For those who enjoy taking photos of star-speckled night skies, Nikon is launching a specialty DSLR designed specifically for astrophotography – the first for a full-frame camera.
Instead, it has unique elements that help capture celestial bodies in the right colors.
The key difference between the D810A and D810 is the infrared (IR) cut filter has been changed to allow for the hydrogen alpha (656nm) wavelength to come through even greater. What this means is that the camera is able to capture the red hues emitted by diffuse nebulae, as well as moons, planets, and constellations.
Combined with the camera’s 36.3-megapixel full-frame CMOS sensor (one of the highest-resolution full-frame sensors available), the D810A captures these galactic images with tremendous detail (make sure you use a tripod and remote shutter).
The D810A has additional features for astrophotography, including a Long Exposure Manual Mode (which lets you set shutter speeds between 4 and 900 seconds), allowing you create beautiful light trails. A new Virtual Exposure Preview Mode lets you preview in live view mode what an image would look like, at a 30-second exposure. The ISO is smaller than the D810’s, but Nikon says it has been optimized for maximum low-light sensitivity. The available Nikon NX-D software now has a new option for Astro Noise Reduction that supports the D810A’s image files. Otherwse, the camera is the same as the D810 (read our full review here), but, in normal photography, faithful reproduction of colors cannot be obtained – the camera’s caveat.
Nikon hasn’t officially listed a price for the D810A yet, but it won’t cost any less than the D810’s $3,300 body-only price tag. Because the D810A is designed to be a single-purpose camera, it makes it that much more expensive. But if capturing the night sky at its best is your jam, that modified IR filter is going to help. (A less-expensive alternative is Canon’s 60Da, which costs $1,500. However, it uses a 16-megapixel cropped APS-C sensor.)
Stars Shine Brighter Using Nikon’s New D810A Astrophotography DSLR .