Webinar attendees will gain insights into performance required of an analog signal generator used in the three measurement applications and how to choose a signal generator with right signal purity for their needs. Webinar will show how using a signal generator with less than desired signal purity (phase noise and spurious) results in inaccurate measurement of ENOB or improper characterization of up/down converter performance. IT will also sho...

Missiles provide the essential accuracy and standoff range capabilities that are required in modern warfare. Technologies for missiles are rapidly emerging, resulting in the frequent introduction of new missile systems. The capability to meet the requirements for missile survivability is especially important for long range missiles. This presentation provides an overview of the broad range of alternatives in satisfying missile requirements for...

Low signal strength, open specifications, and advances in software defined radios have made imitating GPS and other satnav systems within the grasp of relatively unsophisticated bad actors. Mr. Goward will discuss the rapid development of GPS signal deception over the last ten years and what receiver manufacturers and the US government are doing about it.

U.S. electromagnetic warfare capabilities and concepts evolved in the three decades since the Cold War to support defensive missions against relatively unsophisticated threats. The bulk of DoD electromagnetic attack (EA) investment went to improved versions of self-defense systems such as the F-15 EPAWSS, SLQ-32 SEWIP, and Next Generation Jammer while electromagnetic protection (EP) focused on hardening radars and communications against exploi...

In the Flat Field: Did Russian Army Electronic Warfare underperform in Ukraine? Since the Russian government began to overhaul its military early last decade, fears in NATO and allied nations have deepened over the efficacy of its army's electronic warfare systems. New capabilities have been deployed and supported previous Russian military adventures in Georgia, Ukraine and Syria with seemingly great effect. The world's media has shared photog...

Field Marshal Bernard Montgomery warned that losing the war in the air would cost the war itself. Over the best part of a century, airpower has defined conflict. The failure to win and sustain air superiority and supremacy makes victory at best difficult, and at worst impossible. The need to secure Electromagnetic Superiority and Supremacy (E2S) will have a similar effect on the wars of tomorrow. Forces failing to win and hold E2S while denyin...

Learn from subject matter experts and influencers from military, government, academia and industry who will speak to a multitude of topics around this year's theme. Whether it is from a main stage keynoter, or a breakout session panelist, plan to walk away equipped with the latest developments in technology and governance in pursuit of EMS capability superiority. Gain exposure to a show floor brimming with cutting edge technologies and service...

The foundation of modern electromagnetic battle management (EMBM) ) in complex electromagnetic operating environments for Joint Force operations is Situational Awareness (S/A). Situational Awareness for Joint Force Electromagnetic Battle Management (EMBM) is vital to enabling freedom of action in the EMS. This EMBM S/A capability creates Spectrum situational awareness in the combatant commands' Joint EMSO Cells on adversary, friendly, and neut...

When: September 12- 28, 2022| Mondays & Wednesdays | 1:00-4:00 PM EDT Where: Live Web Course - No Travel Required Course Length: 18 hours total - delivered across 6 sessions of 3-hours each. PLEASE NOTE: This course will be delivered through ON24. To ensure your computer system has access to ON24, please test your system HERE. DescriptionThis course will cover how artificial intelligence (AI) can be used in electronic warfare (EW). AI enab...

The US military establishment is playing catchup inside the EW sector, with large defense contractors and military test centers scrambling to test and field the best sensor systems to fight against near-peer competitors. While US defense companies develop products against a hypothetical contested spectrum (Baltics, South China Sea), companies in Europe deploy solutions that must work immediately in contested civil/military spectrums, everyday....