Set the Mode dial to Connect.

Using a Serial Cable Connection

The most common means of connecting the camera to your computer is by serial cable connection. When connecting the camera, it is a good idea to use a Kodak-specified AC adapter (see page 5).

Connecting to a Windows-Based Computer

An RS-232 serial cable is provided so you can connect your camera to a Windows-based computer.

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2 Plug the appropriate end of the serial cable into an available 9-pin serial port on the computer.

Serial ports are usually labeled COM1 and COM2, or A and B. If your computer has a 25-pin port, you need to use a 9-pin adapter (available at your local computer store) and attach it to the port before attaching the serial cable to the computer.

If the ports are not labeled, see your computer User’s Guide for a diagram that illustrates all of the external ports.

3 Open the serial/USB port door on the side of the camera.

4 Plug the other end of the serial cable into the camera serial port.

5 Slide the POWER switch to the right to turn on the camera.

If you get a message on your computer stating that you are not connected, refer to the Serial.PDF document installed with the software, or the online help for troubleshooting information.

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Kodak DC240, DC280 manual Using a Serial Cable Connection, Connecting to a Windows-Based Computer
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DC280, DC240 specifications

The Kodak DC240 and DC280 were two influential digital cameras released in the late 1990s, part of a pioneering wave that helped to establish mainstream digital photography. Designed for both amateur and advanced users, these models offered innovative features that set them apart from their contemporaries.

The Kodak DC240 was introduced in 1999 and featured a 1.3-megapixel sensor, which was suitable for capturing images at 1280x960 resolution. One of its standout features was its ability to store images on CompactFlash cards, allowing users to easily expand their storage capabilities. The camera offered an optical viewfinder as well as an LCD screen, providing versatility in composing photos.

The DC240 was equipped with a fixed-focus lens, which, although not as adaptable as later zoom lenses, produced decent image quality for its time. The camera supported several color modes and had the capability to adjust exposure settings, offering users a degree of creative control. Its design was compact and lightweight, making it portable for everyday photography.

Following closely, the Kodak DC280 was launched in 2000, representing a refinement of its predecessor. It boasted a higher 2.1-megapixel resolution, allowing for clearer, more detailed images at 1600x1200 resolution. The DC280 introduced a more sophisticated autofocus system, enabling users to capture sharper images with less effort.

Another notable advancement in the DC280 was its improved image processing capabilities, which enhanced the overall color accuracy and exposure control. The camera featured a 3x zoom lens, providing greater flexibility in framing shots at various distances. Additionally, the DC280 held a larger LCD screen with improved visibility, catering to users wanting to preview their images before capturing.

Both models utilized Kodak's Image processing technology, which was designed to optimize image quality and reduce noise, particularly in low-light conditions. They were capable of connecting to computers via USB, allowing for convenient image transfers to enhance the digital workflow.

In conclusion, the Kodak DC240 and DC280 not only advanced Kodak's position in the digital camera market but also contributed significantly to the evolution of digital photography. Their blend of user-friendly features, improved technology, and solid image quality marked a pivotal transition from film to digital media, paving the way for the versatility and convenience that modern photographers enjoy today.
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