One of the tests that we will be including in our upcoming Nikon D810 review is a dynamic range comparison between the D810 and the D800E. Instead of making our readers wait for this comparison, we decided to publish it in a separate article. Whether one shoots landscapes or portraits, dynamic range is important, because it allows recovering of both shadow and highlight details in RAW images. With the release of the Nikon D810, one might wonder if it is any better than the D800 / D800E cameras in dynamic range performance. Since the D810 has a base ISO of 64, we decided to provide ISO 64 and ISO 100 samples to see if there is any discernible difference between the two. We also provided ISO 3200 samples to show differences in dynamic range at high ISOs between these cameras.
If you weren’t already aware, Nikon’s newest DSLR, the Nikon D810, was just released on July 18. For the announcement history, features, sample images and other current D810 posts, you can search Photography Life’s archives. When I saw the camera’s features, a few of them got me immediately excited. I don’t consider myself to be a photographer who has gear lust and must always have the newest camera body, regardless of how incremental the improvement may be. With that being said, as soon as it was announced I simply knew that I had to get the D810. Why? I’m glad you asked.
Since the Nikon D810 got announced yesterday, we have been getting a lot of questions from our readers via emails, comments and Facebook messages. After answering many questions and doing some additional research, I decided to compile everything I have gathered so far in a single article. Looks like the biggest number of questions is coming from existing Nikon DX and D600/D610/D700 owners, who are considering to move up to the D810 as an upgrade. Some Nikon D800 and D800E owners like myself also find some of the new D810 features attractive, but there are still some items that remain unclear from the announcement (such as the camera buffer size), so the below article will hopefully address some of those questions and concerns as well.
One question that has been continuously asked from our readers has been regarding the buffer size of the Nikon D810. Nikon stated that the buffer has been increased, but has not yet provided any information in the official documents on the English versions of the Nikon USA and Nikon Imaging sites. After doing a bit of research last night, I found the Nikon D810 manual in Japanese language at Nikon-image.com (here it is for reference). I compared the table to that of the Nikon D800 / D800E and found out a surprise – the buffer size on the D810 appears to be doubled in comparison. What a nice surprise!
In this Nikon D810 vs D800 / D800E comparison, we will go over differences in specifications between these cameras and talk about what has been added, changed and improved. The Nikon D800 and D800E have been very popular camera models among enthusiasts and professionals for several years now. With world’s first 36.3 MP full-frame sensor, very high dynamic range, pro-level autofocus, magnesium alloy construction and weather sealing, the cameras have converted quite a few Canon and even Medium Format shooters. What does the D810 bring to the table? Let’s take a closer look at the specifications.
For whatever reason most of the wildlife photography I do ends up being in less than desirable conditions. Its rare that I get that perfect light, with the animal perfectly posed and the weather just right and me in the right place and time to capture it. A lot of times I am in the right place, but all the other elements needed seem like they are on the extreme limits of what is needed for quality photography. I recently had the opportunity to photograph black bears here in New Hampshire and one thing that a person not from NH must understand is that this is not like going to Yellowstone or some similar place where the bears are more receptive to humans. Here in NH they are the ghosts of the woods, the animal you never hear while hiking or rarely see unless its by accident and then its for seconds before they disappear. I was able to use both the D800 and D4s during this time and I found out some disappointing things about the D800 which has me regretting purchasing it.
Since buying my first Nikon 1 V2 in August of last year I’ve been having some fun trying to push the limits of this little, mirrorless camera and its small CX sensor to see what it is capable of producing. On the surface doing a macro image comparison between a Nikon D800 and a Nikon 1 V2 may seem like a David and Goliath match-up.
If you shoot with the Nikon D800 or the D800E DSLR cameras, you might want to check what firmware you are currently running in order to make sure that you are running the most recent version of the firmware v1.10. A couple of weeks ago Nikon released the firmware update that deals with the most annoying bug that has existed since both cameras were announced, where the camera will occasionally freeze, keeping the memory card access light lit for a very long time. The only workaround was to either wait it out or remove and re-insert the battery. To be honest, I am surprised that it took Nikon so long to fix this issue, as it was one of my personal pains with using my D800E. With the new firmware v1.10, Nikon has made a number of changes to the camera and its menu system, and has added support for larger than 128 GB CompactFlash cards.
There have been some interesting discussions about the pros and cons of various sensor sizes and how they impact angle of view, lens focal length and the depth-of-field that results. For example, some photographers bemoan the fact that it is difficult to achieve a shallow depth of field at a particular equivalent-field-of-view with a CX sensor using 1 Nikon lenses, while others find it useful to be able to get deeper depth-of-field at more open aperture settings such as f/1.8 and f/2. Some D800 shooters are concerned about diffraction setting in above f/8 when trying to achieve deep depth-of-field with a high pixel density 36mp FX sensor, as are many photographers who use high pixel density sensor DX bodies.
After I published the article on the recommended settings for the Nikon D600 / D610, I received plenty of requests from our readers that asked me to write a similar article for the Nikon D800 and D800E cameras. Since I own and use both frequently, I decided to expand the series to other cameras (and I do have plans to publish similar articles for Canon DSLRs as well). In this article, I want to provide some information on what settings I use and shortly explain what some of the important settings do. Please do keep in mind that while these work for me, it does not mean that everyone else should be shooting with exactly the same settings. The below information is provided as a guide for those that struggle and just want to get started with a basic understanding of menu settings.