The Open Mission Systems (OMS) Standard is a consensus-based, non-proprietary, and open architecture approach for integrating payloads and software services into airborne platforms.

The MPMC-9655 is the ideal mission computer with its extensive complement of I/O interfaces, backed by Power Architecture™ or Intel® processing power and the flexibility to meet the needs of a wide range of deployable systems.

The High Performance Embedded Computing Center of Excellence (HPEC-COE) provides systems integration and dataflow modeling and prototyping services.

The MPMC-9H5x mission computer provides the highest functional density available in a small package. As a natural convection cooled system, the MPMC-9H5x mission computer is designed for reliable operation in harsh environments without the need for base plate of forced air cooling.

Curtiss-Wright’s Multi-Platform Modular Computer (MPMC) product family consists of fully integrated computing subsystems ready for deployment.

The CHAMP-WB (wide-band) is one of Curtiss-Wright Defense Solutions’ family of user-programmable Virtex®-7 FPGA-based computing products, designed to meet the needs of challenging embedded high-performance digital signal and image processing applications.

The CHAMP-FX4 is the flagship 6U product in Curtiss-Wright Defense Solutions’ family of user-programmable Virtex 7 FPGA-based computing products, designed to meet the needs of challenging embedded high-performance digital signal and image processing applications.

The Curtiss-Wright Defense Solutions MPMC-965x family of 6U 5-slot systems are leading edge, flexible and rugged processing systems that can be readily configured to meet the needs of any military or aerospace requirements, from benign laboratory to harsh avionics environments.

The OpenVPX CHAMP-FX4 Quick Start Kit (QSK) from Curtiss-Wright enables the system developer to rapidly prototype a core system for software and FPGA development using the CHAMP-FX4. Other components can be added to this basic configuration or alternative options can be explored.