Avionics and Flight Safety

The real-time processing of data requires fastest FPGA devices and multicore processors. These devices cannot provide peak performance without highly dense and high-speed DDR4 and DDR5 memory.

Maximum protection, and full compliance with CSfC program guidelines, can only be achieved with proven diversity in the selection of security components.

From the proliferation of smart phones to the introduction of self-driving cars, the last decade has brought sweeping technological advances across all industries.

At a high level, the vast majority of contemporary compute processing hardware may be divided into two domains: powerful data center processors and smaller, embedded devices.

How to affordably decrease safety critical processing subsystem development time and program risk using DO-178 / DO-254 certifiable off-the-shelf building blocks.

Our BuiltSAFE products bring the highest level of flight-safety assurance to aerospace and defense applications. Reusable DAL certificated artifacts save time and cost while decreasing risk.

Commercial digital convergence has created converged media, information systems, smartphones and autonomous vehicles. Digital convergence now has a proven roadmap behind it and is enabling...

Mercury, contracted by Airbus D&S is supplying processing subsystems as part of the EGNOS common computing platform.

Our rugged packaging and effective cooling technologies are OpenVPX-compliant, SOSA-aligned building blocks designed to reduce your processing subsystems pre-integration risk, cost and schedule.

Our expertise and experience in Design Assurance Level (DAL) safety-certifiable solutions has been built on successful execution on dozens of programs over three decades.

This paper investigates both the large area display architecture with available options to solve redundancy, as well as, beam steering techniques to limit canopy reflections in bubble canopy cockpits.

DO-254 is a document developed under the guidance of the RTCA that establishes "Design Assurance Guidance for Airborne Electronic Hardware."

This white paper describes AI and cognitive computing (CC) and introduces the underlying largely commercially developer IP that enables them.

This white paper describes the contemporary challenges facing all airborne integrators as they leverage next generation technology for airborne mission critical operations.