. Ever advancing developments in FPGAs themselves are pushing their use in ever more powerful applications. BLT can lead your way to on-time, on-budget, robust solutions.
Mil / Gov/ IC
The adoption of FPGAs into rugged applications continues to increase at a rapid pace thanks to a number of factors. These factors make FPGAs even more attractive and easier than ever to integrate into military, government, and IC systems.
Radar and SIGINT
FPGAs are being used to augment, and sometimes even replace, general-purpose processors (GPPs) or DSPs, thanks to their vastly larger gate counts, specialized DSP units, embedded processors and high-speed serial links. BLT's in-depth knowledge of Xilinx architectures allows us to take maximal advantage of the technology both in speed, density, and power.
SWaP constraints
BLT's design for SWaP takes advantage of FPGA's flexibility and computational performance per watt, thus providing the most attractive designs for systems where toughness, size, weight and power are paramount.
Sensors and Ordinance
Compact reliable sensing modules demand the highest levels of power reduction and durability. BLT's experience addressing each, and teaching others how to do the same, are world-class.
Acquisition
Combine SWaP with exploding bandwidth and you have a sizable challenge. These are the designs we live for! Providing creative solutions to bleeding edge problems is our passion.
Security
Data and design security are the frontier of cyber warfare. BLT's approaches shore up FPGA defenses at the design level.
Recent trends continue to drive adoption of FPGAs in Mil / Gov / IC applications. Ever advancing developments in FPGAs themselves are pushing their use in ever more powerful applications. BLT can lead your way to on-time, on-budget, robust solutions.