Product Updates

  1. Home
  2. Product Updates
Jul 16, 2019
by in Product Updates

Multi-Channel Radar Signal Emulator (MRSE) Strategic Deployment Case Study

Multi-Channel Radar Signal Emulator (MRSE) Strategic Deployment Case Study Problem: 4-channel, phase coherent radar signal emulator platform to simulate backscatter returns from distant (>400 km) flying objects to a multi-channel radar receiver system. Solution: A 4-channel standard MRSE-2000 system tailored to customer requirements delivered within 120 days. 4 phase-coherent RF output channels with 80 MHz […]

Continue reading
Jun 25, 2019
by in Product Updates

June 25, 2019 – Building the World’s Largest Over-The-Horizon Radar (OTHR) for the Arctic

Building the World’s Largest Over-The-Horizon Radar (OTHR) for the Arctic Large channel count HF Over-The-Horizon-Radars (OTHR) are getting significant attention in recent years because of long range monitoring applications. D-TA has been involved with the world’s largest HF OTHR project — the Polar Over-The-Horizon-Radar (POTHR). The system includes 1024 phase coherent receive channels and 256 […]

Continue reading
May 01, 2019
by in Product Updates

May 01, 2019 – RFvision-Broadview: A Gold Standard

RFvision-Broadview: A Gold Standard for multi-antenna spectrum processing The open-architecture (N-Channel) RFvision-Broadview includes DTA-3380 high-performance super-heterodyne RF transceiver with 1 MHz – 8 GHz frequency tuning range, 80 MHz IBW, 16 bit data converters, programmable DDCs/DUCs for operating BW selection from a few kHz to 80 MHz, phase-coherent and/or independent tuning and DTA-5000 RAID server […]

Continue reading
Jan 23, 2019
by in Product Updates

January 23, 2019 – Testing RWRs has never been easier…

D-TA’s MRSE series of Multichannel Radar Signal Emulators are open-architecture solutions that can be tailored precisely to user requirements Simulate multi-channel phase-coherent signals for AoA Simulate target, emitter and receiver motions Simulate any number of emitters (search radar, tracking radar, interferers, etc) Simulate any type of pulse and CW modulation, and other characteristics And much […]

Continue reading
  • 1
  • 2
Stay Updated

Newsletter Registration Form

Please register for the D-Ta newsletter by filling the form below.
    Register for the D-TA Newsletter!

    Newsletter Registration Form

    Please register for the D-Ta newsletter by filling the form below.