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SOFTWARE STANDARDS for MACHINE VISION Software Standards Are Just As Important As Hardware Standards to Ensure Machine Vision System Component Interoperability

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SOFTWARE STANDARDS for MACHINE VISION Software Standards Are Just As Important As Hardware Standards to Ensure Machine Vision System Component Interoperability www.visiononline.org www.emva.org www.jiia.org www.china-vision.org www.vdma.com/vision Member-supported trade associations promote the growth of the global vision and imaging industry. Standards development is key to the success of the industry and its trade groups help fund, maintain, manage and promote standards. In 2009, three leading vision associations, AIA, EMVA and JIIA began a cooperative initiative to coordinate the development of globally adopted vision standards. In 2015 they were joined by CMVU and VDMA-MV. This publication is one product of this cooperative effort. Version: April 2016 Copyright 2013, AIA, EMVA and JIIA. All rights reserved. Data within is intended as an information resource and no warranty for its use is given. Camera Link (including PoCL and PoCL-Lite), Camera Link HS, GigE Vision and USB3 Vision are the trademarks of AIA. GenICam is the trademark of EMVA. CoaXPress and IIDC2 are the trademarks of JIIA. FireWire is the trademark of Apple Inc. IEEE 1394 is the trademark of The 1394 Trade Association. USB is the trademark of USB Implementers Forum, Inc. All other names are trademarks or trade names of their respective companies. This is a comprehensive look at the various digital hardware and software interface standards used in machine vision and imaging. In the early days of machine vision, the industry adopted existing analog television standards such as CCIR or RS-170 for the interface between cameras and frame grabbers. The defining In the 1990s, digital technology became characteristics of today’s prevalent and a multitude of proprietary hardware and software interface solutions were used. This was a standards outlined in confusing environment for users of vision this brochure provide technology. a good foundation for The development of FireWire/IEEE 1394 by understanding each Apple for the consumer market was a good first interface option. step, but the Camera Link standard, introduced This is especially helpful in 2000, focused the technology and simplified to those unfamiliar with the market. Camera Link still plays an important vision standards and to role in the industry, but new interfaces that anyone migrating from address the growing spectrum of industries that analog to digital image use vision technology have been introduced. acquisition technology. In 2006 GigE Vision was released, followed by CoaXPress, Camera Link HS and USB3 Vision on the hardware side. On the software side, GenICam and IIDC2 were introduced to better support digital technology. 3 INTRODUCTION TO DIGITAL STANDARD TECHNOLOGY An interface standard codifies how a camera is connected to a PC, providing a defined model that allows simpler, more effective use of vision technology. A vision system is comprised of various components, including cameras, frame grabbers and vision libraries; often from multiple manufacturers. Interface standards ensure that compliant components interoperate seamlessly. Early analog standards provided a simple video transfer connection. Camera control and triggering was via a separate, vendor proprietary connection. Digital standards allow camera control and image transfer over a single wire. Digital image transfer features also provide greater flexibility and can simplify system design, reducing overall costs. Vision applications require four basic tasks: finding and connecting to the camera; configuring the camera; grabbing images from the camera; and dealing with asynchronous events signaled by or to the camera. Key Functions Provided by Digital Interface Standards Finding and Connecting Accessing Registers Sending Video Streams Camera Signaling Events Application 4 Two layers of software help with these tasks. The first layer is the transport layer (TL) which enumerates the camera, provides access to the camera’s low-level registers, retrieves stream data from the device, and delivers events. The transport layer is governed by the hardware interface standard. Depending on the interface type, the transport layer requires a dedicated frame grabber (Camera Link, Camera Link HS, CoaXPress) or a bus adapter (FireWire, GigE Vision, USB3 Vision). Camera TL programming programming Interface standard interface Driver interface SDK Transport Layer Application The second layer is the image acquisition library which is part of a software development kit (SDK). The SDK can be a stand-alone item, provided with a frame grabber, or in an image processing library. It uses the transport layer to access the camera functionality and allows grabbing images. There are two principal standards for camera functionality and its mapping to registers: GenICam and IIDC2. Both are discussed in more detail in the software standards section of this brochure. 5 INTRODUCTION TO DIGITAL HARDWARE STANDARDS The hardware components of a vision standard include cameras; computer connectors and cables; frame grabbers (if required); and all relevant specifications regarding configuration. This section provides detailed descriptions of the latest hardware standards: • Camera Link • Camera Link HS • CoaXPress • GigE Vision • USB3 Vision In addition, two legacy general interface standards (FireWire and USB 2.0) are briefly discussed, however, their use in the machine vision industry is in decline as newer standards deliver greater performance advantages. 6 LEGACY GENERAL INTERFACE STANDARDS IEEE1394 USB 2.0 IEEE 1394, also known as FireWire, is an interface based on a technology USB 2.0 is one of the most developed by Apple Inc. in 1987. There are two types of IEEE 1394: IEEE popular commercial interface 1394a and IEEE 1394b. For the machine vision market, IIDC is the FireWire standards and can be found data format protocol that defines the layout of the control registers inside on virtually all PCs. Many the camera. The current version of IEEE 1394-IIDC (1.32) is multi-camera cameras in machine vision capable and offers connectivity of up to 63 devices per bus. applications are still equipped with USB 2.0 as the underlying Speed transport layer. However, IEEE 1394a: 400 Mbits/s with 6 pin connector. use of these cameras is in decline as they do not leverage IEEE 1394b: in the IEEE 1394-2008 standard, up to 3.2G bits/s is any machine vision specific defined, however today, 800 Mbits/s is common and 1.6 Gbits/s is protocols and interoperability sometimes seen with a 9 pin connector. between vendors is problematic. Receiver Device PC (direct). Cable IEEE 1394 uses shielded twisted pair (STP) cable; with IEEE 1394b, an optical fiber cable (HPCF, GOF, POF) or UTP cable can be used. Connectors Latch type for IEEE 1394a; screw type for IEEE 1349b. 7 HDR 14-pin connector (PoCL-Lite) SDR, HDR 26-pin connector (Mini Camera Link) The Camera Link standard was initially released in 2000. It is a robust, well-established communications link that standardizes the connection between cameras and frame grabbers and defines a complete interface, MDR 26-pin including provisions for data transfer, camera timing, serial connector communications, and real-time signaling to the camera. Camera Link is a non packet-based protocol and remains the simplest camera/frame grabber interconnect standard. Currently in version 2.0, the standard specification includes Mini Camera Link connectors, Power over Camera Link (PoCL), PoCL-Lite (a minimized PoCL interface supporting base configurations) and cable performance specifications. Speed Camera Link was built for real-time, high speed communication. The high bandwidth Single Camera of 255 Mbytes/s for one cable and up to 850 Mbytes/s for two cables assures fast transfer of Base Camera Link - one cable images with no latency issues. 2 Gbits/s video data + camera controls + communications Receiver Device Frame grabber. Cable Camera Link defines its own dedicated cable. Optional second cable – medium + full Camera Link Cameras and frame grabbers can be easily Adds up to 6.8 Gbits/s video interchanged using the same cable. Maximum cable data + camera controls + communications length is in the range of 7 to 15 meters depending Standard PC with on camera clock rate. Mini Camera Link provides a single frame grabber small footprint when space is an issue. Connectors Double Base Configuration MDR 26-pin connector; SDR, HDR 26-pin Camera 1: connector (Mini Camera Link); HDR 14-pin Single frame 2 Gbits/s video data + camera controls + grabber offers 2 communications connector (PoCL-Lite). base configuration connections Camera Power Supply Using PoCL, a PoCL camera can be powered by a PoCL frame grabber through the Camera Link cable. Camera 2: 2 Gbits/s video data + camera controls + communications Other Differentiators Camera Link has optional GenICam support for plug and play interoperability. Use of up to two cables per camera is possible. 8 DIGITAL HARDWARE STANDARD SPECIFICATIONS | CAMERA LINK Standard name Camera Link Initial release date October 2000 Current version 2.0 (February 2012) Hosting association AIA Standard website www.visiononline.org/cameralink Mandatory None Related software standard Optional GenICam (CLProtocol) Image data Configuration Number of cables throughput Lite 100 Mbytes/s 1 Output configurations Base 255 Mbytes/s 1 Medium 510 Mbytes/s 2 Full 680 Mbytes/s 2 80-bit 850 Mbytes/s 2 Retransmission None Image transfer robustness Forward error correction None Uplink channel Asynchronous serial comms Camera control Downlink channel Asynchronous serial comms Trigger input signal 4 direct signal from frame grabber to camera Receiver devices Frame grabber Supported transfer topologies Point-to-point
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