Sep 29, 2021 – Tech Brief 10: Open Air Range (OAR) Testing of EW Receivers

Tech Brief 10: Open Air Range (OAR) Testing of EW Receivers Open Air Ranges (OARs) are used for flight testing of EW receivers. Flight testing is always more demanding than ground-based testing as it requires a higher level of test planning, execution, and operation. D-TA has addressed the problem of OAR testing with low-cost, portable, […]

July 8, 2021

by Tuhin Das in Product Updates

July 8, 2021 – Tech Brief 09: Multi-Channel Radar Signal Emulator for Over The Air (OTA) Test & Training with Full Software Suite

Tech Brief 09: Multi-Channel Radar Signal Emulator for Over The Air (OTA) Test & Training with Full Software Suite D-TA’s MRSE-5000-4T (Four RF transmit channels) is a highly versatile radar signal emulator that is designed to create an Electromagnetic Operational Environment (EMOE). It is the only wideband radar signal emulator available in the market that […]

June 16, 2021

by Tuhin Das in Product Updates

June 16, 2021 – Tech Brief 08: High-Quality ELINT Collection System for Ground & Surface Naval Applications, Under $1M Installed

Tech Brief 08: High-Quality ELINT Collection System for Ground & Surface Naval Applications, Under $1M Installed D-TA’s MFEL-5000 G/N Advanced ELINT solution for Ground and Surface Naval applications is designed for radar signal interception in a dense EM environment and full BW data collection for signals of interest (SOIs). MFEL-5000 G/N is a dual channel […]

June 3, 2021

by Tuhin Das in Announcements, Press Release

June 3, 2021 – US Army EW System Testing/Training via EMOE Simulation

Thursday Update – US Army SIGINT and EW System Testing and Training via EMOE Simulation US Army’s Synthetic Battlefield Emitter System (SBES) generates dense and realistic open air electromagnetic operating environments (EMOEs) to ensure the effectiveness of their Electronic Warfare (EW) and Signals Intelligence (SIGINT) systems, and to train their warfighters in operationally relevant environments […]

May 26, 2021

by Tuhin Das in Product Updates

May 26, 2021 – I/Q Data Streaming for True CEESIM Capability

Tech Brief 07: I/Q Data Streaming for True CEESIM Capability Designing a complex simulator (SIM) that can emulate combat electromagnetic environment (CEE) is nontrivial. Industry giants have invested billions to address this problem. However, the problem is only partially addressed. DDS based approach, which is the industry norm, just does not cut it. The answer […]

May 4, 2021

by Tuhin Das in Product Updates

May 4, 2021 – Runway & Dockside Testing of EW Receivers

Tech Brief 06: Runway & Dockside Testing of EW Receivers MRSE-5000-PETS Dockside Testing of Radar Warning Receivers (RWRs) Rapid testing of Radar Warning Receivers (RWRs), Electronic Support Measures (ESM), Electronic Attack (EA) and other Electronic Warfare (EW) receivers in aircrafts, ships, ground vehicles and other platforms is becoming increasingly important as the use of EW […]

July 8, 2020

by Tuhin Das in Product Updates

July 8, 2020 – In The Real-World Radar Pulses Collide, But They Don’t Drop Out!

In The Real-World Radar Pulses Collide, But They Don’t Drop Out! D-TA’s Multi-Channel Radar Signal Emulator (MRSE) products do not drop pulses. They generate unlimited number of emitters in each frequency band for each channel, perform instant frequency band switching and pulse by pulse emitter mode switching, generate threats from different AOAs simultaneously, and what’s […]

Tag Archives: ESM

Sep 29, 2021 – Tech Brief 10: Open Air Range (OAR) Testing of EW Receivers

July 8, 2021 – Tech Brief 09: Multi-Channel Radar Signal Emulator for Over The Air (OTA) Test & Training with Full Software Suite

June 16, 2021 – Tech Brief 08: High-Quality ELINT Collection System for Ground & Surface Naval Applications, Under $1M Installed

June 3, 2021 – US Army EW System Testing/Training via EMOE Simulation

May 26, 2021 – I/Q Data Streaming for True CEESIM Capability

May 4, 2021 – Runway & Dockside Testing of EW Receivers

July 8, 2020 – In The Real-World Radar Pulses Collide, But They Don’t Drop Out!

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