Mistral’s Defense Solutions team helps address the challenging requirements of the defense industry by using a combination of effective design methodology, outsourcing approach, development techniques and engineering expertise. Based on the complexity of the system, the system design process involves defining the hardware and software architecture, COTS components, modules and interfaces and connectors required to meet the customer’s specification.
At Mistral, the system design process encourages the use of modeling and simulation to validate assumptions or theories for the system and the interactions within them.
The phase also ensures that methods which allow early detection of possible failures are integrated into the design and development process. Mistral's services include RF designs, Mixed Signal designs, High-speed Digital designs, FPGA designs, Firmware, DSP Algorithms, and Application Development, integrated with a rich array of COTS solutions, to provide a customized system engineering solution for a particular application.
At Mistral, the system design process encourages the use of modeling and simulation to validate assumptions or theories for the system and the interactions within them.
The phase also ensures that methods which allow early detection of possible failures are integrated into the design and development process. Mistral's services include RF designs, Mixed Signal designs, High-speed Digital designs, FPGA designs, Firmware, DSP Algorithms, and Application Development, integrated with a rich array of COTS solutions, to provide a customized system engineering solution for a particular application.
Mistral’s System Design expertise includes:
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Hardware Design |
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Software Development |
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COTS Amalgamation |
Article - Future of FPGA in Defense system - Article by Gangadhar K from Mistral
