| Introduction | Preview | Sensor performance | Comparisons | Conclusion |

We are already acquainted with the D3200: apart from a few ergonomic details, it’s the same camera as the compact and lightweight D3100 SLR, though missing the secondary display on its bridge for even greater compactness. The D3200 weighs only 454 grams (without battery or card). Unlike the D3100, the D3200’s lens is off-center for better balance and the highly practical LiveView/video mode activation tab of the D3100 and the D5100 has disappeared in favor of a more ergonomically mundane video recording button. The D3200 comes with a second (dorsal) infrared sensor to complement its front sensor for more practical infrared remote control. The motor selection tab (single-frame, burst, timer, remote control) is gone as well, again replaced by a direct-access button.
For all their external similarities, however, Nikon didn’t simply tinker around with the D3100’s innards to come up with the D3200— on the contrary, both the sensor and the processor in this new SLR are very different indeed.
To provide photographers with a broader perspective about mobiles, lenses and cameras, here are links to articles, reviews, and analyses of photographic equipment produced by DxOMark, renown websites, magazines or blogs.
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Yesterday, Nikon announced a new entry level DSLR: the Nikon D3200. Even if this new model looks very similar to the Nikon D3100, don't be mistaken, the D3200 is a very different DSLR, as we describe in the following preview: |
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Last year Nikon endowed the D5100 with a 16Mpix CMOS sensor and an articulated screen. This year Nikon has grafted a 24Mpix high-resolution APS-C sensor onto its D3100 amateur camera to create a new version, the D3200. What kind of image quality can we expect from this entry-level camera’s very high-resolution sensor? The answer can be found in our tests. |