DY-4 OBYC3-311192-001 Module

The Curtiss-Wright / DY-4 PMC-706 PMC-706 Dual Independent Graphics Output PMC Module is a ruggedized, high-performance, feature rich Graphics PMC. This IEEE 1386.1 PMC provides a platform for customers to design, develop and deploy high-performance graphics sub-systems capable of supporting high-performance, dual headed synthetic graphics outputs. With support for legacy and new video interfaces, the PMC-706 is an ideal solution for both new and retrofit ground, naval and avionics platforms.

The PMC-706 is the first rugged COTS PMC to make use of the industry leading ATI Radeon Mobility 9000 (M9) Visual Processing Unit (VPU). By incorporating the ATI M9 graphics controller, Curtiss-Wright leverages ATI's 8 years of experience in developing and producing graphics controllers for the embedded, mobile and desktop markets. The M9 features integrated memory, integrated video input and output, advanced de-interlacing hardware and industry leading, high-performance 2D/3D/Video acceleration. The PMC-706 combines the M9's feature/integration mix with our proven ability to produce high-performance rugged graphics products interfacing to today's emerging and established standards in Defense and Aerospace display/sensor systems.

The PMC-706 is targeted at applications requiring high-speed presentation of synthetic graphics with up to two independent analog/digital displays. Software support is provided through our Graphics Software Suite which includes a fully embeddable X11 server and OpenGL graphics interface. This is offered for multiple RTOS environments and is optimized to provide maximum performance and reliability.

Through the onboard Video Capture and Format (VCF) module, PMC-706 can accommodate Barco LVDS mode as well as custom LVDS output formats often found in retrofit environments. From head down displays to target-and-acquisition displays to moving map displays to helmet mounted displays, our graphics PMCs, Imaging Platforms and Graphics Software Suite are the ideal graphics foundation for today's D&A demanding graphics and imaging platforms.