Jumping the Hurdles: Designing Highly Effective Embedded Graphics Solutions for the Aerospace and Defense Industry
This white paper details the roadblocks integrators face while designing graphics-intensive applications, and how to best overcome them to ensure successful graphics capabilities.
This white paper will discuss how glass cockpit displays can be optimally utilized and how Line Replaceable Units (LRU) such as Crash Recorders and Air Data Computers (ADC) integrate with these modern systems
Addressing the Environmental and Operational Issues for Data Acquisition Systems Onboard Space Launch Vehicles
This white paper looks in more detail at the environmental and operational issues for space launch vehicles (although such applies for many other space mission types) and suggests solutions based on existing ruggedized COTS data acquisition systems (DAS).
This white paper outlines the evolution of existing architectures, comparing them to where we are today from a hardware perspective, and dives into why we’re starting to move into existing wideband possibilities.
This white paper examines the benefits of mezzanine processors, and illustrates several examples where a mezzanine processor can offer significant SWaP benefits to the aerospace and defense industry while still meeting the COTS mandate of government acquisition strategies.
This whitepaper discusses the history of Fibre Channel (FC) and how FC emulation in a modern data storage device allows the continued use of FC-based sensors.
This paper provides an overview of the benefits of backplane Ethernet and highlights the key concerns for VPX system designers.
As the next generation of embedded defense systems become even more complex with more computation power, memory, data, and speed, the problem of designing effective fault tolerant systems also becomes more difficult. Learn more in this paper!
In this white paper we will discuss how machine learning algorithms can be used to detect common sensor and wiring faults, and introduce sensor level built-in test functionality.
Introducing the basics of both the hardware and data transfer mechanisms for embedded HPEC systems. This white paper discusses the fabric, middleware, and backplane technologies required for high-speed data transfer in OpenVPX platforms.