Truesense Imaging CMOS image sensor has near-infrared sensitivity

The KAC-12040 12 Mpixel CMOS image sensor comes in a 4/3 in. optical format based on a 4.7 µm 5T CMOS platform. Features include fast frame rate, near-infrared sensitivity, global and rolling shutter, and flexible readout modes with multiple regions of interest (ROI).
Truesense Imaging
Rochester, NY
www.truesenseimaging.com

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PRESS RELEASE

Truesense Imaging Launches Its First CMOS Sensor Targeting High Performance Imaging Applications

12 Million Pixel Sensor Supports Quad Full HD Format, Complements Expansive CCD Portfolio for Industrial Imaging Markets

ROCHESTER, N.Y. - Truesense Imaging, a leading provider of high-performance CCD image sensors for the world's most demanding applications, today announced its first CMOS image sensor specifically targeting applied imaging markets such as machine vision, intelligent transportation systems, and surveillance.

The 12 million pixel KAC-12040 Image Sensor combines high resolution with very high frame rate, flexible readout, and excellent near-IR sensitivity - features that address the critical requirements of many current and emerging imaging applications.

"The KAC-12040 leverages our extensive background and broad expertise in pixel design, system-on-a-chip architectures, and sensor manufacturing to bring an exciting new combination of features to camera manufacturers and their end markets," said Chris McNiffe, CEO of Truesense Imaging, Inc. "This device clearly supports our strategy to be the leading provider of both CCD and CMOS sensors for high performance applications, and to provide our customers with the very best image sensor products regardless of their underlying technology."

The KAC-12040 Image Sensor is the first in a planned family of CMOS devices that complement Truesense Imaging's expansive CCD portfolio by providing the functionality and flexibility available uniquely from CMOS technology. Based on an advanced 4.7-micron pixel, the new CMOS platform provides both global and rolling shutter for versatile image capture, very high frame rate, and excellent near-IR sensitivity - features required by a growing set of applied imaging applications such as machine vision, intelligent transportation systems, and surveillance. The platform also includes a flexible read-out architecture that supports programmable, multiple regions of interest, enabling full speed, interspersed video streams for simultaneous monitoring of both full field of view and multiple localized zones.

With 12 million pixels (4000 x 3000) in a 4/3 optical format, the KAC-12040 supports 8, 10, 12, and 14-bit output, providing 10-bit full resolution readout at up to 60 frames per second. Higher frame rates are possible through image cropping, including a pre-programmed Quad Full HD (3840 x 2160, 8.3 MPix) mode that supports 10-bit readout at 100 fps. The architecture of the device enables 2, 4, or the full set of 8 output banks to be selected during readout, allowing power to be conserved when very fast throughput is not required.

The KAC-12040 Image Sensor is available in monochrome and Bayer color configurations, and is sampling today with production planned for Q2, 2013.

For additional information, please contact Truesense Imaging at (585) 784-5500 or [email protected]. Additional information on the KAC-12040 is available at truesenseimaging.com/KAC-12040, and information on Truesense Imaging's full line of high performance image sensors is available at truesenseimaging.com. Visit our blog at truesenseimaging.com/blog.

About Truesense Imaging, Inc.
Truesense Imaging, Inc. is a leading provider of high-performance image sensors serving the machine vision, traffic, surveillance, medical, photography, and scientific imaging applications. With 40 years experience in the design, development, and manufacturing of high-performance image sensors, Truesense Imaging is uniquely positioned to offer the broadest sensor portfolio with an outstanding combination of resolution, frame rates, and performance, making them ideally suited for the world's most demanding imaging applications.

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