Electronic warfare (EW) not only plays a dominant role in worldwide defense capabilities, but it also must evolve rapidly to counter new threats and take advantage of new technology. Each advance must take into account the ever-changing system design landscape.
Articles 1 - 9
October 14, 2020
June 04, 2018
Since the 1994 Perry directive to use COTS [commercial off-the shelf] components, virtually all defense and intelligence organizations have been seeking standards-based solutions for electronic equipment and systems. However, even without that mandate, government customers have come to recognize the commonsense benefits of open standards to take advantage of the latest technology, shorten procurement cycles, and foster competitive pricing. Instead of simply trying to comply with procurement policies, these large government organizations are now actively pursuing and promoting new standards to align with current and future mission requirements. More than simply new standards, these initiatives present a new paradigm of system architectures that can efficiently evolve to accommodate new threats and changing requirements, without starting over from scratch each time.
February 27, 2018
Open architecture embedded systems for military/aerospace applications have always relied on mezzanine or daughter cards to provide flexibility and modularity because they are very effective in handling the large variety of I/O functions required. Thanks to widespread adoption of industry standards defining these mezzanine products, carrier boards are able to accept mezzanine boards from a wide range of vendors, each specializing in niche technologies and interfaces.
January 30, 2018
The use of software radio technology has spread to almost every commercial, consumer, government, industrial, and military platform across the entire radio frequency spectrum during the technology's 25-year lifespan. Innovations in data converter technology, DSP devices, system interconnects, processors, software, design tools, and packaging techniques have improved performance levels and reduced the size, weight, and power consumption of software radio systems. However, the rapid surge in software radio applications spawned ad hoc, proprietary interfaces between the elements in these systems.
January 11, 2018
Advances in optical interface technology boost performance levels to help meet increasing data rates and signal bandwidths. New specifications define how to deploy these optical links within open industry standards, affording improved interoperability and supporting future upgrades. Offering many advantages over traditional copper connections, optical links will boost data rates, improve signal integrity and security, and greatly extend distance between system components.
April 11, 2016
Software radio technology has been steadily evolving during the last 25 years from a laboratory curiosity to widespread deployment in virtually every commercial, consumer, government, industrial, and military platform across the entire radio-frequency spectrum. A constant stream of innovations in data-converter technology, DSP devices, system interconnects, processors, software, design tools, and packaging techniques continuously boosts performance levels and reduces the size, weight, cost, and power of software radio systems. This rapid explosion of applications is characterized by ad-hoc, proprietary interfaces between each element of the system. An evolving standard, nicknamed VRT, offers a consistent protocol for these interconnections to improve interoperability, maintainability, and upgradability.
October 09, 2013
New technology offers engineers of Software Defined Radio (SDR) systems diverse opportunities to apply digital signal processing much closer to the antenna than ever before. Various strategies include the latest wideband data converters, monolithic receiver chips, compact RF tuners, and remote receiver modules using gigabit serial interfaces. Each approach presents benefits and tradeoffs that must be considered in choosing the optimal solution for a given application.
February 11, 2013
The latest Virtex-7 FPGAs from Xilinx deliver significant benefits for radar systems compared to previous-generation devices. Higher-density silicon with lower power consumption, more resources, faster interfaces, and more and faster memory not only enhances performance, it also opens new application spaces.
Articles 1 - 9
- PODCAST: Counter-UAV advancements pull from commercial innovation to dominate the spectrum
- Multisensor detection for manned, unmanned platforms gets $26 million from U.S. Army
- Hypersonic-vehicle navigation system from Draper gets nod from Stratolaunch
- Encrypted comms capabilities for UASs in development for U.S. Army
- AN/APG-83 SABR radar undergoes upgrades for domestic defense
- OnTime Networks announces a new addition to its fully rugged CM-4000 Series product line-up, the CM-4012F0 12-port Gigabit Ethernet Switch with MIL-DTL-38999 III connectors and support of MIL-STD 1275E
- Sonobuoys for U.S. Navy garners $71.8 million contract for ERAPSCO joint venture
- Laird R&F Products’ new line of microwave absorbers offers tailored performance in three frequency ranges
- AI assist will help enable human-scale robotic systems for USAF
- Loyal Wingman Aircraft engine tested by Boeing Australia
- BAE Systems continues to drive innovation in autonomy-based mission planning
- NVIDIA to acquire chipmaker Arm in $40 billion deal
- CMOSS is rolling forward
- Hypersonic-deterring satellite system in development with L3Harris Technologies
- Comms system for military vehicles from Persistent Systems and General Dynamics rolls at AUSA Now conference
- Military radio for information at the edge introduced by L3Harris Technology at AUSA Now