Nikon D7100 video test ||Frame Rate Settings and price||

#nikon #photography #videography #review #howto #dslr #camcam
The enthusiast-targeted Nikon D7100 becomes the company's latest APS-C DSLR to feature a 24MP sensor, joining the D3200 and D5200 models that were announced in 2012. As the eagerly anticipated successor to the very popular two-and-a-half year old D7000, the D7100 faces a sizeable task. In our in-depth review we found its predcessor to combine very good image quality, class-leading noise performance and great handling in a solidly-built body.
Nikon appears to have taken this challenge to heart with the D7100 looking, on paper, like a very significant upgrade. The D7100 becomes the first Nikon DSLR to omit an optical low-pass filter (OLPF), a move we've seen rival Pentax take with its K-5 IIs. In theory, removing the OLPF altogether should result in a higher resolution than the filtered 24MP sensors found in the D5200 and D3200 can produce. We saw Nikon test the waters in this regard with the 36MP D800E, in which the effect of the OLPF was 'cancelled out'. Based on our test results with that camera, we suspect that realizing benefits of the OLPF's omission will require some very good optics at optimum apertures. The downside is, of course, greater potential for moiré-induced artifacts when shooting stills of objects with fine patterned detail.
Other D7100 upgrades over the D7000 include a significantly upgraded AF system, with focus algorithms borrowed from the top-end Nikon D4, 51 AF points (15 cross-type) and the stated ability to focus in light as low as -2EV. The D7100 gains a slightly larger 3.2-inch 1.2M dot rear LCD that features an RGBW display. The additional white dots allow the screen to either be run at lower power or noticeably brighter than the RGB panels found on previous Nikons for increased brightness or efficiency, depending on need. Owners of multiple Speedlights can also make use of Nikon's wireless remote operation (dubbed 'Advanced Wireless lighting') of up to three separate groups of flash units. And, as with the D7000, the camera's built-in flash can be used in Commander mode to trigger remote flashes

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