Showing 1 - 6 of 6
Curtiss-Wright Awarded Contract by U.S. Navy for MOSA Computer Modules to Support Identification Friend or Foe RADAR System

Curtiss-Wright Awarded Contract by U.S. Navy for MOSA Computer Modules to Support Identification Friend or Foe RADAR System

Contract valued in excess of $8.7M to support AN/UPX-24(V) IFF Processing electronics.

02/08/2023
Curtiss-Wright Selected by John Cockerill Defense to Provide Turret Drive Servo System and Ammunition Loading System

Curtiss-Wright Selected by John Cockerill Defense to Provide Turret Drive Servo System and Ammunition Loading System

Contract to supply aiming and stabilization supporting the Cockerill 3105 series weapons system for Indonesia’s new Harimau Medium Weight Tank.

10/11/2021
Curtiss-Wright Revitalizes Legacy VME Systems with New Intel 8th Generation Xeon E Series-Based SBC

Curtiss-Wright Revitalizes Legacy VME Systems with New Intel 8th Generation Xeon E Series-Based SBC

VME-1910 SBC brings the highest performance multi-core processing and advanced security features to legacy VME systems.

11/14/2019
New 24-Port VME Gigabit Ethernet Switch Module Modernizes Systems with Enhanced Security and Lower Power

New 24-Port VME Gigabit Ethernet Switch Module Modernizes Systems with Enhanced Security and Lower Power

VME-690 GbE Switch provides pin-compatible upgrade, interface configuration flexibility, and reduced power consumption.

12/01/2017
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