As technology advances, ground vehicles have constantly growing payload options to accommodate ever changing mission needs. These payload options may be cameras, communications, weapons, and more. A mission management computer provides a scalable and flexible capability to handle all of the ever changing mission tasks a platform may encounter.

The mission management computers from Curtiss-Wright provide interface to a wide range of functions via modular and expandable components that allow the systems to be modified easily. Each mission management computer provides the ability to interface legacy data buses such as 1553, graphics input and output, networking capability and state of the art processing. All of this combined with our ever growing capabilities in data security, Curtiss-Wright has the answer to manage your mission needs.

COTS Boards

Curtiss-Wright is a technological leader in providing open architecture Commercial Off-The-Shelf (COTS) based rugged processor, graphics, video, data recorder, storage, I/O and communiction, and networking cards for mission computing. The “building block” approach to providing solutions gives our customers great benefits with respect to cost, lead time and supportability. These COTS boards are deployed in hundreds of defense programs and Curtiss-Wright continues to provide support throughout their life cycle; a suite of Continuum™ Lifecycle Services safeguards your programs and mitigates the challenges associated with leveraging COTS technology for long-term mission-critical systems.

Related Products

Program Specific Systems Curtiss-Wright has the system integration expertise to create specific system solutions, with tailored, optimized functionality for a specific platform or program. MORE> P/XMC MPMC Mission Computers Multi-Platform Mission Computer (MPMC) product family consists of fully integrated computing subsystems ready for deployment in SWaP constrained applications. These systems with PMC or XMC mezzanine sites for I/O expansion are housed in rugged chassis fully pre-configured with power supplies and high performance computing boards. MORE> 3U MPMC Mission Computers 3U Multi-Platform Mission Computers are fully integrated computing subsystems with a wide range of I/O ready for deployment in SWaP constrained applications. MORE> 6U MPMC Mission Computers 6U Multi-Platform Mission Computer (MPMC) product family consists of fully integrated computing subsystems ready for deployment in high-performance applications. MORE> DuraCOR Mission Computers Curtiss-Wright’s rugged COTS mission computer subsystems feature modular, expandable designs with powerful graphics and data processing capabilities together with reliable mechanical robustness, Size, Weight, and Power-Cost (SWaP-C), reliability, and budget requirements so customers can deploy a fully-functional, environmentally-hardened subsystem. MORE> 6U FPGA Processor Cards Curtiss-Wright 6U VPX Xilinx Virtex-7, 6 or 5 FPGA-based processor cards meet the most demanding SWaP-constrained applications and include a wide complement of I/O functionality. MORE> 6U Freescale Power Architecture Digital Signal Processor Cards Curtiss-Wright builds high-performance Freescale Power Architecture-based digital signal processing computing solutions tailored to the needs of the most demanding defense applications such as radar, sonar, signal intelligence and image processing. MORE> 6U Intel Digital Signal Processor Cards Curtiss-Wright Intel Core i7-based digital signal processing products provide industry leading performance within SWaP constraints while meeting the most demanding defense applications such as radar, signal intelligence and image processing. MORE> HPEC Development System High-Performance Embedded Computing (HPEC) includes many of the same data flow and computational challenges as High Performance Computing, but addresses them within the context of SWaP constrained military embedded computing. MORE> 3U FPGA Processors Curtiss-Wright 3U VPX Xilinx Virtex FPGA-based processor cards meet the most demanding SWaP-constrained applications and include a wide complement of I/O functionality to balance the processing power of the FPGAs. MORE> 3U Intel DSP Processors Leveraging Curtiss-Wright's extensive 3U OpenVPX ecosystem, the 3U Intel DSP modules form the centerpiece of small form factor HPEC system architectures. MORE>

Infocenter

Airborne Modular Mission Processing System Optimized for a Customer Provided Software Suite A defense organization needed a mission processing system upgrade with a short... MORE> Stay Cool and Get More Power From Your FPGA Denis Smetana explains how the right cooling techniques help you take full... MORE> Open Systems Common HBCT Electronics VICTORY Architecture Approach The paper describes the COTS approach, the relevant open standards, application... MORE> Taking the complexity out of PCI Express configuration to optimize HPEC system design Performance is all about eliminating bottlenecks to minimize latency and maximize... MORE> Intel Xeon D: A Significant Leap Forward in General Purpose Processor (GPP) Technology Across the Spectrum of Defense Applications This white paper will explore the technology behind the Xeon D’s flexibility and... MORE> Why real ruggedization matters for COTS FPGA hardware
in aerospace and defense applications
Denis Smetana looks at the challenges FPGA modules carry and how to best meet them. MORE>
Dissecting Rugged Development of COTS FPGA Hardware This white paper discusses the challenges FPGA modules carry and how best to meet... MORE> Pervasive Coverage of the Electromagnetic Spectrum with a Next Generation COMINT/ELINT Signal Analysis Methodology, the All-to-All Architecture In this white paper, we explore how technological advances in multi-channel signal... MORE> TrustedCOTS: Leading the Way to Secure Systems This white paper, outlines at a high level the capabilities being developed by... MORE> Upgrade Airborne Radar within Power, Cost & Temp Constraints To remain competitive, a Curtiss-Wright customer needed to upgrade an existing... MORE> Product Tour: CHAMP-AV9 6U OpenVPX DSP Module Today’s ISR sensors generate unrelenting streams of data that must be processed... MORE>
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