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Matrox Solios eV-CL, Installation And Hardware Reference

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 Matrox Solios eV-CL acquisition section      37

Matrox Solios eV-CL acquisition section

Matrox Solios eV-CL can capture video from digital video sources compliant with 
the Camera Link specification. Matrox Solios eV-CLB and eV-CLBL can provide 
power over Camera Link (PoCL) to attached video sources.

Matrox Solios eV-CL supports monochrome, RGB color, and Bayer 
color-encoded acquisition. Matrox Solios eV-CLB and eV-CLBL can decode the 
color information of Bayer color-encoded images; whereas, Matrox Solios eV-CLF 
and eV-CLFL can only transfer the images to the Host for decoding. Besides 
standard Camera Link video sources, Matrox Solios eV-CL supports additional 
types of video sources, including time-multiplexed video sources. 

Using the color space converter of the video formatter, grabbed data can be 
converted to RGB24, RGB32, or YUV16 format. In addition, data can be 
converted to 8-bit, 10-bit, 12-bit, 14-bit, and 16-bit monochrome data.

Matrox Solios eV-CLB and eV-CLBL in dual-Base configuration have two 
independent acquisition paths. Matrox Solios eV-CLB and eV-CLBL, in 
single-Medium configuration, and Matrox Solios eV-CLF and eV-CLFL have one 
acquisition path.

Each acquisition path can grab up to 85 Mega-samples/sec.

*

 Each acquisition path 

has its own programmable synchronization generator (PSG), LUTs, and 
formatters, and can have a different acquisition rate. 

Matrox Solios eV-CL supports a comprehensive set of general purpose I/O signals 
and serial ports to control cameras and other video sources.

*. Note that when using a 10 tap 8-bit video source, the maximum Camera Link fre-

quency is 70 Mega-samples/sec when grabbing to Host and 80 Mega-samples/sec 
when grabbing on-board

.

Summary of Contents for Solios eV-CL

Page 1: ...Matrox Solios eV Installation and Hardware Reference Manual no Y11113 101 0300 January 15 2014...

Page 2: ...technical support including without limitation damages or costs relating to the loss of profits business goodwill even if advised of the possibility of such damages In no event will Matrox and its sup...

Page 3: ...able separately 20 Handling components 20 Installation 21 Chapter 2 Hardware installation 23 Installing your Matrox Solios eV CL board 24 Installing the cable adapter bracket 27 Connecting video sourc...

Page 4: ...47 Lookup tables 47 Communication 48 UARTs 48 PSGs 49 Camera control and auxiliary signals 49 Specifications of the auxiliary signals and camera control signals 56 Acquisition controller 62 Video for...

Page 5: ...y I O connector 0 on the DBHD 44 DB 9 cable adapter bracket 95 External auxiliary I O connector 1 on the DBHD 44 DB 9 cable adapter bracket 99 External auxiliary I O connector 0 on the dual DBHD 15 ca...

Page 6: ...Industry Canada Compliance Statement EU Notice European Union Directive on Waste Electrical and Electronic Equipment WEEE Product support Limited Warranty...

Page 7: ...Chapter 1 Chapter 1 Introduction This chapter briefly describes the features of the Matrox Solios eV CL boards as well as the software that can be used with the boards...

Page 8: ...llow all on screen instructions Once changed you must restart your computer perform a cold boot for changes to take effect The PCIe single Medium single Full board is capable of operating in either co...

Page 9: ...I Os 3 LVDS transceivers OptoAux 2 TTL buffers Aux In 2 Aux Out 1 Optocoupler Aux I Os 3 ChannelLink Receiver 2 Clock Data 24 Syncs 4 24 LUTs LUTs 32 32 Cam Ctrl 4 Cam Ctrl 4 LVDS drivers LVDS drivers...

Page 10: ...LUTs LUTs 32 32 Cam Ctrl 4 Cam Ctrl 4 LVDS drivers LVDS drivers LVDS driver receiver LVDS driver receiver 32 DDR2 up to 1 73 GB s 64 up to 860 MB s PCI X to PCIe Bridge Host PCIe bus Demultiplexer Dem...

Page 11: ...I O connector 1 DBHD 15 or DB 9 LVDS transceivers OptoAux 2 TTL buffers Aux In 2 Optocoupler Aux I Os 1 Cam Ctrl 4 LVDS drivers LVDS driver receiver LUTs 64 64 up to 860 MB s PCI X to PCIe Bridge Hos...

Page 12: ...Data 24 Syncs 4 24 Cam Ctrl 4 LVDS drivers LVDS driver receiver 32 DDR2 up to 1 73 GB s 64 up to 860 MB s PCI X to PCIe Bridge Host PCIe bus LUTs 64 Demultiplexer Matrox Solios eV CLBL single Medium...

Page 13: ...26 24 UART LVDS transceivers OptoAux 2 External Auxiliary I O connector 0 DBHD 15 TTL buffers Aux In 2 Aux Out 1 Optocoupler Aux I Os 3 External Auxiliary I O connector 1 DBHD 15 or DB 9 LVDS transcei...

Page 14: ...iver 32 DDR2 up to 1 73 GB s 64 up to 860 MB s PCI X to PCIe Bridge Host PCIe bus LUTs 64 Demultiplexer Matrox Solios eV CLFL Acquisition memory 128 256 512 MB 28 bits serialized across 4 LVDS pairs I...

Page 15: ...16 MHz DDR2 SDRAM to store acquisition data This memory is referred to as acquisition memory Additional functionality In addition to the core video capture capabilities Matrox Solios eV CL incorporate...

Page 16: ...he Host at a peak transfer rate of up to 1 Gbyte sec the maximum achievable bandwidth depends on the type of camera and digitizer configuration format DCF used Optimum conditions include using the boa...

Page 17: ...bead inspection continuous strip of material 3D reconstruction and color analysis MIL applications are easily ported to new Matrox hardware platforms and can be designed to take advantage of multi pro...

Page 18: ...re IA32 or equivalent A relatively up to date PCIe chipset The list of platforms that are known to be compatible with Matrox Solios eV CL are available on the Matrox website under the board s PC compa...

Page 19: ...which was purchased Depending on the board purchased you will receive a different alternative cable adapter bracket to access the signals of the internal auxiliary I O connectors from outside the com...

Page 20: ...the original Matrox Solios eCL XCL board Note however when using the DB 9 connector some DBHD 15 signals are not available If needed you can purchase a Camera Link or PoCL compliant Camera Link cable...

Page 21: ...akes reference to a MIL Lite function However anything that can be accomplished with MIL Lite can also be accomplished with MIL or Matrox Inspector Need help If you experience problems during installa...

Page 22: ...22 Chapter 1 Introduction...

Page 23: ...Chapter 2 Chapter 2 Hardware installation This chapter explains how to install your Matrox Solios eV CL board in your computer...

Page 24: ...city from your body by touching a metal part of the computer chassis Proceed with the following stepsto install your board Note that your board should be installed before you install your software 1 R...

Page 25: ...move it Keep the screw from the top of the plates to anchor your boards once they are installed 4 Position your Matrox Solios eV CL board in the selected slot and then press the board firmly but caref...

Page 26: ...Video Device and you will be asked to assign it a driver At this point you should click on Cancel Under Windows and Linux the driver will be installed during the installation of Matrox Solios eV CL s...

Page 27: ...L board To attach the flat ribbon cable position the cable so that the red wire is on the same side as the bracket of the Matrox Solios eV CL board With the Matrox Solios eV CL board and the cable in...

Page 28: ...the flat ribbon cable of the DB 9 connector to the internal auxiliary 10 pin connector If you have two DBHD 15 connectors on your cable adapter bracket you should attach the flat ribbon cables of the...

Page 29: ...n the video source and the frame grabber External auxiliary I O connector 0 DBHD 15 Used to transmit receive auxiliary signals for one of the acquisition paths By default it carries the auxiliary sign...

Page 30: ...single Medium video source to a board operating in dual Base configuration could seriously damage your video source Note that for Matrox Solios eV CLB the board is factory configured to operate in sin...

Page 31: ...d synchronization signals and transmit receive auxiliary signals The connector is located on the edge of the board making the signals accessible from inside the computer enclosure Matrox Solios eV CLB...

Page 32: ...Link connector MDR at one end For Matrox Solios eV CLBL you should use PoCL compliant Camera Link cables MDR when connecting to PoCL compliant video sources Camera Link cables are not available from...

Page 33: ...Chapter 3 Chapter 3 Using multiple Matrox Solios eV CL boards This chapter explains how to use multiple Matrox Solios eV CL boards...

Page 34: ...multaneously capture images from video sources attached to different Matrox Solios eV CL boards however the number of video sources from which you can simultaneously capture images is computer depende...

Page 35: ...Chapter 4 Chapter 4 Matrox Solios eV CL hardware reference This chapter explains the architecture features and modes of the Matrox Solios eV CL hardware...

Page 36: ...o grab from one input source of the specified type When several MIL digitizers are allocated their device number along with their DCF identify if they represent the same path s but perhaps for a diffe...

Page 37: ...r space converter of the video formatter grabbed data can be converted to RGB24 RGB32 or YUV16 format In addition data can be converted to 8 bit 10 bit 12 bit 14 bit and 16 bit monochrome data Matrox...

Page 38: ...up to 32 bits when acquiring from non standard time multiplexed video sources Similarly a Medium type acquisition path can grab up to 48 bits of video data when acquiring from Camera Link compliant so...

Page 39: ...RT LVDS transceivers OptoAux 2 External Auxiliary I O connector 0 DBHD 15 External Auxiliary I O connector 1 DBHD 15 or DB 9 TTL buffers Aux In 2 Aux Out 1 Optocoupler Aux I Os 3 LVDS transceivers Opt...

Page 40: ...Clock Out 2 Optocoupler Aux I Os 6 ChannelLink Receiver 2 Clock Data 24 Syncs 4 24 LUTs LUTs 32 32 Cam Ctrl 4 Cam Ctrl 4 LVDS drivers LVDS drivers LVDS driver receiver LVDS driver receiver Demultiple...

Page 41: ...ux Out 1 Optocoupler Aux I Os 3 External Auxiliary I O connector 1 DBHD 15 or DB 9 LVDS transceivers OptoAux 2 TTL buffers Aux In 2 Optocoupler Aux I Os 1 Cam Ctrl 4 LVDS drivers LVDS driver receiver...

Page 42: ...C Out 1 VSYNC Out 1 Clock Out 1 Optocoupler Aux I Os 4 ChannelLink Receiver 2 Clock Data 24 Syncs 4 24 Cam Ctrl 4 LVDS drivers LVDS driver receiver LUTs 64 Demultiplexer Acquisition section of Matrox...

Page 43: ...1 DBHD 15 or DB 9 LVDS transceivers OptoAux 2 TTL buffers Aux In 2 Optocoupler Aux I Os 1 Cam Ctrl 4 LVDS drivers LVDS driver receiver LUTs 64 ChannelLink Receiver 2 Clock Data 28 28 ChannelLink Recei...

Page 44: ...lLink Receiver 2 Clock 28 Cam Ctrl 4 LVDS drivers LVDS driver receiver LUTs 64 Demultiplexer Acquisition section of Matrox Solios eV CLFL 28 bits serialized across 4 LVDS pairs In single Medium mode C...

Page 45: ...ber of non sequential memory regions see the Acquisition controller section later in this chapter Video sources supported per acquisition path Camera Link Standard One tap x 8 10 12 14 16 bit Two tap...

Page 46: ...chronously in single Medium configuration they only use two of the receivers whereas in single Full configuration they use all three receivers For Matrox Solios eV CLB and eV CLBL each ChannelLink rec...

Page 47: ...n only deserialize video inputs that when combined and if necessary expanded total a maximum depth of 64 bits per acquisition path Expansion refers to the automatic addition of padding zeros on the mo...

Page 48: ...communication between the video source and the board These signals are handled by the Universal Asynchronous Receiver Transmitters UARTs For each acquisition path four camera control output signals a...

Page 49: ...which is user defined the table in the next subsection identifies the functions to which the camera control and auxiliary signals can be defined The PSGs are also responsible for implementing the func...

Page 50: ..._ I N 0 L V D S _ A U X _ I N 1 P 0 _ L V D S _ A U X _ O U T 0 P 1 _ L V D S _ A U X _ O U T 0 Timer M_TIMERx 0 1 2 1 2 1 2 1 2 3 1 4 2 1 1 1 2 1 2 1 2 1 2 3 1 4 2 1 Trigger controller affected by i...

Page 51: ...0 0 0 1 1 1 1 0 0 0 1 1 1 0 1 0 1 Auxiliary input signal or auxiliary I O signal set to input M _ A U X _ I O x A c q u i s i t i o n P a t h C C 1 C C 2 C C 3 C C 4 C C 1 C C 2 C C 3 C C 4 P 0 _ T T...

Page 52: ...C C 4 P 0 _ T T L _ A U X _ I O _ 0 P 0 _ T T L _ A U X _ I O _ 1 P 1 _ T T L _ A U X _ I O _ 0 P 1 _ T T L _ A U X _ I O _ 1 T T L _ A U X _ I O _ 0 T T L _ A U X _ I O _ 1 P 0 _ O P T O _ A U X _ I...

Page 53: ...T T L _ A U X _ I O _ 1 P 0 _ O P T O _ A U X _ I N 0 P 0 _ O P T O _ A U X _ I N 1 O P T O _ A U X _ I N 0 O P T O _ A U X _ I N 1 P 0 _ L V D S _ A U X _ I N 0 P 0 _ L V D S _ A U X _ I N 1 L V D S...

Page 54: ...to access this signal x 8 9 2 8 9 3 12 13 12 13 y 1 2 3 4 1 2 3 4 z 0 0 0 0 1 1 1 1 0 0 0 1 1 1 0 1 0 0 1 1 Auxiliary input signal orauxiliaryI O signal set to input M _ A U X _ I O x A c q u i s i t...

Page 55: ...VDS_VSYNC_OUT Line valid input 0 0 1 0 HSYNC output 0 0 0 0 0 P0_LVDS_HSYNC_OUT 1 0 0 0 0 P1_LVDS_HSYNC_OUT Data valid input 0 0 1 0 Clock input 0 Xclk CL connect 0 1 Xclk CL connect 1 Clock output 0...

Page 56: ...positive and negative components of the signal must be between 4 06 V and 9 165 V for logic high and between 5 0 V and 0 8V for logic low Auxiliary signals per path total This is the number of auxilia...

Page 57: ...o 65535 clock ticks before resetting The timers can use one of the following as a clock source A clock that is internally generated Each timer can use its PSG s clock generator which can generate a si...

Page 58: ...than two pixels if using the trigger to start a timer the trigger signal s pulse width must be greater than two clock periods of the timer To determine the timer As of MIL 10 PSG 0 PSG 1 P0_TTL_AUX_IO...

Page 59: ...synchronization signal to the video source Through the Camera Link connectors the board also receives synchronization data frame valid line valid and data valid along with the video data refer to the...

Page 60: ...sequence 00 10 11 01 or 00 01 11 10 respectively Upon decoding a Gray code the rotary decoder increments or decrements its 32 bit internal counter depending on the direction of movement You can config...

Page 61: ...to as a user bit Your application can also act upon and interpret the state of an auxiliary input signal or I O signal set to input The state of an auxiliary input signal is not associated with a use...

Page 62: ...the acquisition controller can write to eight non sequential memory regions per acquisition path regardless of the configuration To establish the number of non sequential memory regions to which your...

Page 63: ...hereas there isno restriction in the vertical direction subsampling occurs using nearest neighbor interpolation Flipping Image data can be flipped vertically Bayer color decoding only on Matrox Solios...

Page 64: ...atically converts the bit depth and color format of the source image to the bit depth and color format of the destination buffer The DCF establishes the source image data while the destination grab bu...

Page 65: ...o communicate with the Host Matrox Solios eV CL transfers data using the Host s PCIe bus The PCI X to PCIe bridge handles the protocol conversion Under optimum conditions Matrox Solios eV CL can excha...

Page 66: ...66 Chapter 4 Matrox Solios eV CL hardware reference...

Page 67: ...Appendix A Appendix A Glossary This appendix defines some of the specialized terms used in the Matrox Solios eV CL documentation...

Page 68: ...known as the horizontal blanking period The portion of a video signal after the end of a frame and before the beginning of a new frame is known as the vertical blanking period Contiguous memory A bloc...

Page 69: ...f the two halves that together make up the image grabbed from an interlaced video source One half consists of the image s odd lines known as the odd field the other half consists of the image s even l...

Page 70: ...s the end of a line and the start of a new one See also vertical synchronization signal Interlaced scanning Describes a transfer of data in which the odd numbered lines of the source are written to th...

Page 71: ...lso known as live processing Rotary encoder A device used to convert the angular position of a shaft or axle to an analog or digital code Saturate To replace overflows or underflows in an operation wi...

Page 72: ...f a frame and before the beginning of a new frame During this period the video signal is blank See also horizontal blanking period Vertical synchronization signal The part of a video signal that indic...

Page 73: ...Appendix B Appendix B Technical information This appendix contains information that might be useful when installing your Matrox Solios eV CL board...

Page 74: ...list of platforms that are known to be compatible with Matrox Solios eV CL are available on the Matrox website under the board s PC compatibility list A proper power supply Refer to the Electrical spe...

Page 75: ...c cable Supports frame and line scan video sources The min max length for an image and min max width for a line are as follows Can convert captured data to RGB24 RGB32 or YUV16 format In addition data...

Page 76: ...specific auxiliary input signals or HSYNC output VSYNC output clock output timer output or user output per acquisition path Three TTL auxiliary I O signals trigger input field polarity input user inpu...

Page 77: ...bit LUTs 1 palette of one or two 4096 entry 8 or 16 bit LUTs Instead of being mapped through a LUT 14 and 16 bit data by pass the LUTs Features specific to Matrox Solios eV CLB and eV CLBL in single M...

Page 78: ...output per acquisition path Features specific to Matrox Solios eV CLBL and Matrox Solios eV CLFL Separate LVDS pixel clock output HSYNC output and VSYNC output signals per acquisition path Two additi...

Page 79: ...common mode 1 125 V min to 1 375 V max low 1 02 V typ 0 9 V min high 1 33 V typ 1 6 V max Input signals in TTL format No termination Pulled up to 3 3 V with 4 716 kOhm Clamped to 0 7 V and to 5 7 V In...

Page 80: ...L x 11 12 H x 1 56 W cm 6 6 x 4 376 x 0 613 from bottom edge of goldfinger to top edge of board Ventilation 100 LFM between boards Minimum maximum ambient operating temperature 0 C to55 C 32 F to 131...

Page 81: ...O connector In addition close to the top edge of the boards there are two internal auxiliary I O connectors Auxiliary I O Connector 0 Camera Link Video Input Connector 0 Camera Link Video Input Connec...

Page 82: ...UX_IN0 P0_OPTO_AUX_IN1 P0_LVDS_AUX_IN0 and P0_LVDS_AUX_IN1 Notice that the ranking of the LVDS signals also starts at 0 Camera Link video input connectors On Matrox Solios eV CLB and Matrox Solios eV...

Page 83: ...4 Inner shield Ground 15 2 CC4 M_CC_IO4 Camera control output 4 for acquisition path 0 which supports timer output M_TIMER1 M_TIMER2 on M_DEV0 user output M_USER_BIT_CC_IO0 M_USER_BIT_CC_IO1 on M_DEV0...

Page 84: ...rent propagation delays Pin Hardware signal name MIL constant for auxiliary signal Description 1 GND or PWR_OUT Ground inner shield or 12V to camera in PoCL mode 2 15 Z3 Video input data Z3 3 16 Zclk...

Page 85: ...V CLB and Matrox SolioseV CLF is not compatible with display devices Connecting the DBHD 15 connector on Matrox Solios eV CLB or Matrox Solios eV CLF to a VGA monitor or any other display device might...

Page 86: ...ut trigger controller 0 on acq path 0 user input field polarity input or quadrature input bit 0 6 8 P0_LVDS_AUX_IN1 M_AUX_IO11 M_DEV0 LVDS auxiliary signal input for acquisition path 0 which supports...

Page 87: ...87 To build your own cable you can purchase the following parts These parts can be purchased from third parties such as Digi Key Corporation www digikey com Mating information Manufacturer NorComp Inc...

Page 88: ...display device might damage both the device and the board The pinout for the auxiliary I O connector is as follows TC stands for trigger controller andacq path standsfor acquisitionpath Ifthe auxilia...

Page 89: ...path 1 for field polarity input or quadrature input bit 0 6 8 LVDS_AUX_IN1 M_AUX_IO5 M_DEV0 M_DEV1 LVDS auxiliary signal input shared between both acquisition paths for trigger input trigger controll...

Page 90: ...gnals for one of the acquisition paths By default the auxiliary I O connectors carry the auxiliary signals for acquisition path 1 if a jumper is installed on the 2 pin I O acquisition path connector t...

Page 91: ...ignal name MIL constant for auxiliary signal Digitizer device for auxiliary signal 2 1 6 5 LVDS_AUX_IN0 M_AUX_IO4 M_DEV0 M_DEV1 PO_LVDS_AUX_IN0 M_AUX_IO10 M_DEV0 3 6 4 3 OPTO_AUX_IN0 M_AUX_IO0 M_DEV0...

Page 92: ...iary I O connector 1 swap their pinout description Jumper Description Not installed default Auxiliary I O connector 0 has the pinout description which includes P0_ signals Auxiliary I O connector 1 ha...

Page 93: ...eceived there is either a 44 pin and 10 pin set of internal auxiliary I O connectors for use with the DBHD 44 DB 9 external auxiliary I O connectors or there is a 32 pin internalauxiliary I O connecto...

Page 94: ...ranking that reflects the number of signals of that type format and direction for a path For example two TTL and two LVDS auxiliary input signals for path 0 would be named P0_TTL_AUX_IN0 P0_TTL_AUX_IN...

Page 95: ...out of the corresponding connectors on Matrox Solios eV CLB and Matrox Solios eV CLF described earlier in this appendix To interface with the above connectors use a standard Camera Link cable with a 2...

Page 96: ...tor It is used to transmit timing and synchronization signals and transmit receive auxiliary signals It interfaces with the 44 pin internal auxiliary I O connector on the board making the I O signals...

Page 97: ...cquisition paths for trigger input trigger controller 3 on acq path 0 3 or 1 on acq path 1 or user input and dedicated to acquisition path 1 for timer clock input or quadrature input bit 1 13 P0_TTL_A...

Page 98: ...drature input bit 0 33 18 P1_LVDS_AUX_OUT0 M_AUX_IO12 M_DEV1 LVDS auxiliary signal output for acquisition path1 which supports timer output M_TIMER1 on M_DEV1 or user output M_USER_BIT0 34 GND Ground...

Page 99: ...4 and dedicated to acquisition path 0 for timer output M_TIMER2 on M_DEV0 44 NC Not connected These MIL constants represent the signals as of MIL 10 The signals that were previously represented by M_H...

Page 100: ...supports timer output M_TIMER3 on M_DEV0 trigger input trigger controller 0 on acq path 0 user input user output M_USER_BIT2 or field polarity input 4 5 P0_OPTO_AUX_IN1 M_AUX_IO7 Opto isolated auxili...

Page 101: ...connector 0 on the Matrox Solios eV CLBL and Matrox Solios eV CLFL dual DBHD 15 cable adapter bracket is not compatible with display devices Connecting the DBHD 15 connector on the cable adapter brack...

Page 102: ...LBL and Matrox Solios eV CLFL dual DBHD 15 cable adapter bracket is not compatible with display devices Connecting the DBHD 15 connector on the cable adapter bracket to a VGA monitor or any other disp...

Page 103: ...ds 103 To build your own cable you can purchase the following parts These parts can be purchased from third parties such as Digi Key Corporation www digikey com Mating information for DB 15 Manufactur...

Page 104: ...respectively You can use the connectors to transmit receive auxiliary signals for the two acquisition paths The connectors are located close to the top edge of the board making the auxiliary signals a...

Page 105: ...und 14 10 P0_LVDS_AUX_OUT0 M_AUX_IO12 M_DEV0 LVDS auxiliary signal output for acquisition path 0 which supports timer output M_TIMER1 on M_DEV0 or user output M_USER_BIT0 15 P1_TTL_AUX_IO_0 M_AUX_IO8...

Page 106: ...acq path 0 user input or user output M_USER_BIT3 39 TTL_AUX_IO_0 M_AUX_IO2 M_DEV0 M_DEV1 TTL auxiliary signal input output shared between both acquisition paths for trigger input trigger controller 2...

Page 107: ...user input or field polarity input 6 5 P0_LVDS_AUX_IN0 M_AUX_IO10 M_DEV0 LVDS auxiliary signal input foracquisition path0 which supports trigger input trigger controller 0 on acq path 0 user input fie...

Page 108: ...LFL board is a 0 1 spacing 32 pin male connector This connector is to be connected to the dual DBHD 15 connector s flat ribbon cable You can use the connector to transmit receive auxiliary signals for...

Page 109: ...1 on M_DEV0 or user output M_USER_BIT0 10 9 P0_LVDS_AUX_IN1 M_AUX_IO11 M_DEV0 LVDS auxiliary signal input for acquisition path 0 which supports trigger input trigger controller 1 on acq path 0 user in...

Page 110: ...clock input or quadrature input bit 1 27 P1_TTL_AUX_IO_1 M_AUX_IO9 M_DEV1 TTL auxiliary signal input output for acquisition path 1 which supports timer output M_TIMER1 on M_DEV1 trigger input trigger...

Page 111: ...Appendix C Appendix C Acknowledgments This appendix lists the copyright information regarding third party material used to implement components on the Matrox Solios eV CL board...

Page 112: ...Neither the name of the author nor the names of other contributors may be used to endorse or promote products derived from this software without specific prior written permission THIS SOFTWARE IS PROV...

Page 113: ...Appendix D Appendix D Major revisions of Matrox Solios eV CL boards This appendix lists the major revisions of the Matrox Solios eV CL boards...

Page 114: ...revisions of Matrox Solios eV CL boards Major revisions of Matrox Solios eV CL Versions of Matrox Solios eV CL Part number Version Description SOL2MEVCLB 006 First shipping version SOL2MEVCLF 006 Fir...

Page 115: ...nector 1 88 99 internal auxiliary I O 90 103 107 internal I O acquisition path connector 91 D data transfer 16 65 DCF defined 68 see digitizer configuration format digitizer configuration format 36 di...

Page 116: ...slot 18 24 pixel clock Matrox Solios eV CL 59 Programmable Synchronization Generators 49 Q quadrature input 60 Gray code 60 R requirements computer 18 RGB 15 37 45 rotary decoder 60 RS 232 compatible...

Page 117: ...in accordance with the instruction manual may cause harmful interference to radio communications Operation of these devices in a residential area is likely to cause harmful interference in which case...

Page 118: ...lectrical and Electronic Equipment WEEE Europe English European user s information Directive on Waste Electrical and Electronic Equipment WEEE Please refer to the Matrox Web site www matrox com enviro...

Page 119: ...Limited Warranty Refer to the warranty statement that came with your product...

Page 120: ......

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