JAI Pulnix - TM-1327GE

TM-1327GE

JAI Pulnix

JAI Pulnix has added a new member to its growing line of Gigabit Ethernet cameras. The TM-1327GE is a compact progressive scan CCD camera, featuring a 2/3-inch image sensor and the ability to capture 30fps at a full 1.4-Megapixel resolution. The camera is contained in 50.8 x 50.8 x 84.8mm housing. It offers a wide dynamic range with high sensitivity over both visible and near IR portions of the spectrum, making it well suited to applications involving widely varying light conditions.

JAI Pulnix’s patented look-up table (LUT) allows full dynamic range control of the CCD by externally selectable knee slopes. An extensive software kit, provided with the camera, includes a user-friendly graphical user interface (GUI) for controlling LUT settings and other camera functions, as well as an integrated API and a set of C++ classes for controlling the grabbing of images, and configuring local I/Os.

Applications include machine vision, intelligent transportation systems, fruit inspection, medical imaging, gauging, character recognition, surveillance, and failure analysis.

JAI Pulnix - TM-2016-8

TM-2016-8

JAI Pulnix

The TM-2016-8, a member of JAI Pulnix’s AccuPiXEL line of cameras, is a 2.1 Megapixel camera with a one-inch progressive scan CCD. This machine vision camera features a Kodak KAI-2093M imager and is available in two versions: Camera Link and LVDS (RS-644). Featuring 1920 x 1080 resolution and with large 7.4µm square pixels, the camera includes 8-bit output with lookup table. Similar to HDTV, the pixels are arranged in a 2K x 1K, 16:9 aspect ratio.

The TM-2016-8’s progressive scan provides full vertical and horizontal resolution at up to 8fps. Two-row binning can be used to achieve 16fps. The TM-2016-8 features full asynchronous reset with electronic shutter up to 1/10,000 sec or pulse-width exposure control, which allows triggered image capture and processing. The housing measures 44mm x 44mm x 64mm and accepts standard C-mount lenses. The TM-2016-8’s 2:1 aspect ratio makes it suited to a variety of machine vision applications, especially those requiring a wide field of view. These include airborne imaging, head-up displays, ITS (intelligent transportation systems), online inspection, defence, microscopy, medical imaging, PIV/measurement, and motion analysis.