Metering System

The available exposure Metering systems vary, depending on your camera.

Exposure Metering

DCS 315

DCS 330

System

 

 

 

 

 

 

 

 

3D Matrix Metering

no

yes

 

 

 

Center-Weighted

yes

yes

Metering

 

 

 

 

 

Spot Metering

yes

yes

 

 

 

3D Matrix Metering

3D Matrix Metering is only available with the DCS 330 camera.

This system is ideal for quick operation in any exposure mode. With D-type AF Nikkor lenses, 3D Matrix Metering is automatically activated. 3D Matrix Metering uses three types of data: (1) scene brightness, (2) scene contrast and (3) distance to focused subject (distance information). Data on scene brightness and contrast are detected by the camera’s eight-segment Advanced Matrix Sensor, while data on the distance to focused subject is detected and relayed by the D-type AF Nikkor lens in use.

Information sent by the camera’s autofocus system indicating whether the main subject is centered is also considered in the computation. Through analyzing this data, your camera provides correct exposures even in extremely complex lighting situations.

If a non-D-type AF Nikkor lens is used, Advanced Matrix Metering is performed. Although the lens does not provide distance information, the eight-digit Advanced Matrix Sensor provides a correct exposure in most lighting situations.

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General

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Kodak DCS300 manual Metering System, 3D Matrix Metering

DCS300 specifications

The Kodak DCS300 series, introduced in the late 1990s, marked a significant advancement in digital photography, especially for professional applications. At its core, the DCS300 was designed for photographers seeking high-quality digital imaging combined with the familiar handling of traditional film cameras. This series, particularly the DCS 310, 320, and 330 models, utilized a combination of innovative technologies and features that set it apart from its contemporaries.

One of the most notable features of the Kodak DCS300 series was its use of a 1.5-megapixel CCD sensor. This sensor delivered impressive image quality for the time, capturing photographs with vibrant colors and fine detail. The camera supported a maximum resolution of 2032 x 3040 pixels, allowing for large prints and significant cropping without losing image integrity. The sensor's design also minimized noise in images, which was crucial for professional users who often worked in diverse lighting conditions.

The DCS300 series cameras were built on a Nikon F90 (N90) camera body, providing a familiar layout and ergonomic design for photographers accustomed to Nikon's SLR system. This integration meant that users could utilize Nikon lenses, which further enhanced the camera's versatility. The inclusion of a mirror mechanism and a viewfinder made the transition to digital photography smoother for traditional film photographers.

The DCS300 series introduced a unique workflow through its dual-slot memory system. The cameras utilized both CompactFlash (CF) and IBM Microdrive storage options. With the capability to capture JPEG and TIFF formats, photographers could choose the level of image quality that suited their needs. The built-in image processing features allowed for immediate review and basic adjustments on the go.

Another characteristic of the DCS300 was its robust build quality. Designed to withstand the rigors of professional use, the camera featured weather sealing and a durable chassis. This ruggedness made it suitable for on-location shoots and provided peace of mind to photographers working in challenging environments.

In terms of connectivity, the DCS300 series offered options for both FireWire and USB interfacing. This facilitated rapid data transfer to computers for editing and storage, streamlining the digital workflow essential for professional environments.

Overall, the Kodak DCS300 series played a crucial role in the evolution of digital photography. By blending professional-grade image quality, reliable construction, and user-friendly features, it established a strong foothold for Kodak in the digital camera market, paving the way for future innovations in digital imaging technologies.