Nikon announces Nikon D700 & SB-900
Large image sensor, developed by Nikon; 12.1 effective megapixels
The D700 employs an FX-format CMOS image sensor with an area of 36.0mm (h) x 23.9mm (v). It provides superior picture quality throughout a wide ISO sensitivity range, with advantages that include a large pixel size to ensure a higher signal-to-noise ratio and wide dynamic range, and improved circuit layout to efficiently increase the strength of the electrical signal from pixels. High-speed, 12-channel readout enables fast continuous shooting of high-resolution images at up to 8 frames per second (with Multi-Power Battery Pack MB-D10 and Rechargeable Li-ion Battery EN-EL4a/4 or eight AA-size batteries).
Nikon Speedlight SB-900 Major Features
- Multi-step auto zoom covers wide 17-200mm zoom range (24-105mm：SB-800)
- Three illumination patterns (standard, center-weighted and even) are available to match each shooting environment
- Automatically detects Nikon FX and Nikon DX formats and selects suitable light distribution
- Improved booster circuit for high-speed recycle time: Recycle time using four AA-size batteries is almost equal to the SB-800 with five AA-size batteries
- New AF-Assist illumination covers a wide 20-105 mm focal range compatible with the new Multi-CAM3500 FX/DX AF sensor
- Firmware update via Nikon D3 and D700 is possible (world’s first*)
- Thermal Cut-out function limits the number of flashes to avoid deterioration of light emitting parts caused by continuous flash firing
- Automatically detects color filters (fluorescent or incandescent), enabling camera to control color temperature according to filter information from SB-900
- Improved switch panel for enhanced usability
- Improved GUI using a large-size LCD dot panel
- Bounce capability: tilts up to 90º, down to -7º, rotates horizontally 180º to right and left
- Advanced Wireless Lighting and versatile functions for up to three remote groups of SB-900s or other compatible Speedlight controlled through the master SB-900
More information on the
Source: www.nikon.com
