Continuing the quest to deliver superb product innovations, Canon U.S.A., Inc., a leader in digital imaging solutions, today announced the world’s smallest and lightest DSLR* camera: the EOS Rebel SL1 Digital SLR Camera. It features a newly developed 18.0-megapixel CMOS (APS-C) sensor and high-performance DIGIC 5 Image Processor for exceptional image quality and speed. With its combination of lightweight size, ease of use and outstanding image quality, the EOS Rebel SL1 is perfect for users looking for the ideal camera to bring sightseeing on vacation or to capture the everyday.
(Photo: Business Wire)
“The EOS Rebel SL1 Digital SLR Camera represents a new era in DSLR versatility: ultra-portable, full-featured DSLR cameras,” said Yuichi Ishizuka, executive vice president and general manager, Imaging Technologies & Communications Group, Canon U.S.A. “The EOS Rebel SL1 combines the high speed, high image quality and expanded shooting range of a DSLR camera, with the easy and fun usability of a point-and-shoot camera.” Advanced Image Quality in a Compact Body As the world's smallest and lightest DSLR, the new camera body is 4.6” (w) x 3.57” (h) x 2.74” (d), and weighs only 14.36 oz.** In comparison, the EOS Rebel SL1 is approximately 25 percent smaller and 28 percent lighter than the EOS Rebel T4i digital camera. The EOS Rebel SL1 features an 18 megapixel CMOS (APS-C) sensor that performs exceptionally well in both bright and dimly lit shooting environments with an ISO range of 100-12800 (expandable to H: 25600) for photos and ISO-6400 (expandable to H: 12800) for video. Canon’s DIGIC 5 Image Processor technology allows for exceptional image quality and shooting speed up to four frames per second (fps). The camera includes a new nine-point center cross-type autofocus (AF) system to help achieve fast, sharp focus. The new AF system also includes a new Hybrid CMOS AF II sensor, which provides a wider focus area when shooting photos or video in Live View mode, and a continuous AF speed that’s increased from previous EOS models.