Canon Digital Rebel XTi

Updated: 2007-05-31
Canon Digital Rebel XTi

The Canon EOS Digital Rebel XTi offers an unbeatable combination of performance, ease-of-use and value. It has a newly designed 10.1 MP Canon CMOS sensor plus a host of new features including a 2.5-inch LCD monitor, the exclusive EOS Integrated Cleaning System featuring a Self Cleaning Sensor and Canon's Picture Style technology, all in a lightweight, ergonomic body. The Digital Rebel XTi is proof positive that Canon continues to lead the way with their phenomenal digital SLRs.

Features

Compact and Powerful.
High performance digital SLR with 10.1 Megapixel Canon CMOS sensor and DIGIC II Image processor.

10.1 Megapixel APS-C Size CMOS Sensor

Canon's large-area CMOS (Complementary Metal Oxide Semiconductor) sensor captures images with exceptional clarity and tonal range, and offers the most pixels in its class. This APS-C size sensor (22.2 x 14.8mm) has the same 3:2 ratio as film cameras, enabling an effective angle of view that is 1.6x the normal EF Lens focal length. With an effective pixel resolution of 3,904 x 2,598, the EOS Digital Rebel XTi offers superb detail and clarity, even in large prints, and generates finished files that open at approximately 30MB in your image-editing software. On Canon's CMOS sensor, each pixel is captured with fine detail to create images of tremendous depth and resolution, ensuring enough information for even poster-sized prints.

DIGIC II Image Processor

The EOS Digital Rebel XTi is the product of Canon's extensive in-house development: The DIGIC II Image Processor was designed specifically for Canon digital SLR cameras and enhances every aspect of image capture. Information captured by the CMOS sensor is processed and assembled into images of exceptional quality. With the DIGIC II Image Processor on board, photographers can expect natural color reproduction, precise white balance in any number of lighting situations and unparalleled clarity. The DIGIC II Image Processor employs sophisticated signal processing algorithms and works at greater speeds, all while consuming less energy.