Resources

Showing: 1-10 of 266 total resources
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Resource Type Design Area
Tackling the Thermal Design Challenges of Smaller, Lighter, and More Efficient Avionics White Paper Mechanical Analysis
Communicate, eXecute, and Translate - Oh My! - the Power of xtUML and Virtual Platforms White Paper System Modeling
Modernizing System Development: Requirements-based, Model-driven Design, Implementation & Test White Paper System Modeling
A Requirements-Driven System Design Process (with a Preview of ARP 4754A) White Paper System Modeling
Using Assertions to Satisfy Elemental Analysis White Paper Functional Verification , FPGA
Cracking the 'WIP Effect' for Maximum Material Performance White Paper Valor MSS PCB Manufacturing Systems Solutions
Developing state-of -the-art user interfaces for today's set-top box, TV, and IPTV applications White Paper Embedded Software
Using FPGA Synthesis to Protect Against Radiation Effects and Soft Errors White Paper FPGA
FPGA Synthesis for High Assurance Design (Including DO-254). White Paper FPGA
Concept to X White Paper System Modeling
Showing: 1-10 of 266 total resources
1-10 | 11-20 | 21-30 | 31-40 | 41-50 | 51-60 | 61-70 | 71-80 | 81-90 | 91-100 | 101-110 | 111-120 | 121-130 | 131-140 | 141-150 | 151-160 | 161-170 | 171-180 | 181-190 | 191-200 | 201-210 | ... | 261-266

Aerospace and Military Solutions

Model-Driven Systems Development

The development and intelligent use of computer models are critical to our aerospace and military customers who must ensure that devices are compatible with harsh operating environments and meet their exacting reliability requirements.

Safety Critical Design

Our tools, approaches, and processes help our aerospace and defense customers meet mission-critical quality (DO-254), cost, and safety objectives for their FPGA designs – with no compromises in security, reliability, durability, and efficiency.

Electrical Systems Design and Harness Engineering

We provide our aerospace and military customers with proven tools they need to design their complex electrical systems, control logic, and transmission paths while ensuring safety and reliability.