Family of Ultra-Small Cameras Gets Bigger with EC1600 Super small, light-weight, 2 Megapixel CCD runs 15 frames per second
Vancouver, December 2005 - Prosilica's large array of industrial firewire cameras just became even larger with the release of the ultra-compact EC1600 CCD camera. This super-small, 2-megapixel machine vision camera is light-weight, high resolution (1620x1220) and runs 15 frames per second (faster with region-of-interest readout). The EC1600 is the latest in a series of high-quality CCD cameras from Prosilica intended for the machine vision market and is available in monochrome or color versions. The very small size, light weight, and rugged design of the EC1600 make it suitable for a wide range of demanding applications.
The exceptional image quality, high resolution, and fast frame rates make the EC1600 particularly suited for applications such as LCD panel inspection, PCB inspection, semiconductor imaging, ATM bank machines, traffic imaging, and machine vision. Like other Prosilica firewire cameras, the EC1600 is DCAM-compliant (IIDC1.31) and works with a wide range of third-party software as well as Prosilica's own SDK and software." The EC1600 is the smallest 2-megapixel firewire camera on the market", said CEO Marty Furse, "The image quality on this camera is excellent. Every engineer that sees this camera in action will want to buy it".
Prosilica's cameras are noted for their high performance, excellent SDK, as well as a rich set of camera features. Features include a firewire interface, high frame rates, external trigger and sync, snapshot shutter (global shutter), sophisticated exposure controls, industrial ruggedness, and ease of use.
About Prosilica
Prosilica Inc. designs, manufactures, and markets high-performance digital cameras based on IEEE-1394 (firewire) and Gigabit Ethernet (GigE Vision) for machine vision and industrial applications.
For more information contact Prosilica by telephone at 604-875-8855, by email at [email protected] , or visit us on the web at www.prosilica.com .
