The graphics display controller has two display controllers with maximum resolution of e.g. 1280 x 1024 or 1600 x 600 pixels with 8 layers of overlay per display controller, 4 alpha planes, constant alpha value or alpha from pixel data available for blending on each layer.

With its four independent Video capture channels supporting SD video input with embedded syncs according to the ITU-R BT.656 standard, PAL and NTSC resolutions and frame rates, HD video input 720p progressive format according to the SMPTE 296M standard (50 and 60Hz frame rates) and DRGB888 type video input with dedicated sync signals. The Module supports two DVI-D inputs from P16 Connector, RGsB (sync on green) input and one analog interlaced input PAL (CCIR/STANAG B) / NTSC (RS-170A/STANAG –C) composite video / S-VIDEO / Component Video.

Optional 24bit RGB[888] output for direct digital interface to standard LCD modules. A combination of an intelligent board along with this module provides for a ready solution to built Rugged Smart Multi Function Display systems.

All logic functionality on-board the module are implemented through an FPGA device. The FPGA is used as an I2C master to alternatively configure and control peripheral video processing devices. It also interfaces to GPIOs for interrupts and SPI Debug Interface from Ruby controller.

Ruby Controller and FPGA are put on JTAG daisy chain and the same is routed to P15 connector and to an on-board header. JTAG can be used for FPGA programming and Ruby Boundary scan testing.

This module uses +3.3V from P15 (XMC Primary Connector) as the main power source. All other supplies are derived on-board.