Congratulations! •
The sensors deliver sharp and accurate colour images over a dynamic range exceeding 140dB, needing no special setup or explicit white balance among the RGB channels. This technology is ideally suited to colour machine vision applications where dynamic range and precise colour images are mandatory.
Color Native WDR technology is based on a true logarithmic response in the RGB channels. Thanks to this precise and predictable logarithmic response, the illumination component and the reflectance can be separated at the logarithmic pixel’s output: one as global offset and the other as local contrast distribution. By normalising this offset in the RGB channels, a balanced colour image can be obtained.
www.new-imaging-technologies.com
The FireNEX-S800, the world’s first 1394 optical repeater, takes 1394 up to 10,000m Newnex Technology
Newnex FireNEX-800 is a 1394b (FireWire) over optical repeater. Using
innovative technology, Newnex has developed a method whereby optical transceivers can be connected and send 1394 signals over fibre optic cabling up to 10,000 metres in length. Newnex was awarded a US patent for its design. The FireNEX-800 optical repeater allows a
camera or other device to be remotely located at a long standoff distance for applications including part inspection and security monitoring. The optical repeater allows full electrical
isolation and can function from 75°C to -45°C. The units are small and can be used as a board without housing for OEM integration. It also can be bus powered or externally powered and can act as a hub. Two devices, such as two cameras, can be connected to a repeater unit and share the total available bandwidth.
www.newnex.com
MVNova, a platform for machine vision standardisation Rob Paffen Notavis
Based on the principle of scripting, MVNova is an easy to learn yet very powerful programming language targeted at machine vision application builders. By offering a wide range of ready to
use machine vision script functions, the system provides quick implementation of both simple and more complex machine vision tasks. It is optimised for speed and memory usage, and designed to get the most out of the extensive range of powerful, intelligent cameras available from Vision Components. MVNova offers a complete set of application modules. Each module contains open source script functions, designed for a specific machine vision task. Because of this open source structure, users can copy or edit functions, thereby creating new functions that better meet their requirements. It is even possible to develop a completely new set of functions, thus creating new modules for new applications. MVNova supports a dedicated network
protocol, which enables it to automatically exchange data between individual MVNova cameras or systems. Each variable, result, string or even image that the user registers will automatically be available for all other smart cameras or computers in the network. As each smart camera still operates as an independent image processing system, the number of cameras in the network barely influences the performance of the entire machine vision system.
www.sedeco.nl
FPGA camera family Velociraptor Barbara Rakovec Gorkic, Ales Gorkic OptoMotive
OptoMotive presents the new FPGA camera family Velociraptor. Velociraptor is made up of a large FPGA and
high-speed image sensor, with image processing carried out onboard the FPGA. It is developed to fill the market gap between standard industrial cameras and high-speed cameras. Velociraptor incorporates Cmosis 2 or 4 Megapixel sensors, a large FPGA, dual DDR3 memory, and Gigabit Ethernet with PoE. The camera has a small and ruggedised waterproof housing design (90 x 52 x 40mm) with an innovative mounting system (ball- joint). A JPEG compression core operating at maximum frame rate is offered with the camera (340fps or 180fps, depending on sensor size). This core was developed specifically for the camera, as no commercial JPEG core was available with sufficient performance.
www.optomotive.com
To all, who also strongly believed in USB from the very beginning.
The next generation of IDS uEye® cameras with USB 3.0
USB & GigE Cameras
www.ids-imaging.com +49 71 34 / 9 61 96-0
VISION 2011 Hall 4, Booth 4C53
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