Showing 33 - 40 of 47
Curtiss-Wright Takes Ultra-Small Mission Computer Performance to New Heights with Upgraded 1.5 Teraflop Supercomputer-Class Armv8-based Architecture

Curtiss-Wright Takes Ultra-Small Mission Computer Performance to New Heights with Upgraded 1.5 Teraflop Supercomputer-Class Armv8-based Architecture

Features NVIDIA TX2 with 6-core 64-bit Armv8 processor, NVIDIA Pascal GPU, double the RAM/Flash memory, and addition of vehicle CANbus interfaces.

04/26/2017
Curtiss-Wright and Lynx Software Technologies Demo LynxOS-178 RTOS for SBCs

Curtiss-Wright and Lynx Software Technologies Demo LynxOS-178 RTOS for SBCs

LynxOS-178 2.2.4 RTCA/DO-178B level a safety certified RTOS supports and is aligned with the FACE™ APIs for security, safety base, and safety extended profiles of the FACE Operating System Segment.

03/28/2017
Curtiss-Wright Debuts Stackable Analog Video Switch for Defense and Aerospace Platforms

Curtiss-Wright Debuts Stackable Analog Video Switch for Defense and Aerospace Platforms

Curtiss-Wright debuts a stackable video switch that supports up to 4 RGBHV external video ports.

02/15/2017
Curtiss-Wright Raises the Bar on Ultra-Small Mission Computer Performance with new Teraflop+ Supercomputer-Class Armv8-based Architecture

Curtiss-Wright Raises the Bar on Ultra-Small Mission Computer Performance with new Teraflop+ Supercomputer-Class Armv8-based Architecture

Curtiss-Wright announces new DuraCOR 312 the industry's most powerful, compact COTS mission computer weighs only 1.5 lb. Yet features a 4-core 64-bit Armv8 processor, 256-core GPU and comprehensive base I/O (including Ethernet, serial, USB, DIO and video ports)

11/16/2016
Curtiss-Wright Collaborates with Dolphin Interconnect Solutions to Dramatically Increase HPEC System Fabric Speed

Curtiss-Wright Collaborates with Dolphin Interconnect Solutions to Dramatically Increase HPEC System Fabric Speed

Curtiss-Wright announced that it is collaborating to bring the eXpressWare PCIe Software Suite into Curtiss-Wright's OpenHPEC Accelerator Suite.

07/19/2016
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
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