PicPort®-Color-CPCI
PicPort®-Color-CPCI framegrabbers provide digitization of color PAL or NTSC video signal. The digitized studio quality image is further conditioned in real time and transfered directly to display and/or memory.
Besides the CompactPCI bus version, standard PCI bus version as well as PMC module version of the PicPort®-Color series is also available.
PicPort®-Color-CPCI is a framegrabber for:
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All the PicPort® models are based on similar architecture.
The PicPort® I/O interface generally comprises video input connectors, synchronization and opto-isolated trigger inputs and outputs. PicPort®-Color can handle 4 CVBS or 3 CVBS and 1 S-video connected sources, one being digitized at a time. Switching among sources is performed via software.
The board contains a female cinch composite video connector, a female S-video connector and a female HDsub 44-pin connector. The HDsub 44-pin connector handles up to 4 video inputs and includes camera power supply output, TTL level H/V sync output, one opto-coupler in and one opto-coupler out to synchronize user application software with external events. With this multi-feature connector, the user application may be operated using just a single cable.
Based on the PCI bus Revision 2.1 specification PicPort® framegrabbers are available to suit a variety of different host buses.
PicPort®-Color series is currently available in CompactPCI bus version as well as in standard PCI bus version and as PMC module.
PicPort®-Color cards feature a high quality digitizer channel and additional circuits for image conditioning.
The Pixel Stream Manager is the real heart of every PicPort®. It consists of two data paths (DMA channels) with different features (see the figure). Data path A features the following circuits: High Performance Scaler for fine interpolating, detail-preserving, image scaling down to approx. 40¡Ñ40 pixels with horizontal plus vertical mirroring, Lock Mask Control for text or graphics overlay on the top of the live image and Pixel Packer and Color Space Converter to perform conversion to a desired color format.
The second data path B contains only the Binary Ratio Scaler.
Both data paths contain FIFO buffers for proper synchronizing the DMA transfers.
All boards utilize an on-board controller to guarantee performance of real time critical tasks independent of host processor or operating system.
Each PicPort® board contains a firmware EEPROM that is updated automatically by driver software ensuring compatibility between hardware and software releases. In addition two bytes of the EEPROM are available to OEM's for use as a Software Dongle.
PicPort®-Color framegrabbers accept video sources compliant with PAL/CCIR, NTSC/RS170, PAL/RS170 or SECAM/CCIR video standards, in composite CVBS or S-video signal format. Pixel shape in accordance with CCIR601 or square format is possible.
Non-standard cameras can be configured with an easy to use Camera Editor by just selecting one of the many predefined cameras, modifying the parameters and saving for future use.
The input image first reaches the Image Digitizer, which consists of two major parts. The first one, an A/D convertor, assures real time conversion of input analog video image to digital YUV image data at sampling rate of up to 20 MHz. The resulting video data stream is of the best studio quality.
In the second part of the Digitizer, you can adjust further digitization parameters via software. Brightness, contrast, hue and saturation of a color image are freely programmable within generous limits.
Image scaling and mirroring are operations performed by the Pixel Stream Manager with a range of functionality dependent on the data path (DMA channel) used. DMA channel A with its High Performance Scaler uses a mathematical interpolation method independently along both x and y axes, resulting in an image free from any significant loss of detail.
Alternatively, when the simpler DMA channel B is used, only vertical mirroring and binary downscaling is available.
By means of a Lock Mask feature, unique to PicPort®, image data flowing through DMA channel A can be overlaid by a 1-bit mask created as a compressed bitmap within Windows in the form of text or graphics.
By utilizing the Pixel Packer and Color Space Converter the data on DMA channel A can be converted to monochrome, RGB or YUV with predefined color and bit depths.
| Original format | Target format | Bit use |
| YUV 4:2:2, CCIR656 | Y8, packed | 8-bit luminance |
| YUV 4:2:2, CCIR656 | Y2, packed | 2-bit luminance |
| YUV 4:2:2, CCIR656 | Y1, packed | 1-bit luminance |
| YUV 4:2:2, CCIR656 | £\RGB, 32-bit | 8-8-8-8 |
| YUV 4:2:2, CCIR656 | RGB, 24-bit packed | 8-8-8 |
| YUV 4:2:2, CCIR656 | RGB, 16-bit | 5-6-5 |
| YUV 4:2:2, CCIR656 | £\RGB, 15-bit | 1-5-5-5 |
| YUV 4:2:2, CCIR656 | RG£\B, 15-bit | 5-5-1-5 |
| YUV 4:2:2, CCIR656 | RGB, 8-bit | 3-3-2 |
| YUV 4:2:2, CCIR656 | YUV 4:4:4, 24-bit packed | 8-8-8 |
| YUV 4:2:2, CCIR656 | YUV 4:2:2, 16-bit packed | Y1V0Y0U0, 8 bits each |
| YUV 4:2:2, CCIR656 | YUV 4:2:2, 8-bit packed | Y1V0Y0U0, Y 8 bit, U, V 4 bits each |
| YUV 4:2:2, CCIR656 | YUV 4:1:1, 16-bit | |
| YUV 4:2:2, CCIR656 | YUV 4:2:0, MPEG | |
| YUV 4:2:2, CCIR656 | YUV-9, Indeo |
The digitized and conditioned data is transferred using two independent DMA channels directly to the CPU and/or video memory without on board intermediate storage and with minimal CPU intervention. The board acts as a PCI bus master allowing transfers at peak rates of up to 132 MB/s i.e. real time transfer for all acquisition modes.
The two independent DMA channels provide many modes of operation including simultaneous transfer of image data from a single image source to main memory for processing and to video memory for display.
With an unparalleled price/performance ratio the PicPort®-Color framegrabbers are well suited for wide range of applications from many different areas including:
Utilizing the multimedia drivers available for PicPort®-Color, the framegrabbers can be immediately used with the TWAIN driver to capture images to common office applications (MS Office, CorelDRAW, etc.) as easy as you would do with a scanner. The Video for Windows driver allows recording of video sequences in popular multimedia programs and to save them in the AVI format for example.
Application note «External trigger and flash» gives good overview of applications involving external devices such as a flash.
Leutron Vision Software Development Suite, LV-SDS, is a software development package (Windows, Linux, VxWorks) that allows full control of all PicPort® and PicProdigy® products. The suite consists of Daisy - the basic software interface for PicPort®/PicProdigy® cards, Camera Editor - easy interactive setup of standard and non-standard cameras, DRAL - a library for handling specific time-critical tasks, Orchid - high level library (DLL or OCX) for quick and easy design of PicPort®/PicProdigy® applications, TWAIN Driver and Video for Windows - provide a simple interface between Leutron Vision hardware and other office and image manipulation programs (e.g. MS Office, CorelDRAW, etc.).
The software products come complete with a set of demo programs and additional examples with source code as a guide to the programmer in developing particular applications. To obtain more comprehensive information please download the LV-SDS manual.
Several well-known third party packages for real-time image processing and analysis are also supported. The packages include HALCON, Activ Vision Tools, NeuroCheck, and others. Please refer to our detailed software brochure (PDF) for more details.
The board can handle 4 CVBS or 3 CVBS and 1 S-video connected sources, one of which is being digitized at a time. Switching among sources is performed via software.
The board possesses a female cinch composite video connector, a female S-video connector and a female HDsub 44-pin connector (4 video inputs, camera power supply output, 1 optocoupler in and 1 optocoupler out to synchronize user application software with external events, COM1 or COM2 flow through, I2C bus signal, RS232 signal inputs). Thanks to this multifeature 44-pin connector, the user application may be operated using just a single cable.
Please check full pin wiring scheme description of the custom camera multiconnectors below if necessary.
Custom camera connector, HD-sub 44-pin, female
| Pin | Signal |
| 14 | CVBS1 (Signal, 75Ohm, max
1Vpp) shared with cinch connector 1) |
| 30 | CVBS2 (Signal, 75Ohm, max 1Vpp) |
| 15 | 9512.4 and higher: CVBS3
(Signal, 75Ohm, max 1Vpp) 9512.2, 9512.3: Reserved (don not connect) |
| 13, 43 | CVBS0..3/SVID_C (Ground) |
| 29 | CVBS0/SVID_Y (Signal,
75Ohm, max 1Vpp) shared with S-video connector 1) |
| 44 | SVID_C (Signal, 75Ohm,
max 1Vpp) shared with S-video connector 1) |
| 23 | RS232_C1 |
| 7 | RS232_C2 |
| 37 | RS232_C3 |
| 22 | RS232_C4 |
| 6 | RS232_C5 |
| 36 | RS232_C6 |
| 21 | RS232_C7 |
| 5 | RS232_C8 |
| 35 | RS232_C9 |
| 20 | RS232_C10 |
| 40 | GND |
| 8 | Connector Identification, connect this pin to GND (pin 40) inside your custom cable connector |
| 4 | I2C - SDA (on request for quantity OEMs) |
| 34 | I2C - SCL (on request for quantity OEMs) |
| 18 | TAP 5 V |
| 3 | TAP 24 V |
| 17 | Optocoupler Output Emitter |
| 2 | Optocoupler Output Collector |
| 32 | Optocoupler Input A1, +24 V Anode |
| 33 | Optocoupler Input A0, +5 V Anode |
| 19 | Optocoupler Input K, Cathode |
| 38 | GND |
| 10 | +5 V Power Supply |
| 1 | GND |
| 16, 31 | +12 V Power Supply 9512.4 and higher: max 950 mA 9512.2. 9512.3: max 700 mA |
| 9, 11, 12, 24-28, 39, 41, 42 |
Reserved (do not connect) |
| 1) Shared means that the same signal is available on both connectors. Only one connector can be used at the time. | |
For synchronization of events like start/stop, trigger, good/bad, input/output etc. PicPort®-Color-CPCI boards offer digital inputs and outputs, which can be controlled by software. For use in industrial environment, the signals are isolated by the use of optocouplers. To take full profit of this signal isolation, you have to connect the optocoupler to an external power supply.
As you see in the following drawing, the optocoupler input is prepared for input signals of 5 V or 24 V with the appropriate onboard serial resistors. For other signal levels an additional serial resistor has to be added to guarantee the proper forward current. The optooupler output is prepared for external voltage of 5 V or 24 V.
See also the following examples of optocoupler output. In industrial environment, signal levels of 24 V are usually needed.
Application note «External trigger and flash» gives good overview of applications involving external devices such trigger or flash.
| Bus | CompactPCI bus (based on
PCI revision 2.1) Standard PCI version and PMC module version are also avialable |
| Image inputs | 3 CVBS + 1 S-video or 4 CVBS |
| Input format | PAL, NTSC, SECAM as CVBS or S-video |
| Image geometry | 2:1 interlaced; PAL: 768¡Ñ576 (square pixels), 720¡Ñ576 (CCIR601) NTSC: 720¡Ñ480 (square pixels), 640¡Ñ480 (CCIR601) |
| Pixel geometry | CCIR601, square |
| Digitizers | 1 |
| Data digitization | 20 MHz, 16-bit per channel |
| Image coding | YUV 4:2:2, CCIR656 |
| Input LUT | n/a |
| Brightness | programmable |
| Contrast | programmable |
| Color hue | programmable |
| Color saturation | programmable |
| Gain | auto |
| Offset | auto |
| Downscaling | horizontal 5-tap and vertical 5-tap independently interpolating scaler |
| Mirroring | along x and/or y axes |
| Overlay | freely programmable 1-bit lockmask stored in host memory |
| Color conversion | RGB, YUV or monochrome target models with various color depths and data packing |
| Transfer to host | bus master burst DMA transfer |
| Transfer rate | peak rate up to 132 MB/s, real time for all acquisition modes |
| Synchronization, slave | from CVBS |
| Line locked PLL | Ultra Lock®, not applicable for VCR steady image (pause mode) |
| Plugs for video | cinch, S-video, HDsub 44-pin, all female |
| Trigger in/out | opto-isolated |
| Camera power out | 12 V, up to 950 mA, protected |
| Power requirements | 5V/750mA (when a camera is powered from the board, the power consumption is increased appropriately) |
| Operating temperature | 0-50 ¢XC |
Comprehensive set of software tools consisting of video capture libraries and image processing libraries for Windows XP/2000/NT4, Windows Me/98/95 and for Linux. Please check especially the following ones:
Please check the list of suitable cameras (analog color models) for use with PicPort®-Color. The link invokes page showing wide list of different suitable cameras, allowing you to specify more criterions and restrict the list only to the cameras exactly matching your needs.
All the necessary cables for connecting a camera to the framegrabber are available.
LVmPC® is an ultra compact, mobile image processing system for industrial and machine vision, based on standard PC technology and Leutron's frame grabber series. LVmPC® is available in a huge variety of different configurations.
| Ordering number | Product | Description |
| 11002 | PicPort®-Color CPCI | CompactPCI version of PicPort®-Color |
| Complementary products | ||
| 16028 | LV-SDS | Driver software developer's suit for Windows and Linux |
| 15010 | PCI-CPCI adapter | To operate a CompactPCI bus board in a computer with standard PCI bus |
| 15012 | Optocoupler test board | Enables testing of the opto-isolated I/O functionality of all PicPort®framegrabbers |
| 14291 | Cable Chinch |
Camera cable, 2 m, Chinch plugs at both ends |
| 39990000 | BNC |
Connector adapter to convert from BNC female to Chinch male |
| 14344 | Cable S-video |
Camera cable, 5 m, S-video plugs at both ends |
| 14392 | HDsub44/male |
3m cable to operate up to 4 cameras with CVBS signal |
| 14¡Ñ¡Ñ¡Ñ | Other cables | All needed cables of various lengths |
