Multicore
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Curtiss-Wright, Green Hills Software and CoreAVI Collaborate to Deliver FACE(tm)-Aligned, DO-254/178 Safety-Certifiable Solutions
Curtiss-Wright, Green Hills Software and CoreAVI Collaborate to Deliver FACE(tm)-Aligned, DO-254/178 Safety-Certifiable Solutions
SUPPORT FOR GREEN HILLS SOFTWARE’S INTEGRITY(r)-178 TUMP(tm) RTOS AND COREAVI’S GRAPHICS DRIVERS ON CURTISS-WRIGHT RUGGED MODULES SPEEDS THE INTEGRATION OF HIGH-PERFORMANCE AVIONICS SYSTEMS
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Curtiss-Wright, Green Hills, and Harris are First to Demo FACE(tm)-Conformant Software Running Simultaneously on x86 and Power Architecture Platforms
Curtiss-Wright, Green Hills, and Harris are First to Demo FACE(tm)-Conformant Software Running Simultaneously on x86 and Power Architecture Platforms
DEMO FEATURES HARRIS’S FACE-CONFORMANT FLITESCENE(r) DIGITAL MOVING MAP SOFTWARE AND CURTISS-WRIGHT 3U OPENVPX SINGLE BOARD COMPUTERS AND GRAPHICS MODULES
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Curtiss-Wright Showcases COTS Hardware and Software Solutions for FACE(tm) at the 2018 U.S. Army FACE Technical Interchange Meeting
Curtiss-Wright’s Defense Solutions division will showcase a range of commercial off-the-shelf (COTS)-based embedded solutions that combine its rugged open architecture board and mission computer hardware with FACE-conformant operating system (OS) and FACE-conformant application software at the 2018 U.S. Army FACE Technical Interchange Meeting (TIM).
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Curtiss-Wright Delivers Performance Breakthrough for VxWorks-based HPEC Systems with Support for Intel(r) Xeon(r) D processor DMA Engine with 40 GbE
Curtiss-Wright Delivers Performance Breakthrough for VxWorks-based HPEC Systems with Support for Intel(r) Xeon(r) D processor DMA Engine with 40 GbE
WIND RIVER VXWORKS BSP FOR INTEL XEON D PROCESSOR-BASED CHAMP-XD1 AND CHAMP-XD2 OPENVPX MODULES IS FIRST TO PROVIDE SUPPORT FOR QUICKDATA TECHNOLOGY DMA ENGINE AND 40 GBE MELLANOX(r) ETHERNET CONTROLLER
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Curtiss-Wright, Green Hills Software(r), and Harris(r) Corporation Demonstrate Two FACE(tm)-Conformant Digital Moving Map Solutions for Defense Avionics
Curtiss-Wright, Green Hills Software(r), and Harris(r) Corporation Demonstrate Two FACE(tm)-Conformant Digital Moving Map Solutions for Defense Avionics
THE DEMOS FEATURE FACE-CONFORMANT FLITESCENE(r) DIGITAL MOVING MAP SOFTWARE AND PRE-VALIDATED DO-254 SAFETY-CERTIFIABLE BOARD SETS FOR EMBEDDED AVIONICS APPLICATIONS
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Curtiss-Wright Brings Advanced NVIDIA(r) Pascal(tm) GPGPU COTS Solutions to Demanding ISR/EW Applications
Curtiss-Wright Brings Advanced NVIDIA(r) Pascal(tm) GPGPU COTS Solutions to Demanding ISR/EW Applications
NVIDIA QUADRO(r) PASCAL GPGPU-BASED OPENVPX(tm) AND XMC MODULES SPEED AND EASE THE DEVELOPMENT OF HIGH PERFORMANCE EMBEDDED COMPUTING (HPEC) SYSTEMS
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Curtiss-Wright Supports New 7th Gen Intel(r) Xeon(r) processors on DO-254 Safety Certifiable Single Board Computers
Curtiss-Wright Supports New 7th Gen Intel(r) Xeon(r) processors on DO-254 Safety Certifiable Single Board Computers
Updated VPX3-1220 and XMC-121 SBCs deliver highest performance with Intel’s latest generation quad-core low-power EL-1505L v6 processor and fast Intel HD Graphics
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Curtiss-Wright Adds High Reliability Field-Removable Storage Capability to Small Form Factor Rugged Mission Computers
Curtiss-Wright Adds High Reliability Field-Removable Storage Capability to Small Form Factor Rugged Mission Computers
Support for 100K insertion/extraction cycles for 2.5" SATA disks boosts system reliability for popular Parvus(r) DuraCOR(r) 80-41 and DuraCOR(r) 80-42 mission computers
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Curtiss-Wright and Green Hills Software Collaborate to Provide Safety-Certifiable COTS Multicore Solutions
Curtiss-Wright and Green Hills Software Collaborate to Provide Safety-Certifiable COTS Multicore Solutions
New VPX3-151 is first RTCA/DO-254 safety-certifiable COTS SBC to support Green Hills Software’s RTCA/DO-178B Level A-certified multicore INTEGRITY-178 tuMP(tm) RTOS
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Curtiss-Wright’s New Memory-Maximized 16-Core Intel(r) Xeon(r) Processor D-based DSP Module is First to Support Up to 128 GB DDR-4 Memory
Curtiss-Wright’s New Memory-Maximized 16-Core Intel(r) Xeon(r) Processor D-based DSP Module is First to Support Up to 128 GB DDR-4 Memory
New Variant of Popular Supercomputer-class CHAMP-XD2 OpenVPX(tm) module eliminates data bottlenecks for compute-intensive, memory-bound ISR applications
