Showing 41 - 48 of 53
Curtiss-Wright Introduces Space Industry's First Low-Cost COTS Module for Measuring Microgravity Acceleration

Curtiss-Wright Introduces Space Industry's First Low-Cost COTS Module for Measuring Microgravity Acceleration

New KAD/ADC/128 Microgravity Accelerometer Module delivers the performance of costly custom solutions at a fraction of the price.

02/16/2017
Curtiss-Wright Selected by ELV to Provide Cost-Effective Telemetry System for the European Space Agency's New Vega-C Launcher

Curtiss-Wright Selected by ELV to Provide Cost-Effective Telemetry System for the ESA's New Vega-C Launcher

Curtiss-Wright will provide its Smart Backplane radiation tolerant COTS electronics data acquisition technology.

02/08/2017
Curtiss-Wright Debuts Safety Certifiable 3U VPX Graphics Modules for Avionics

Curtiss-Wright Debuts Safety Certifiable 3U VPX Graphics Modules for Avionics

New graphics cards feature AMD Radeon E8860 GPU, DO-254 DAL C, and DO-178C DAL A safety certifiable data artifacts and 15+ year availability.

11/03/2016
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
Curtiss-Wright Selected by Rocket Lab to Provide Data Acquisition Systems for the Electron Launch Vehicle

Curtiss-Wright Selected by Rocket Lab to Provide Data Acquisition Systems for the Electron Launch Vehicle

Rocket Lab selected Curtiss-Wright's rugged, modular Space COTS Acra KAM-500 Data Acquisition Unit for the Electron Launch Vehicle. Read more here!

04/11/2016
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