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Curtiss-Wright Announces Results of HPEC System Performance Study for US Air Force-Led Next Generation Radar Evaluation Program

Curtiss-Wright Announces Results of HPEC System Performance Study for US Air Force-Led Next Generation Radar Evaluation Program

Curtiss-Wright announces the results of an HPEC System Performance Study for the US Air Force-led, next-generation, radar evaluation program. Read more here!

03/07/2016
Military & Aerospace Electronics

New Frontiers in Passive Radar and Sonar

J.R. Wilson with Military & Aerospace Electronics considers how Passive sensor systems may be ready to come into their own, as high-performance embedded computing technology becomes powerful enough to handle massive computing loads.

02/08/2016
Curtiss-Wright Announces Initiative to Support the U.S. Army's MORA Architecture with Compliant RF Capabilities

Curtiss-Wright Announces Initiative to Support the U.S. Army's MORA Architecture with Compliant RF Capabilities

Curtiss-Wright Announces Initiative to Support the U.S. Army's MORA Architecture with Compliant RF Capabilities Using Embedded COTS Systems.

10/12/2015
Curtiss-Wright & DRS Technologies Collaborate to Bring U.S. Army’s MORA Architecture Compliant RF Capabilities to Rugged Embedded COTS Systems

Curtiss-Wright & DRS Technologies Collaborate to Bring U.S. Army’s MORA Architecture Compliant RF Capabilities to Rugged Embedded COTS Systems

Curtiss-Wright and DRS Technologies Collaborate to Bring U.S. Army’s Modular Open RF Architecture (MORA) Compliant RF Capabilities to Rugged Embedded COTS Systems.

10/12/2015
Military Embedded Systems

Broadwell chip boosts GPU performance for COTS SBCs

Aaron Frank discusses the benefits of Intel's new Broadwell processor to embedded defense applications.

09/14/2015