Curtiss-Wright Receives 5 MAE Innovator Awards - See Our Honoree Products Here


Embedded Computing Solutions for Demanding Applications

Curtiss-Wright uniquely supports, and has developed expertise, in the widest range of critical technologies required by today’s most demanding military applications.

We deliver the most advanced, rugged, commercial semiconductor technologies, optimally packaged for defense and aerospace applications. We don’t just adhere to open architectures, we actively participate and take leadership roles in the industry standards bodies, such as VITA and VICTORY, that define these architectures to ensure that the resulting standards meet the needs of our customers’ unique applications.

Technology areas in which Curtiss-Wright leads the industry, both through research and adoption, include highly secured embedded computing solutions that protect critical data and advanced packaging technologies that ensure thermal management and ruggedization for today’s increasingly dense and harder to cool high performance electronics. No other vendor has the breadth of experience and expertise in mitigating packaging challenges for SWaP-constrained environments that Curtiss-Wright delivers.

We also lead the embedded COTS market in bringing proven and qualified high TRL (Technical Readiness Level) solutions to market, speeding system integration and bringing advanced technologies to the warfighter sooner. Additional technology areas that Curtiss-Wright provides innovation and market leadership for include research and guidance for the use of lead-free components, the development of Two-Level Maintenance compliant LRMs (Line Replaceable Modules), and Radiation Ready COTS modules and embedded computing subsystems. We also invest and develop advanced solutions of system prognostics and power management. Our integration and packaging expertise for airborne systems also enables us to support our customers’ unique requirements for safety certifiable system designs.

Infocenter

Extending an Aircraft’s Safe Lifetime Alan Murphy looks at the range of aircraft monitoring programs which can detect... MORE> How Mission System Architecture Choices Affect SWaP Mike Southworth looks at the challenge of fitting all the mission electronics... MORE> The Technical Challenges of Developing Effective and Reliable A-PNT Solutions David Jedynak looks at some of the technical challenges involved in developing... MORE> How to Realize Enormous Processing Power in a Single Slot Aaron Frank looks at how Mezzanine Processors can significantly boost an SBC’s... MORE> Why Dissimilar Redundant Architectures Are a Necessity for DAL A This white paper examines how building a system with a dissimilar redundant... MORE> Mitigating Flight Data Recorder Modification Issues using Modular FDAUs This white paper discusses different strategies for gathering data for flight data... MORE> Choosing the Right Parallelization Technique Tammy Carter looks at how choosing the right parallelization technique helps to... MORE> Curtiss-Wright on Display: Eurosatory 2018 Michelle Watson looks at some of the highlights from Eurosatory 2018, including... MORE> Bringing Assured Positioning, Navigation, and Timing to the Field: Why a Holistic Approach is Needed This white paper looks at how using complementary PNT technologies that leverage... MORE> The Trusted Platform Module: A Foundation for a Root of Trust Aaron Frank explores how choosing hardware with an implemented hardware... MORE> Miniaturizing Space COTS for Small Launcher Applications This white paper discusses the need for, and challenge of, compact space COTS... MORE> Small Form Factor Video Distribution and Management Flexible, interoperable video management reduces the complexity of your video... MORE>
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