StratusPMC - Rastergraf
Contents
1. Software Support VGA BIOS Maintenance Features Power management capabilities Important Notices 0x00C7 StratusPMC Identifier 149 mm x 74 mm Controlled by the IO Resource Director DVI I and MDSM 15 64 pin PMC connector Pn 4 off board connections must be inner layer matched length for DVI and LVDS signals Other I Os require inner layer signal ground pairs Connections either to front or rear but not both Not all choices are available simultaneously Contact factory for details Must be set up at factory 2 x VGA and DVI In 2 x VGA and DVI Out MDSM Connector NTSC PAL Video 1 0 High Speed RGB In DVI In Rear PMC Pn4 Dual LVDS always 2 x VGA DVI In Out High Speed RGB In NTSC PAL Video 1 0 DVI connector VGA with optional Sync On Green or Composite Sync Non interlaced up to 1600x1200 16 bpp or 1280 x 1024 24 bpp 1 Volt peak to peak consisting of 660 mV Reference White 54 mV Reference Black 286 mV Sync 1600x1200 16 bpp or 1280 x 1024 24 bpp Dual channel 1024x768x24 bpp each Standard Drawing Library SDL for Linux and VxWorks WindML for VxWorks Windows 2K XP drivers XFree86 for Linux Allows board to function as system console DDC 2B control enables system software to interrogate monitor for type and capabilities RAMDAC sense function can detect monitor connections LM75 thermal sensor can report board temp composite video In Out loopback Depending on operating s2. 1024 75 inactive 1280 8 85 inactive 640 60 inactive 1280 8 85 inactive inactive inactive 1280 32 52 inactive 1024 75 inactive 1280 32 63 inactive 640 60 inactive 1280 32 75 inactive inactive inactive 1600 16 58 1280 32 60 inactive inactive 1280 8 73 1280 8 74 1024 75 inactive 1280 8 73 1280 8 74 inactive 1024 75 1280 8 45 1280 8 46 1024 75 1024 75 1280 8 85 1280 8 85 inactive inactive 1280 32 59 1280 32 60 inactive inactive 1024 32 62 1024 32 63 640 75 640 75 1024 32 85 1024 32 86 inactive inactive StratusPMC I O Configuration Options Specials Jumper Networks Connectors Jumper Networks Composite Composite VGA ane wae DVI S Video ae DVI S Video Order Out za Out NTSC PAL In NTSC PAL Options Out Out Out In In DVI I DVI ba DVI I MDSM MDSM MDSM Stratus PMC Front ane Front Rear Front Front Front Front Stratus PMC DVI I DNET DVI I MDSM MDSM MDSM Maximum Front e Front Rear Front Front Front Rear Front IMAX Stratus PMC Rear Rear Rear Rear Rear Rear RIO3 Rear DVI Out Stratus PMC Rear n i l p Stratus PMC Rear Rear Dual VGA Rear uses rear Rear Rear Rear Rear Rear RIO5 DVI I py MDSM MDSM DVI I MDSM Stratus PMC 6 Front r Front Front Front Front Front FDN DVI In DVI I DVI I DVI I MDSM Alternate E e Front Front Front JE DI Preferred configuration for maximum performance May be possible to obtain re
3. to RGB conversion scaling and color interpolation The programmable video timing ranges from 30 to 150 Hz vertical and 15 7 kHz to 100 kHz horizontal refresh rates with a pixel clock up to 235 MHz delivering display formats up to 1600 x 1200 16 bpp or 1280 x 1024 24 bpp The graphics display output uses an internal RAMDAC which integrates the graphics and 64 x 64 x 2 bit cursor pixels into 24 bit RGB color values The analog signals from the RAMDAC are connected to a Silicon cha Motion Rc ch2 Oa hnestar Controller Graphics RGB In lt VGA Out Accelerator 53 AnalogiDoyicos 2 8 j AD9882 High Speed DVI In PanelLink DVV 2ndVGA Video 5 z RGB DVI Digitizer In or Out 2 Select OnChip Processor ge 5 Display E Conexant Bt835 Memory as Video Input Video In Front Panel MDSM a2 Processor g Connector Video eas Primary VGA Out 3 Video In Out Processor o5 3 THine THC63DV164 PanelLink oviout_ Q 3 i PanelLink DVI oO DVI in pag 32 bit Output Encoder Ga 3 33 66 MHz PCI Bus Flat Panel o ji e interface Drivers eeN nalog Devices e ROA 23 Secondary VGA Out Rear Panel J4 a CHEE PAL VGA DAC PMC Connector Drawing pies Video Out I lt gt Video In Out Engines coder al ngi VGA Out lt gt PanelLink DVI 2ndVGA Dual In and or Out DMA Channel LVDS Out Engine LVDS Dual Channel Encoder LVDS Out PLD Controller BIOS Memory i Interface L
4. B SDRAM 640 x 480 8 16 24 32 150 Hz Display Colors 16 7 Million 24 bits 256 8 bits Conexant Bt835 with 4 input mux and S Video supports NTSC PAL cameras 800 x 600 8 16 24 32 SVGA 150 Hz Digitizers 1024 x 768 8 16 24 32 UVGA 142 Hz 1280 x 1024 8 16 24 32 SXGA 107 Hz Analog Devices AD9882 RGB DVI supports RGBHV RGB with Sync On Green or Composite Sync or DVI inputs up to 1024x768 Output to SM731 is either 5 6 5 RGB or YUV Environment Temperature 0 C to 70 C operating 55 C to 85 C storage Humidity 10 90 non condensing Ordering Information StratusPMC Silicon Motion SM731 Graphics Accelerator 16 MB SDRAM Conexant Bt835 video digitizer Analog Devices AD9882 High Speed RGB DVI Digitizer I O Resource Director NTSC PAL video out dual analog VGA plus Sync On Green or Composite Sync digital DVI and dual LVDS and VGA BIOS Power Requirements 3 3V 5 1 A est 5V 5 3 A est Local 3 3V regulator option if no host 3 3V IEEE 1386 2001 32 bit 66 MHz Universal PCI Bus signaling 5V and 3 3V PCI Device IDs and Interrupts SM731 IDSEL PMC IDSEL INTA LM75 INTB 0x10F0 Vendor Code Compatibility PCI Subsystem Vendor ID PCI Subsystem Device ID Dimensions Board Connections Front Panel Rear PMC Pn4 Cautionary Note V O Resource Matrix IORM Analog Monitor Support Composite Video Signal DVI Digital Monitor Support LVDS Digital Monitor Support
5. Rastergraf StratusPMC High Resolution Single or Dual Channel Graphics with Video Hi Res I nput i L FEVSPSSASS ESTAS SASS IIIT Ett ee aai a k 3 gt h f TETTI Features e 128 bit graphics accelerator e 16 MB display memory e Supports one display at up to 1600 x 1200 or two displays at up to 1280 x 1024 e Dual channel VGA or LVDS and single channel NTSC PAL and DVI display modes e NTSC PAL RGB and DVI capture up to 1024 x 768 e VxWorks Linux LynxOS and Windows 2K XP Rastergraf graphics boards for VME and PMC StratusPMC Rastergraf s StratusPMC is a display controller and video capture PMC PCI Mezzanine Card board The card is designed for use under VxWorks using Wind River s WindML or Rastergraf s SDL and Linux using SDL or XFree86 operating environments It also supports DirectX environments running Windows StratusPMC features a Silicon Motion SM731 System On a Chip SOC graphics accelerator with 16 Mbytes of on chip SDRAM This 128 bit 2D 3D graphics engine supports compatible displays at 1600x1200x16 bpp or 1280x1024x24 bpp It supports multiple display options that are detailed in the Output Configurations table on the following page The StratusPMC features the Conexant Bt835 NTSC PAL S Video and Analog Devices AD9882 High Speed RGB DVI digitizers A loopback can connect Video Output to Input for self testing The standard StratusPMC configuration includes e Front panel DVI I
6. ar video I O via jumpers StratusPMC Cable Options MICRO D 15 SOCKET PI ri cal i E 9 1 l F STRAIN RELIEF ANNS M NONNVS LLI 2S See eee E A31007350036 VSG 8 3 Cable assembly A WIRE PRIMARY DVI 29 24 5 MALE B aon it eae 25 5mm gt uuuuU e y 3 8mm 0 6mm 0 0mm DVI D 24 0 FEMALE C WIRE TN H mi 7 305 12mm E A31007351012 VSG 3 1 Cable assembly A WIRE PRIMARY DVI 29 24 5 MALE 3 elem T at Yan 25 5mm 3 8mm 0 6mm 0 0mm 305 12mm 1 E A310011 0A VSG 2 1 Cable assembly Product Specifications Display Resolutions Graphics Controllers Silicon Motion SM731 32 bit 66 MHz PCI Windows Linux and RTOS Pixel Size bpp Format Vertical Scan max Maximum Dot Clock 235 MHz Horizontal Scan Rates 31 5 to 115 kHz Display Memory 16 M
7. channel as well as up to two independent outputs It has widowing capabilities and a 128 bit high performance drawing engine But the overall throughput is handicapped somewhat by a 64 bit memory bus This section provides some tabulated information about the practical capabilities of the SM731 These sorts of limitations are common in graphics chips but it s just unusual for a vendor to provide quantified data to the customers Note that this data is empirically obtained There may be cases where a format that was observed to be clean might not be with high drawing engine activity Special test software was used not SDL or X Windows in order to avoid application software dependencies The following chart shows the results of empirical tests designed to test the limits of the display capture capabilities The entries are coded for example 1600 8 63 means 1600x1200 8 bpp 63 Hz vertical refresh Other combinations are possible and some modes e g 1280x1024 capture are possible when conditions are right Please refer to the User s Manual Section 2 5 for more information Ch 2 DVI VGA Ch 1 VGA only Ch 2 Capture Window Ch 1 Capture Window 1600 8 63 inactive 1024 75 inactive 1600 8 73 inactive 640 60 inactive 1600 8 77 inactive inactive inactive 1600 16 48 inactive 1024 75 inactive 1600 16 62 inactive 640 60 inactive 1600 16 77 inactive inactive inactive 1280 8 85 inactive
8. connector Supplies DVI Output and primary and secondary analog RGB outputs The RGB outputs support VGA RGBHV Sync On Green SOG and Composite Sync Front panel 15 pin MDSM connector Provides S Video and Composite Video inputs and outputs or high speed 1024 x 768 RGBHV input with optional Sync on Green e Rear panel J4 Pn4 Supplies dual LVDS outputs Note a related product TopazP MC supports front panel LVDS IEEE 1386 2001 fe EO 32 Bit 33 66 MHz PMC Bus i P ahmad IJE NE ee Silicon Motion SM731 SE z Graphics Accelerator Meni with On chip Es Ea 16 MB SDRAM F SA Universal PMC Interface 3 3V or 5V Signaling Rear Panel 1 0 on PMC Pn4 E sa Field Programmable VGA BIOS EEPROM LM75 Thermal Sensor DVI Transmitter StratusPMC Features Silicon Motion 128 bit 2D 3D graphics controller 32 bit 33 66 MHz PCI interface Pixel size is programmable for 8 16 or 24 bits pixel 16 MB SDRAM Graphics Memory Single VGA RGB output up to 1600 x 1200 16 bpp or 1280 x 1024 24 bpp Dual outputs up to 1280 x 1024 x 16 bpp DVI output at 1600 x 1200 16 bpp or 1280 x 1024 x 24 bpp Rastergraf s factory configured I O Resource Matrix maximizes I O flexibility enabling most functions on either the front or rear panel Please contact the Rastergraf for more information Embedded Life Cycle Support Rastergraf s comprehensive selection of PMC PCI and VME display solutions are desig
9. e BIOS EEPROM standard RGBHV VGA or SOG monitor 12C DDC lines enable the host computer to control the monitor and local peripheral devices The SM731 provides a 24 bit output for parallel data flat panels which is used on Stratus to drive the external THine THC63DV164 DVI encoder and secondary DAC Analog Devices ADV7123 The DAC can supply a second VGA port When both channels either with LVDS or analog are used the display resolution should be limited to 1024 x 768 because of the additional overhead imposed on the internal data buses Video RGB and DVI Inputs The SM731 has a single wide band 16 bit video input port It can accept input in YUV or 5 6 5 RGB formats The StratusPMC uses a PLD based multiplexer to support Video and RGB DVI digitizers One of these sources is selected as the active digitizer RGB 8 bit monochrome G or YUV or color YUV is then provided to the SM731 A Conexant Bt835 Video Digitizer selects and decodes one of four NTSC PAL composite video or one of three composite plus S Video The Bt835 provides on the fly scaled and clipped digitized video images to the SM731 input port Image data can be captured by the host CPU using the SM731 DMA to transfer captured data in graphics memory into host memory A self test feature can connect the Composite Video Output to a video input An Analog Devices AD9882 dual mode digitizer supports high speed RGB and DVI up to 1600 x 1200 RGB input ca
10. imode video digitizers the BIOS programmer and the I O Resource Matrix IORM System On a Chip Graphics Accelerator The StratusPMC is powered by a Silicon Motion SM731 SOC graphics accelerator It includes a 32 bit 33 66 MHz PCI bus LVDS encoders parallel data flat panel outputs NTSC PAL encoder 235 MHz RAMDAC and a DMA controller It supports all ACPI power states The SM731 includes 16 MB of on chip SDRAM operating at up to 150 MHz It provides sufficient bandwidth to concurrently support large displays and other graphics and video processing functions The SM731 s 128 bit Drawing Engine supports 3 ROPs BitBLT color expansion and line draw It includes an IEEE Floating Point Setup engine as well as a complete 3D rendering engine The 3D pipeline can setup 6M triangles second and rasterize at 125 Mpix second The dual pipe texture engine can output 250 Mtex second It provides mip mapping alpha blend specular highlights stencil planes fog anisotropic filter bump mapping and Z buffer support The SM731 s Motion Compensation Video Processor and Video Capture Units provide superior video quality for real time video playback and capture When combined with a fast host CPU the Motion Compensation block enables full frame playback of DVD video content without the need for additional hardware The Video Processor supports multiple independent full screen full motion video windows with overlay Each video window uses hardware YUV
11. n be accepted with separate syncs or Sync On Green Although the AD9882 can supply 24 bit RGB the SM731 s 16 bit input port limits RGB to 5 6 5 Field Programmable BIOS The SM731 s auxiliary I2C port and a PLD are used to drive the BIOS EEPROM s data and address lines to enable field programming 1 0 Resource Matrix The I O Resource Matrix IORM uses factory installed 0 ohm packs to direct the StratusPMC input and output streams to the MDSM and DVI front panel connectors and or the rear panel I O Pn4 connector StratusPMC Functional Diagram StratusPMC I O Standard Configuration Graphics Output StratusPMC supports a wide range of graphics and video I O configurations Its two graphics display channels can be configured as single DVI dual VGA or dual LVDS outputs It can for example simultaneously deliver dual VGA or LVDS outputs LVDS is rear panel only See Rastergraf s Topaz PMC card for front panel LVDS support Maximum display resolution in dual display mode is 1024 x 768 x 8 bpp Video Input StratusPMC provides a single video input channel that supports Composite S Video NTSC and PAL inputs Encoded NTSC PAL is also provided in composite or S Video format Video Output StratusPMC also provides video Composite S Video NTSC PAL output Display Capture Throughput The SM731 Graphics Controller is a flexible chip It supports a single input capture
12. ned to satisfy the product life cycle requirements demanded by the embedded computing market The Embedded Graphics Source Rastergraf s SM731 based product line includes the Tropos PMC board an entry level display controller with a single front panel VGA connector The Duros PMC and Garnet PMC are ruggedized versions of the Tropos and Stratus respectively Additional Rastergraf products include e Single dual and quad display only PMC modules e Dual display dual capture head PMC module e 3U and 6U VME graphics boards StratusPMC can also be used in standard CompactPCI and PCI slots with an appropriate adapter board Please contact Rastergraf for more information or consult our web page at www rastergraf com High Speed RGB and DVI Digitizer Video 1 0 MDSM Connector NTSC PAL Video Digitizer DVI and VGA DVI I Connector Secondary RGB DAC Optional 3 3V Regulator I O Resource Matrix IORM Dual LVDS output up to 1024 x 768 x 24 bpp rear panel only Hardware scroll pan and cursor VGA BIOS support NTSC PAL Video Input Digitizer m High Speed RGB or DVI input up to 1024 x 768 E Flexible assignment of front and rear panel connections mo Optional local 3 3V regulator for hosts that lack 3 3V m Use on PCI and CompactPCI with a PMC host adapter StratusPMC Technical Overview Introduction The StratusPMC contains four major functional blocks the Silicon Motion SM731 graphics controller the mult
13. ystem support most devices can be at least partially powered down 051807 Trademarks are property of their respective owners The StratusPMC is manufactured and sold under license from Curtiss Wright Controls Embedded Computing Contact Rastergraf Inc for additional information Options N Add local 3 3V regulator for systems without 3 3V on PMC bus E A31007350036 VSG 8 3 MDSM15 to 8 BNC cable 3 ft E A31007351012 VSG 3 1 DVI I to dual VGA plus DVI D breakout cable 1 ft E A310011 0A VSG 2 1 DVI I to dual VGA breakout cable 1 ft Software SDL Standard Drawing Library SDL Package with C callable graphics library for VxWorks and Linux WindML VxWorks high level graphics interface Requires SDL License XFree86 X Windows port with video in support for Linux x86 DRV WIN Driver for Windows 2000 and Windows XP systems Note Specifications and version number may change as enhancements and improvements occur www rastergraf com Rastergraf Inc 1804 P SE First Street Redmond Oregon 97756 tel 1 541 923 5530 fax 1 541 923 6475 email sales rastergraf com Rastergraf
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