13 Collegamento al computer

Esistono due modi per accedere alle immagini della fotocamera digitale

KODAK PROFESSIONAL DCS Pro 14n dal computer:

Collegare la fotocamera al computer con un collegamento IEEE 1394, quindi acquisire le immagini con il software KODAK PROFESSIONAL DCS Camera Manager. Se si utilizza la modalità di acquisizione in anteprima di DCS Camera Manager, è possibile visualizzare le immagini sul computer man mano che vengono acquisite. Dopo aver trasferito le immagini sul computer con DCS Camera Manager, è possibile accedervi utilizzando il software KODAK PROFESSIONAL DCS Photo Desk.

Estrarre la scheda di memoria dalla fotocamera, inserirla in un lettore di schede, quindi accedere alle immagini utilizzando DCS Photo Desk.

Vantaggi di un collegamento IEEE 1394

È possibile acquisire immagini e visualizzarle sul computer in pochi secondi.

Vantaggi di un lettore di schede

Per accedere alle immagini dal computer non è necessaria la presenza di una fotocamera.

Sebbene molti computer portatili non dispongano di collegamenti IEEE 1394, sono comunque dotati di lettori di schede.

Per scattare la foto non è necessario essere collegati a un computer.

2 gennaio 2003

13-1

Page 181
Image 181
Kodak DCSPRO14N manual Vantaggi di un collegamento Ieee, Vantaggi di un lettore di schede

DCSPRO14N specifications

The Kodak DCSPRO14N is a powerful digital camera that has gained recognition for its exceptional image quality and advanced features. Designed primarily for professional photographers, this camera is part of Kodak's commitment to innovation and excellence in photography.

One of the standout features of the DCSPRO14N is its impressive 14-megapixel image sensor. This high-resolution sensor captures incredibly detailed images, making it ideal for large-format prints and professional applications where image quality is paramount. The camera performs admirably in various lighting conditions, thanks to its advanced noise reduction technology, allowing photographers to create stunning images whether in bright sunlight or low-light scenarios.

The Kodak DCSPRO14N utilizes Kodak’s proprietary Color Science technology, which enhances color accuracy and vibrancy in images. This ensures that the colors captured by the camera are true to life, offering a more engaging and realistic viewing experience. Additionally, this camera features a robust auto-focus system that enables quick and precise focusing, essential for capturing fast-moving subjects or candid moments.

In terms of usability, the DCSPRO14N boasts a user-friendly interface, making it accessible for photographers of all skill levels. The camera is equipped with a high-resolution LCD display that allows for easy navigation through settings and real-time image review. Photographers can also take advantage of customizable settings, which provides the flexibility to tailor the camera's performance to meet specific shooting needs.

The build quality of the Kodak DCSPRO14N is notable, featuring a durable body designed to withstand the rigors of professional use. Its ergonomic design ensures a comfortable grip, facilitating longer shooting sessions without discomfort. Additionally, the camera supports various lenses, offering versatility for different shooting styles, from wide-angle landscapes to close-up portraits.

Another key characteristic of the Kodak DCSPRO14N is its extensive connectivity options. The camera supports USB and HDMI outputs, making it easy for photographers to transfer photos to a computer or display images on external screens. This feature is critical for professional settings where quick sharing and showcasing of work are necessary.

Overall, the Kodak DCSPRO14N represents a blend of advanced technology and practical features, making it a valuable tool for photographers seeking high-quality images and reliable performance. Whether for studio shoots, event photography, or outdoor adventures, the DCSPRO14N is designed to meet the demands of professionals and enthusiasts alike, solidifying its place in the competitive world of digital photography.