| D2Hs Digital SLR Camera Body - New! |
For more information and prices - click here The new D2Hs professional digital SLR camera, incorporating several new enhancements and features, is designed for photojournalists and sports/action photographers. The D2Hs integrates the best technologies from its predecessors with an array of new innovations that deliver the speed, response and handling required for action photography. The range of new features and enhancements in the D2Hs are based on extensive research and feedback from professional photographers around the world. An all-new image processing engine in the camera produces images with higher quality, finer gradations and lower noise, while a newly refined exposure metering system improves on Nikon's hallmark 3D Color Matrix technology. The D2Hs Auto White Balance and auto focusing systems have been fine tuned to deliver precise, accurate results and an enhanced buffer now offers continuous shooting at 8 frames per second for up to 50 consecutive shots (JPEG, FINE). During the development of Nikon's D2X professional digital SLR camera, several new technologies and innovations that delivered breakthrough performance in that camera were integrated into the D2Hs to offer photojournalists and sports photographers a camera at par with Nikon's flagship D2X camera. In addition to Nikon's exclusive 4.1 megapixel DX format JFET image sensor LBCAST (Lateral Buried Charge Accumulator and Sensing Transistor array), the D2Hs features the following new technologies and enhancements: Rapid Response & High Performance Up to 50 consecutive shots at 8 fps - High-speed processing, high-performance components and a new larger buffer with faster memory access increase the number of consecutive shots to as many as 50 JPEG or 40 RAW (NEF) per burst. Immediate response & ultra-short 37ms shutter lag - Instant power-up, a class-leading shutter release time lag of a mere 37 milliseconds, and optimized systems throughout make the D2Hs ready to shoot whenever the decisive moment may arise. Faster, higher precision |
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