Canon Pacesetting

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The Canon SD990 Black is a compact digital camera released in 2004, featuring a 3.2-megapixel CCD sensor enabling image resolutions up to 2048 x 1536 pixels. It comes equipped with a 3x optical zoom lens with a focal length range of 6.2mm to 18.6mm, equivalent to 37-111mm in 35mm format, and an aperture range from f/2.8 to f/8. The camera supports ISO sensitivity from 50 up to 400, allowing moderate control over low-light situations. It utilizes a 1.8-inch LCD display for framing and image review. The SD990 runs on two AA batteries and records images to CompactFlash Type I memory cards. For connectivity, it offers USB 1.1 support alongside video output capabilities. The camera also includes basic exposure and metering modes such as Program AE, and features like macro shooting and self-timer enhance its usability.

The Canon SD990 offers a solid optical 3x zoom lens with bright f/2.8 aperture at wide angle, enabling good performance in daylight conditions. Its compact form factor and lightweight design make it highly portable for casual photography. The use of standard AA batteries allows easy replacement without proprietary battery packs. It supports a variety of shooting modes and features such as macro mode and self-timer that enhance creative control. The 3.2-megapixel sensor delivers image quality suitable for moderate size prints and web publishing. Additionally, the camera’s compatibility with CompactFlash cards provided ample storage options at the time of release.

The Canon SD990's 3.2-megapixel resolution is limited compared to modern cameras, restricting large-format printing and cropping flexibility. The ISO range maxes out at 400, which limits low-light performance and results in higher noise at elevated sensitivities. Its 1.8-inch LCD screen is relatively small and low resolution compared to current standards, affecting live preview ease. The camera uses slower USB 1.1 connectivity, which extends image transfer times. Lack of advanced features such as image stabilization, video recording, or manual exposure controls constrains versatility. Furthermore, dependency on AA batteries increases bulk and potential runtime issues compared to integrated lithium-ion options.

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