AMEWAS, Inc.’s Post

An anechoic chamber plays a crucial role in electronic warfare testing by providing a controlled environment free from electromagnetic interference. This allows for precise measurement and evaluation of electronic warfare technologies, ensuring their effectiveness and reliability in real-world scenarios.

The Airfield Beacon of Steiner eOptics is a compact remotely triggered beacon designed for marking covert airstrips and landing zones. It offers a unique capability to send flashing beacons remotely from miles away. The Airfield Beacon’s UHF transceiver is programmed with seven discrete channels and can be remotely activated from a minimum of 2 km up to 6 km away. With standard night vision goggles, it can be detected from 15 km. The Steiner Airfield Beacon is a versatile and robust tool designed for a wide range of operational needs. Each beacon doubles as a transmitter, capable of triggering other beacons, ensuring seamless communication across your setup. It can be equipped with a variety of emitters in the visible and near IR wavebands, allowing for flexible usage depending on mission requirements. Read more about the Airfield Beacon in our new blog https://lnkd.in/e7zgdVxj or request more info via: intel@cobbsindustries.com. #Steiner #SteinerDefense #BDT #BerettaDefenseTechnologies #AirfieldBeacon #Beacon #SteinerBeacon #TacticalLighting #NIR #InfraredBeacon #MilitaryTech #TacticalGear #COBBS #COBBSINDUSTRIES #forthemanontheground

When we developed our latest GNSS/INS the RT3000 v4, we also developed its more rugged, IP67-rated counterpart, the RT3000 v4 DO-160. Passing 18 of the 23 tests of the DO-160 avionics standard means the RT3000 v4 DO-160 is certified as capable of withstanding some of the most inhospitable environments imaginable - both on land and in the air! In our latest blog, we explain a little more about what that means for organisations working in the aerospace and intelligence gathering spaces. https://hubs.la/Q02v8P-k0

Current methods to validate radar systems and to train pilots for combat in contested electromagnetic environments come with significant challenges. DRFM-based technology solutions can help overcome those challenges. https://ow.ly/lAQj50SifbG #InnovationThatMatters #IMS2024

The interconnected battlefield has become increasingly more dependent on antennas and communication in the last couple of years because of the constant additions of new unmanned vehicles, AI, and new tactical radio innovations. And because of this, engineers naturally deal with a higher amount of stress than the average employee. People’s lives depend on your designs and you have to think of every possible connectivity problem that your project can face in the field. We’d like to give you a little peace of mind when it comes to the SWA antennas you’ve chosen for your mission critical application. At SWA, we use unbiased third party testing traceable to NIST standards. We confirm all of our antenna products this way so our customers can always trust our published product performance. We leverage the WRC- Wireless Research Center for this testing and we have for years. You want to worry less and have real accurate data that you can trust and count on? Come to SWA and you will have exactly that.

Enabling heterogeneous integration is key to development of next generation dual use technologies.

Chip Attenuators for Mission-Critical Application Scenarios MIL-PRF-55342 qualified, the TSX WB2 series of surface-mount chip attenuators from Smiths Interconnect deliver strong performance and high reliability, while being housed in a compact (404 size) form factor. These components have 1W to 3W power handling capabilities. They can deal with frequencies of up to 50GHz - with the upshot that the wider coverage exhibited will allow a single component to be employed for multiple functions (thereby lowering the component count, space utilisation and overall system costs). Various attenuation values are offered, namely 1dB to 10dB, then 15dB, 20dB and 30dB. Tight attenuation tolerances are always upheld. Key applications for these attenuators include space, defence, avionics, etc. “The TSX series is a cost-effective wire bondable... READ MORE https://lnkd.in/e7HH-sE9 Gemma Castle Mark Kennedy Jo-Anne Morrison Christopher Hawn Davide Borsatti Federica Nappi Rebecca Bessell

Here’s a great article on radar frequency bands!

Latest episode of Geopolitics Decanted is with a terrific guest - Shashank Joshi, Defense Editor at the The Economist. We discussed the Trinity Revolution in Warfare: the implications of proliferation and affordability of precision munitions, sensors and communications systems like Starlink. And yet, despite this new technological evolution, infantry mass and artillery are as important as ever. Also, the unmanned paradox: why unmanned drones require a great deal of manpower (as does cyber). We also debated the usefulness of hypersonics, the logistical needs of electronic warfare, whether drones are simply cheap and less capable knockoffs of weapons we've had for decades, and much more! https://lnkd.in/e6mT3aJK

The Director of the OCCAR (Organisation for Joint Armament Co-operation) signed a second amendment to the Night Vision Goggles (NVG) Contract with the consortium of HENSOLDT Optronics (Pty) Ltd and THEON INTERNATIONAL Sensors, facilitating the additional procurement of Night Vision Goggles and In-Service Support for Belgium and Germany. The MIKRON NVG is a lightweight, image-intensified, dual-tube binocular, with the capability of being head or helmet-mounted, or being held by hand. Notably, it features an integrated infrared illuminator and allows for quick configuration adjustments, as each monocular can be flipped away individually. Learn more about this move here https://rebrand.ly/nje99ry Stay updated with #NightVisionGoggle industry insights at https://lnkd.in/dsUaQy_E #defenseindustry #defensetechnology #nightvision #news