Beyond its use in basic SIGINT, ELINT, COMINT, and other electronic-warfare (EW) systems, jamming is a musical term used to describe the playing of instruments together in an improvised way. Today’s electronic warfare battlefield is a mash of technologies and processes evolving in a similar manner.
Between technology advances migrating device capabilities upward, electronics shrinking in size, and power electronics becoming more compact and energy-dense, you have a disruptive environment for development. Add to that the ongoing combat situation in Eastern Europe fomenting changes at both the strategic and tactical levels, and you have a perfect storm for EW evolution.
The issues are myriad, as each disruptive change not only influences the development of any given system, it influences the entire EW ecosystem. Better intercept drives more advanced encrypted comms; improved jamming systems inspire alternate drone control methodologies; and more sophisticated combat management systems invite more intrusive cyberattacks.
Both designers and users are hip-deep in a complex evolving development environment, made more complex and challenging by the life-and-death battlefield pressure-cooker it's taking place in.
Designers and system developers must use the latest solutions available in the creation of their electronic warfare solutions—there's no second place in this kind of competition. Not only must the most advanced technology be used in the components and subsystems involved, the test and measurement tools should be employed in their development to ensure optimum performance. Design in today’s world, especially in application spaces like military and aerospace systems, must leverage the latest advances available.
Welcome to Microwaves & RF's special week on electronic-warfare technology, offering up articles, a webinar, and more.
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