/> The new camera module enables organisations to transmit uncompressed image data, at 1000Mbps, over distances of 100m. Available output modes are 5-megapixel and UXGA for high resolution; SXGA for high sensitivity and VGA, which delivers 90 frames per second.

The module is capable of recognition, measurement and pattern matching. Alignment is also possible in VGA mode and ITS, for high end security, is enabled in 2/3” SXGA mode. These image processing capabilities, combined with its high resolution, make it ideally suited to a vast range of applications, including those in the aerospace, robotics, pharmaceutical and automotive sectors.

Sony engineers have addressed issues associated with GigE’s use in camera modules, raised in a recent study by the Fraunhofer Institute and Sony (tinyurl.com/4o4ys8). The 2007 whitepaper concluded that, whilst GigE was capable of better performance in long distance applications than the IEEE 1394b standard, it was then not suited to transmitting real time data. The report also highlighted that performance had previously been compromised and the difficulties in using GigE made it unrealistic for 2007 camera modules.

Commenting on the new technology, Sony ISS’s European marketing manager, Arnaud Destruels, stated: “The inclusion of GigE builds on the XCD’s strength and will break further barriers in smart camera usage. Sony’s commitment to quality means a lot of work has been undertaken to bring GigE to the point where it can be used alongside [IEEE]1394.”

The module has been unveiled at this year’s VISION show in Stuttgart and will go into mass production in the second quarter of 2009. A colour module will be available shortly thereafter.

The C mounted camera measures 44x33x67.5mm, delivers a resolution depth up to 12 bits per pixel, has a shutter speed of 1/100,000s and enables 0 – 18dB of gain control with 0-6dB of digital gain.

The module supports GVCP, GVSP, UDP / OPv4, DHCP client and LLA client protocols. It comes with a choice of Windows Filter Driver or High performance driver software and a GenICam compliant XML file to provide XML to applications when the camera is booted.