embedded e-cast
-
E-cast: Benefits of GaN technology for Electronic Warfare and Radar Applications
The hottest RF and microwave technology in the military radar and electronic community continues to be Gallium Nitride (GaN). The industry is still getting educated on all the possibilities that GaN brings to the design table from a performance standp...
-
E-cast: Open Source Technologies Driving Low Power Tracking Applications
The combination of low-power wide-area (LPWA) technologies with cloud connected IoT open source hardware and software platforms is providing a huge stepping stone for developers building tracking devices. With the commercialization of LTE-M and NB-IoT...
-
E-cast: Solving Avionics Safety Certification Challenges for Modern Aircraft
Whether it's a commercial passenger jet, a general aviation aircraft, a military fighter jet, or combat helicopter, avionics technology continues to get more and more sophisticated and relies increasingly on the latest commercial-off-the-shelf (COTS) ...
-
E-cast: Leveraging Embedded Systems Solutions While Reducing SWaP for EW, SIGINT, and Radar Applications
As enemy threats become more complicated and sophisticated, there is within the Department of Defense (DoD) a demand for advanced RF and microwave solutions to counter those threats. Spectrum dominance, electronic warfare (EW), radar upgrades, and oth...
-
E-cast: Avionics Safety Certification Challenges with UAVs
Unmanned aircraft, drones, remotely-piloted aircraft, or whatever one chooses to call them are increasing in number and often staying ahead of the regulatory bodies tasked with setting their safety standards. Compliance with FAA safety certification s...
-
E-cast: Thermal Management Challenges in Modern Military Computer Systems
Designers of embedded computing systems for military applications such as avionics, electronic warfare, radar, etc., love the advantages modern processors and FPGAs bring them but continue to need innovative ways to deal with the extra heat these comp...
-
E-cast: Enabling Open Architectures and Commonality in Military Sensor Systems
A demand for commonality is driving procurement and technology development within the Department of Defense (DoD). Commonality is enabled by open architectures and technology reuse across multiple platforms -- from radar to electronic warfare to ISR s...
-
E-cast: Enabling Open Architectures and Commonality in Military Sensor Systems
A demand for commonality is driving procurement and technology development within the Department of Defense (DoD). Commonality is enabled by open architectures and technology reuse across multiple platforms -- from radar to electronic warfare to ISR s...
-
E-cast: Enabling Open Architectures and Commonality in Military Sensor Systems
A demand for commonality is driving procurement and technology development within the Department of Defense (DoD). Commonality is enabled by open architectures and technology reuse across multiple platforms -- from radar to electronic warfare to ISR s...
-
E-cast: Reducing Avionics Packaging Up to 40%: MiniMRP Leads the Next Generation of Avionics Packaging
The Mini Modular Rack Principle (MiniMRP), standardized in ARINC 836, is a design and modular component solution for avionics systems that distributes avionics throughout the aircraft in smaller, lighter package configurations -- reducing avionics pac...
-
E-cast: Painlessly Add a Graphic HMI
Adding a modern graphic/touch Human Machine Interface (HMI) to your industrial, commercial, or medical product can be a simple, yet extremely effective upgrade. Avoid the myriad pitfalls in this complex endeavor, including the supply chain challenges,...
-
E-cast: Safety Certification Key to Sharing the Sky for Avionics and UAVs
Drones, unmanned aerial vehicles (UAVs), remotely piloted aircraft (RPA), or whatever you wish to call them are everywhere. Your neighbor probably has one. But, are they safe enough to share the airspace with manned aircraft like commercial passenger ...
embedded e-cast