![]() ![]() Product Spectrum Image Acquisition Frame Grabbers from Rauscher and Stemmer Imaging Also, up to 100 cameras can be connected and synchronized with Gidel InfiniVision, a virtual, software-based, frame grabber. The images are stitched together on the frame grabber, and one whole image transferred to your CPU or GPU. All cameras can be synchronized across, and within, frame grabbers. In turn, many frame grabbers can be attached in parallel. Machine Vision Frame Grabbers for 1 – 8 cameras, synchronizedīetween 1 and 8 devices can be connected to each of our frame grabbers. Available form factors are PMC, PCI, and conventional PCIe PCI Express. One or two CameraLink cameras can be connected with SPF, SDR26 or MDR26 connectors. Camera Link Frame Grabbers for CameraLink CLĮDT and Gidel offer digital image acquisition frame grabbers conforming to the Camera Link interface. Frame grabbers using our proprietary fiber optic interface is built on the same PCIe Gen 3 x8 boards as CameraLink HS and 10GigE Vision frame grabbers. Throughput is 10G per SFP or SFP+ port, or as quad QSFP+ for 40G. CLHS-X Camera Link High Speed X-Protocol and Fibre Optic Frame GrabbersĬamera Link HS X-Protocol frame grabbers use conventional fiber optic transceivers. Either four or five 10GigE Vision cameras can be connected to the frame grabber. Connectors are standard fiber optic transceivers SFP, SFP+, and quad QSFP+, thus transfer rates are 10 Gbps or 40 Gbps. Our 10GigE Vision frame grabbers are a PCIe Gen 3 card with 8 lanes. Industrial machine vision has found use for the expansion of GigE standard to the 10GigE Vision interface offering 10 Gbps bandwidth. CoaXPress Versions 1.0, 1.1, and 2.0 are supported. Our CoaXPress frame grabbers transfer images between the camera and frame grabber at rates of 6 Gbps or 12 Gbps. CoaXPress Frame Grabbers for CXP1, CXP2, CXP-6, CXP-12, 6 Gbps, and 12 Gbps, CXP Versions 1 and 2 PC/104+ protocol is included, or the PCI 104 Plus standard, and PCIe/104 frame grabbers.Īs well as the PCIe and PCI104 formats, our frame grabber range includes PMC form factor frame grabbers, or as image acquisition frame grabbers on FMC mezzanine carrier boards. We also have PC/104 small form factor frame grabbers for high-speed I/O applications, rugged applications, graphics, and networks that may require PC104 machine vision frame grabbers. Frame grabber boards come in full height or half height (PCIe FH or HH frame grabbers). PCIe lanes are 1, 2, 4, 8, or 16 for maximum throughput, although other cards in your PCIe slots may divide or share the available bandwidth, thus reducing the amount available to any others. We offer a wide range of digital image acquisition frame grabbers in PCIe and PCI/104 form factors from Kaya Instruments, Gidel, and Engineering Design Team (EDT). With this software suite, designers can rapidly prototype and deploy production-ready software to support video transmission over GigE, 10 GigE, and USB 3.0 using the same application programming interface (API).Frame Grabbers for CoaXPress, CLHS-X, CXP, CoF, and Camera Link PCIe and PCI-104 Frame Grabbers for Industrial Machine Vision The iPORT CL-GigE is supported by Pleora’s feature-rich eBUS™ SDK application tool kit. The connection at the computing platform is a standard GigE port, allowing designers to reduce system size, cost, and power consumption by using smaller form factor computing platforms such as laptops, embedded PCs, and single-board computers. Cabling distances can be up to 100 meters using standard CAT5e/6 cabling, and unlimited with off-the-shelf Ethernet switches. The CL-GigE converts video data from Camera Link cameras to packets and transmits it over GigE with low, predictable latency. With these external frame grabbers, Camera Link cameras can enjoy the long-distance cabling, computing platform support, and networking advantages of Gigabit Ethernet (GigE). Pleora’s iPORT™ CL-GigE External Frame Grabbers allows designers to treat Camera Link® Base configuration cameras as native GigE Vision® cameras in vision systems operating in -40☌ to +60☌ environments. ![]()
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