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The article evaluates industrial equipments including the Bindicator MP Series, a microwave, pulse (MP) radar from Bindicator, the STA 449 F5 Jupiter, a top-loading system for thermal analysis from Netzsch and the Blending Beds and Stockpiles for bulk solid flow from Beumer Group.

The article offers information on the use of radar technology in military systems including commercial, civil, and scientific purpose. It mentions that radar is used in law-enforcement applications along with automotive and public transportation system. It mentions that the fundamental capability of radar is to process radio frequency (RF) or microwave signal information.

The article discusses the growing demand for microwave power amplifiers (PA) brought by an increasing number of applications from commercial cellular systems to military radars that depend on amplified high-frequency signals. It outlines the copper surface roughness of a high-frequency circuit material as well as the PA designers' concern of circuit material insertion loss. The critical component of thermal management for achieving high reliability in any microwave PA is also tackled.

The article reports on the application of electronic-warfare (EW), surveillance, communications, and radar systems. Some of the functions that are essential for EW simulations are discussed. It is said that military users depend on several simulation systems, but electronic gear that recreates EW environments is popular, since EW systems can stand between life and death.

The article focuses on the advancement of radio frequency (RF) connectors for embedded computing systems. Topics incclude the use of RF technology for high speed communications systems, the evolution of active electronically scanned array (AESA) radar systems, and the open architecture of Virtual Exchange Program (VXP).

The article discusses the Modular Platform Approach for ultra-wide bandwidths (UWB) radar system design along with its verification challenges. Topics discussed include the technology used by radar systems ranging from ultra- wide bandwidths (UWB) to phased arrays, technologies used by radar scientists to improve the low probability of intercept (LPI) properties of radar, and ability of UWB radar technology to increase track resolution of radar systems.

The article offers information regarding the Co-existence Tests for S-Band Radar and long-term evolution (LTE) network and the potential issues concerning S-Band radar systems and LTE networks from mobile devices and radar operating. Topics discussed include the operation of LTE in time division duplex (TDD) and frequency division duplex (FDD), presence of LTE signals in the radar receiver causing interference to radar system, and estimating the disturbance of radar caused by bandwidths.

The article offers information about the low-noise balun aids phased-array radars.

The article reports on the evolution of radar technology. It is said that radar systems are evolving into multiple-function platforms, along with active signal switching and smaller, more efficient antennas. Digital technology, modern data converters such as analog-to-digital converters and digital-to-analog converters have enhanced radar technology.

The article presents brief information on the WXR-2100 MultiScan radar from aerospace and defense company Rockwell Collin, and the RDR-4000 weather radar from American multinational conglomerate company Honeywell.

The article discusses the importance of phase noise a critical factor in sophisticated radar and communication systems and serves a key parameter in defining target acquisition in radars and spectral integrity in communication systems. Topics include the use of phase noise as a measure of the frequency stability of an oscillator, the impact of phase noise to the performance of many microwave systems and the relation of Doppler effect to the velocity of the object being imaged in radar systems.

The article reports that according to the Royal Australian Air Force the Jindalee Operational Radar Network (JORN) was designed to detect air targets objects on the surface of the water equivalent in size to an Armidale Class Patrol Boat. Topics discussed include use of High-Frequency (HF) band in JORN; replacement of Information Communications Technology (ICT) hardware in JORN; and views of Neale Prescott, Director of Business Development at Lockheed Martin Australia, on radars.

The article offers information on the impact of warships over transparency of sky as well as weather conditions. Topics discussed include use of Schiebel rotary wing Camcopter S-100 unmanned air system (UAS) by the warships; improvement required in the radar sensors used in the flying vehicle; and views of Hans Georg Schiebel, owner of Schiebel Group, on purchase of Camcopter S-100.

The article discusses the use of satellite-based radar technology known as remote sensing to monitor tailing storage. Topics mention including using interferometric synthetic aperture radar (InSAR) technique, vital role of forward monitoring in understanding the natural behavior of mining dams and gaining popularity and acceptance such as by mine operators and geotechnical engineering consultants.

The article discusses the rising commercial adoption and applications of compact radar sensors due to advances in technology. Topics discussed include the introduction of compact radar systems in automobiles, advances in design which address the issues of form factor and power consumption, and the efforts of integrated circuits (IC) manufacturers to reduce the cost of radar sensors.

The article discusses the Airshow China held in Zhuhai, China in November 2016. It mentions Almaz-Antey promoted Moscow's counterstealth radar systems; display of the NNiiRT's Barrier-E forward-scattering, multispan radar by Almaz-Antey and JY-50, a passive VHF-band radar by CETC. It also mentions listing of detection range against the stealthy F-22 by radars.

The article reports that Echodyne Corp., a defense startup which develops metamaterial-based radar products, has developed a metamaterial radar with a detect-and-avoid (DAA) capability for small unmanned aircraft systems (UAS). The company conducted successful air-to-air radar tests in Texas and it is expecting to launch the production detect-and-avoid radar by early 2017.

The article reports that the Federal Aviation Authority (FAA) is focused in replacing its air traffic control weather and surveillance radar network without changing its budget. It focuses on the cash for the infrastructure to replace 800 radar systems including Doppler and Nexrad weather radar systems.

The article provides information on science related to low frequency counterstealth technology and digital electronics technology. Topics discussed include C-band used in surface-to-air missile (SAM) systems, absorptivity of radar absorbent material (RAM), F-117 stealth aircraft, and prediction of reflections through computer software programs.

The article discusses the fundamentals of stealth technology used in aircraft like the F-35 fighter jet from aerospace company Lockheed Martin. Topics covered include basic information about the science of stealth, the formulas used in calculating the metric of detectability called radar cross-section (RCS), and the difference between stealth or detectability and radar technology.

The article presents the Autonomous Radar Sensor Enables Smart Motion Sensing from Infineon Technologies AG.

The article highlights the different radar systems and technologies used by the U.S. armed forces. Topics discussed include the functions of military radar and moving-target-indicator (MTI) radar, synthetic-aperture-radar (SAR) and inverse SAR systems, and radar systems from Northtrop Grumman and Raytheon Co.

The article informs about testing radar warning equipment in realistic scenarios is crucial to reliable performance in the field, and dedicated instruments or test systems have been used with commercial vector signal generators (VSG). Topics include the capability to play back a nearly unlimited range of signals from simple unmodulated pulses to radar signals with modulation on pulse (MOP); and high modulation bandwidth of these VSGs enables modern frequency- agile radars to be simulated.

The article discusses that the defense industry is working alongside the Pentagon and allied nations to bring online new radar systems that can be used on land and at sea. It mentions the system was designed for DDG-51 Flight III destroyers and has four array faces, each with 37 radar module assemblies; and also mentions the radar can simultaneously defend against cruise missiles, antisurface and anti-ship threats and provide jamming protections.

The article reports on the announcement of radar technology manufacturer Echodyne that its radars were key active sensors deployed by the U.S. Defense Advanced Research Projects Agency (DARPA) for its Aerial Dragnet program in San Diego, California.

The article reviews the KuRFS, uses advanced electronically scanned array to provide precise, persistent surveillance of airborne objects from the Defense contractor company, Raytheon.

The article reports on Bellevue, Washington-based start-up firm Echodyne's launch of a low-powered Ka-band radar for application in unmanned aircraft systems. Topics covered include the use of metamaterials, scanning array range of three kilometers, the advantages of the radar in terms of lighter weight and smaller size compared to other radars and comments from Echodyne chief executive officer Eben Frankenberg.

The article reports that American defense contractor Raytheon will launch an active, electronically scanned array (AESA) radar with the gallium nitride (GaN) technology for the Patriot missile defense system. Topics discussed include the company's commitment with the U.S. Army's Lower Tier Missile Defense Capability program, missile and radar components being manufactured by Raytheon, and other countries ordering Raytheon's Patriot system.

The article discusses plans of the Israeli air force to reduce flying hours and enhance simulation in the aerospace industry. Topics discussed include role of Aeronautics M-346 trainer from aerospace firm Finmeccanica to train using radar and electronic warfare systems, views of Sagi Peleg, vice president at aviation firm Elbit, on reduced flying hours to pay for training systems, and use of advanced trainers like TA-4J Skyhawks from aerospace firm Boeing for undergraduate pilot training.

The article offers brief information on the fighter radar X-band radar from Saab.

The article discusses the contribution of several physicists, mathematicians and engineers for early development of the airline company stealth. It highlights the contribution of Robert Watson-Watt for invention of radar. It also highlights the efforts made by engineer Alan Brown for "titanium tennis racket" screens over infrared sensors. It also focuses on airmcraft manufacturer Lockheed Skunk Works's founder Clarence L. "Kelly" Johnson who directed modifications to the U-2 aircraft.

27 TWICE.COM | APRIL 2021 Feature: Smart Home Ring Debuts Video Doorbell Pro 2 Features include radar technology, 3D motion detection, and Bird's Eye View. By TWICE Staff R ing has announced Ring Video Doorbell Pro 2, a new video doorbell complete with 3D Motion Detection with radar, enhanced audio capabilities with an array microphone, and customizable privacy features. [Extracted from the article]

The article evaluates the commercial-off-the-shelf (COTS) test gear, a Software Defined Radar System (SDR).

The article offers information on commercial-off-the-shelf (COTS) test gear in the radar target generator system can recreate the effects of signals being reflected and deflected by different objects. The generation of signals that represent targets or the reflection of signals from targets is required in exercising a radar system.

The article reports on the use of simulators for the design and development of many different electronic-defense systems. It is said that they are also used in electronic-warfare and radar systems. Mercury Systems Inc., a Big Data processing systems, software and services provider, has used several radar sensors with its Radar Environmental Simulator (RES) systems.

The article presents the first part of a series on electronic warfare decoys which focuses on radar decoys in terms of how they are deployed, how they obtain false targets in the radars they counter, and their operational missions. The three basic missions of radar decoys are saturation, seduction and detection. It compares passive and active radar decoys and notes that radar decoys must be deployed in a way that it is separated from the platforms they protect against radar controlled weapons.

The article offers aviation and space and technology news brief as of March 2015. Topics discussed include the Advanced Test High Energy Asset (Athena) ground prototype laser from Lockheed Martin that has disabled a small truck in field tests, investment of Lockheed Martin in Rocket Laboratory and a prototype quantum radar developed by research team at the University of York in York, England to reveal stealth aircraft.

The article offers aviation and space and technology news brief as of March 2015. Topics discussed include production started by VHF active electronically scanned array (AESA) technology as part of the 55Zh6M Nebo-M multiband radar complex, Giraffe 4A/8A S-band radars from Saab and the Boeing EA-18G Growler aircraft's ability to jam in the very high frequency (VHF) band.

The article reports that support for provision of defensive lethal weapons to Ukraine is given by bipartisan group of seven senators for its fight against Russian-backed rebels. Topics discussed include views of John McCain, Senate Armed Services Committee Chairman, on providing lethal weapons; military assistance to Ukraine to counter further aggression by Russia; and the delivery of the U.S. stocks of counter-battery radars.

The article focuses on the description, production, and upgrades of several fighter planes used by the air forces across the world as of 2014. Topics include addition of active, electronically scanned array (AESA) radars to the F-15 Eagle fighter plane, the production of F-16 Fighting Falcon fighter plane, and description of F/A-18 twin-engine, carrier-capable, multirole fighter which is now produced by Boeing.

The article offers information on the goal of the U.S. Missile Defense Agency (MDA) to integrate the disparate elements of a vast ballistic missile defense system including satellites, airborne infrared data, and ground-and ship-based radars into a single system of sensors and shooters functioning seamlessly. It mentions that MDA intends to install MTS-C on a Reaper and begin airborne trials in 2015. Also includes statement of MDA spokesman Rick Lehner.

The article reports that test flights of a multirole fighter Eurofighter Typhoon fitted with an active, electronically scanned array (AESA) radar will start in 2014. Topics discussed include airplane manufacturer Airbus chief executive officer (CEO) Tom Enders asserting in front of investors about future export prospects, views of Alberto Gutierrez, CEO of Eurofighter and Typhoon flight tests of the prototype U.K. E-Scan radar and ground testing at BAE Systems' Electronic Warfare Test Facility.

The article discusses new features in Remcom's WaveFarer® radar simulation software provide a realistic representation of the conditions vehicles encounter in the real world, revealing backscatter from road surfaces and vehicle interiors. Topics include diffuse scattering adds scattered paths from the rough surface of the road; and new tools, including scripts for setting up simulations with chirp waveforms and post-processing utilities for predicting.

The article announces the National Science Foundation's Green Bank Observatory and National Radio Astronomy Observatory with Raytheon Intelligence & Space conducted a test in November to prove that a new radio telescope system has captured high resolution images in near-Earth space.

The MDF software is compatiblewith Cambridge Pixel's radar processingproducts, such as SPx Server fortarget tracking and SPx Fusion. Defense electronics CAMBRIDGE PIXEL'S MARITIME DISPLAYframework (MDF) softwaredesign tools enable maritime integratorsto speed development ofautomatic radar plotting aid (ARPA)radar display consoles. [Extracted from the article]

The article focuses on the 5G summit held to discuss the developments in the 5G, radar and mmWave technology.