Military Re-Learns the Importance of Electronic Warfare (EW)

February 25, 2021

Military Re-Learns the Importance of Electronic Warfare (EW)

Published in Military & Aerospace Electronics
Written by Jamie Whitney

The need to dominate the electromagnetic spectrum never has been higher for the U.S. military since the end of the Cold War. By using electronic warfare (EW), branches under the Department of Defense (DOD) umbrella can go on the attack and protect American warfighters and military resources.

This fall, the DOD unveiled its Electromagnetic Spectrum Superiority Strategy, which outlines how the U.S. military aims to dominate the electromagnetic spectrum when it is challenged by peer and near-peer adversaries.

“The Department is transitioning from the traditional consideration of EW as separable from spectrum management to a unified treatment of these activities as Electromagnetic Spectrum Operations (EMSO),” Secretary of Defense Mark Esper wrote in the foreword to the publication released in October 2020.

“Consequently, this 2020 Department of Defense EMS Superiority Strategy builds on essential objectives from the 2013 DOD EMS Strategy and the 2017 DOD EW Strategy and takes the Department another critical step forward in implementing the 2018 National Defense Strategy.

This Strategy seeks to align EMS resources, capabilities, and activities across the DOD to support our core national security objectives while remaining mindful of the importance of U.S. economic prosperity.

Additionally, this Strategy lays the foundation for a robust EMS enterprise, prepares EMS professionals to leverage new technologies, and focuses on strengthening alliances to achieve the Department’s vision of Freedom of Action in the Electromagnetic Spectrum.”

Read the full article.

FPGA Processing

Curtiss-Wright addresses the demands for increased data and signal processing performance, along with flexible interfaces for handling sensor I/O, through our full line of FPGA processor cards. Our rugged FPGA cards supporting Xilinx FPGA devices are designed to perform reliably in the harshest military environments.

Sensor Open Systems Architecture

The SOSA Technical Standard defines a common framework for transitioning sensor systems to an open systems architecture. The SOSA standard leverages OpenVPX to define card profiles with specifications for features such as pinouts, Ethernet capabilities, and serial ports.