Showing 113 - 120 of 121
Curtiss-Wright, Green Hills Software and Richland Technologies Demonstrate Deterministic Safety-Certifiable COTS Multicore System

Curtiss-Wright, Green Hills Software and Richland Technologies Demonstrate Deterministic Safety-Certifiable COTS Multicore System

Demo highlights advantages of time partitioned/unified operating system approach for certified applications, using multicore INTEGRITY-178 tuMP™ RTOS and RTGL OpenGL SC libraries running on OpenVPX™ NXP Power Architecture single board computer.

03/14/2017
Curtiss-Wright Debuts Industry's First COTS Data Storage System to Support 2-Layer Encryption for Protecting Classified Data-at-Rest

Curtiss-Wright Debuts Industry's First COTS Data Storage to Support 2-Layer Encryption for Protecting Classified Data-at-Rest

Rugged DTS1 network attached storage (NAS) device now supports NSA's Commercial Solutions for Classified (CSfC) 2-Layer Encryption approach for secure data-at-rest.

01/23/2017
Curtiss-Wright Recognized as Leading Supplier of Open Architecture Embedded COTS Systems

Curtiss-Wright Recognized as Leading Supplier of Open Architecture Embedded COTS Systems

New Market Study Ranks Curtiss-Wright Defense Solutions #1 Supplier in US and World for VPX and VME-based Systems

12/15/2016
Electronic Design

Changing Ways to Deliver Safety and Security

The rise of the Internet of Things (IoT) and Industrial IoT (IIoT) is not the only reason for increased demand for safety- and security-related solutions.

12/01/2016
Electronic Design

VME Interfaces Return to FPGAs

One example of an FPGA-based VME interface alternative is Curtiss-Wright’s Helix, a field-tested and proven PCI Express-to-VME64x transparent bridge that provides a full VME64xMaster/Slave interface with a direct bridge to a PCI Express upstream port

07/06/2016
Military Embedded Systems

Long live VME!

Aaron Frank discusses the continuation of VME after the end-of-life of the popular Tempe TSI148 VMEbus bridge chip.

03/15/2016
Curtiss-Wright’s New FPGA-based VME Interface Combats Obsolescence

Curtiss-Wright’s New FPGA-based VME Interface Combats Obsolescence

Curtiss-Wright's new VME64x Interface replaces the Tempe device with a long-life reconfigurable FPGA solution in order to combat obsolescence.

03/14/2016
Curtiss-Wright's New T2080-based VME Single Board Computer Delivers Big Boost in Performance at Reduced Cost

Curtiss-Wright's New T2080-based VME Single Board Computer Delivers Big Boost in Performance at Reduced Cost

Curtiss-Wright's new T2080-based VME SBC features an NXP® Power® Architecture T2080 Processor backed with an FPGA-based VME Interface. Read more here!

03/14/2016