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Optimized RF converged hardware expression of a scalable transmit/ receive architecture (ORCHESTRA) Electronic Systems

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Page 1: Optimized RF converged hardware expression of a scalable … · 2020-05-09 · Group III ORCHESTRA center of gravity payload Dynamic array – simultaneous modes configuration Disclaimer

Optimized RF converged hardware expression of a scalable transmit/ receive architecture (ORCHESTRA)

Electronic Systems

Page 2: Optimized RF converged hardware expression of a scalable … · 2020-05-09 · Group III ORCHESTRA center of gravity payload Dynamic array – simultaneous modes configuration Disclaimer

ORCHESTRA integrates multiple RF capabilities into a modular system using a digital phased array payload. Each element in the array is a digital interface to the RF environment that can rapidly form individual or simultaneous beams. With heterogeneous digital signal processing, the array performs multiple simultaneous functions, for unparalleled aperture flexibility and greater operational scalability. ORCHESTRA’s open-standard, system-of-system architecture is suitable for integration with a variety of platforms and services. Its modular design maximizes power efficiency, mission flexibility, and system upgradability.

Key features

Group III ORCHESTRA center of gravity payload

Dynamic array – simultaneous modes configuration

Disclaimer and copyrightThis document gives only a general description of the product(s) and service(s) and, except where expressly provided otherwise, shall not form any part of any contract. From time to time, changes may be made in the products or the conditions of supply.BAE SYSTEMS is a registered trademark of BAE Systems plc.©2018 BAE Systems. All rights reserved.CS-17-G08-CONCERTOApproved for public release; unlimited distribution

The effort depicted is funded by the Defense Advanced Research Projects Agency (DARPA)For more information contact:

BAE Systems FAST Labs™ Benjamin Mcmahon T: 603 885 4688 E: [email protected] W: www.baesystems.com/fastlabs

Cleared for open publication on 11/18

Not export controlled per ES-FL-111218-0174

Epoch 1 mode configuration • Transmit (Tx) GMTI or spotlight synthetic aperture radar (SAR)• Receive (Rx) GMTI or spotlight SAR

Epoch 2 mode configuration • Rx electronic attack (EA), multiple bands• Tx EA, multiple bands

Epoch 3 mode configuration • Rx Comms

Epoch 4 mode configuration • Space time adaptive processing/ MIMO for adaptive comms or radar• Multiple displaced phase centers

Pulsed GMTI

• Rx SIGINT, multiple bands• Radar warning receiver (RWR)• Geolocation

• Rx EA

EA Rx COMMS Power saveSIGINT/GEO/RWREA TxPulsed SAR

RF converged digital phased arrays enable rapid switching between simultaneous or individual beams

• Tx EA • RWR

Open architecture interface that is compliant with open mission systems, which facilitates simple integration into existing systems-of-systems architectures

Element digitization approach is scalable, from small RF-enabled munitions and ground vehicles to manned and unmanned air craft

Modular open architecture integrates third-party RF modes and applications on ORCHESTRA hardware through open API/ICD

Elemental digital array capable of producing multiple beams in transmit or receive, as well as Multiple-input, multiple-output (MIMO) Eigen beams