The D7200 is currently Nikon’s best DX camera for shooting action, but how does it compare to Canon’s speed demon, the 7D Mark II in features and specifications? The Nikon D7200 comes with a 24.2 MP sensor, 6 fps continuous shooting speed, 51-point AF system, 2x SD card slots and built-in Wi-Fi, whereas the 7D Mark II has a slightly smaller sensor with 20.2 MP of resolution, impressive 10 fps continuous shooting speed, 65-point all cross-type AF system, 1x CF + 1x SD card slots and a pro-quality build / ergonomics. Both have their strengths and weaknesses, but which one of these would be more suitable for capturing fast action? In this comparison, we will go over both feature and specification differences between the two cameras. Please keep in mind that this comparison is purely based on preliminary data. Further details and comparisons will be provided in our upcoming Nikon D7200 review later this year.
Some of our readers might be interested in seeing how the newly announced Nikon D7200 compares to its predecessor, the D7100 in terms of features and specifications. With a faster processor, improved AF system, much larger buffer, Wi-Fi and a few other tweaks, the D7200 is currently Nikon’s best DX camera for capturing fast action such as sports and wildlife photography. Although the D7100 is still an amazing camera, many found its buffer to be underwhelming for continuous shooting, as it sported a fairly small buffer that accommodated even less images than the first generation Nikon D7000. In this comparison, I will first go into specifications, then talk about specific features that differentiate the two cameras. Please keep in mind that this comparison is purely based on specifications. Further details, our impressions, ISO comparisons and other useful information will be provided in our upcoming Nikon D7200 Review later this year.
The Nikon D7200 has been announced, but full resolution image samples are not yet available at NikonUSA or Nikon Imaging. Below are the images I was able to find through Nikon Japan. At this time there are only 5 full-resolution image samples available, but I will update this article if I find more this week. Sadly, all images below were captured at ISO 100 and there are no high ISO samples to look at yet. Nikon Asia and other regional sites do have more sample images, but none of them are at full size.
As many may have expected, Nikon has just extended the lens-only and camera rebates all the way to March 28th. And it is a good thing, too, as it gives more time for customers to get the lenses they’ve always wanted without having to purchase a camera body as well. But if you are looking for a new DSLR, the bundles are also available.
It has been two years since Nikon announced the D7100 and today the company announced its replacement, the Nikon D7200. A number of things have changed / improved from the D7100, most notably: improved 51-point AF system with -3 EV sensitivity, built-in Wi-Fi with NFC, faster EXPEED 4 processor, larger buffer capacity, improved battery life and a slightly modified 24.2 MP APS-C sensor with a larger native ISO range of 100 – 25,600. Looks like Nikon finally addressed the buffer concern with this release, giving a three times larger buffer that can fit 18 14-bit RAW files compared to the D7100. The sensor on the D7200 is probably a tweaked version of the excellent sensor from the D5300 (made by Sony), which should provide pretty clean images at high ISOs. The camera retains the price of its predecessor at $1,199 MSRP. Looks like it is a great update to the already excellent D7100, which we have previously reviewed and praised for its superb performance. Judging by its build / ergonomics and the same continuous shooting speed of 6 fps, the D7200 won’t directly compete with the Canon 7D Mark II, which still leaves room for the potential release of the D400 later this year.
Although the megapixel race has been going on since digital cameras had been invented, the last few years in particular have seen a huge increase in resolution – we have seen everything from 41 megapixel camera phones to now 50.6 megapixel full-frame DSLR cameras. It seems like we have already reached the theoretical maximum for handling noise at high ISOs with the current generation sensor technology, so the manufacturers are now focusing their efforts in packing more resolution, while keeping sensor sizes the same in order to lure more customers to upgrade to the latest and greatest. In this article, I will try to explain some basic terminology in regards to resolution and hopefully help our readers in understanding camera resolution better.
For the next 13 days, Nikon will again offer lens-only rebates as it has previously done in the past. This is pretty exciting news for many Nikon shooters that already own Nikon cameras and are only interested in buying lenses – many of our readers have been waiting for such a rebate for a while now. In addition to these lens rebates, Nikon is also simultaneously running its “Buy Together and Save” rebate program, where additional savings are provided if you buy one of the Nikon DSLRs. Let’s take a look at these savings in more detail.
And for those who are interested in the newly announced Nikon D810A, below you will find some sample images from the camera. Please keep in mind that aside from the last photo, all sample images were taken as composites with multiple images, then put together via special stitching software for astrophotography. That’s why EXIF data is not present in these images. As usual, you can download images to your computer to see a full-sized version.
It has only been 8 months since Nikon announced the D810 and today the company announced a very specialized camera for astrophotographers, the Nikon D810A. In essence, the D810A is pretty much identical to the existing D810 – the camera has exactly the same body build, ergonomics, sensor, etc. What has changed is the filter stack in front of the sensor, which contains a modified infrared filter that is more sensitive to super low light emitted by the stars and nebulas (specifically, the hydrogen alpha wavelength). In addition, Nikon implemented additional shutter speeds (4, 5, 8, 10, 15, 20, 30, 60, 120, 180, 240, 300, 600 and 900 seconds) to give more flexibility for astrophotography needs. While the announcement is certainly big for astrophotographers, because it is world’s first full-frame astrophotography DSLR camera, I do have a few concerns about this particular release. Having done a bit of research in astrophotography last year (my primary interest was in deep space object photography using specialized mounts and CCD sensors), I learned a little bit about the tools and what’s needed.
The choice of the first camera system is an exciting one. Why would it not be? You get to pick the first camera to buy, the first lens, and you spend so much time reading reviews, forums and asking friends for advice. I know I did – some eight years ago, I was admiring such cameras as the Canon 30D and 40D, and was seriously eyeing the 400D which was then within the budget of a teenager me. Nikon D200 looked out of this world and the then-announced D300 was a camera of dreams. All of these models, now obsolete from a technological standpoint (much like the D700 I now own and love), were as desirable as any current equipment you can think of. Maybe even more so, since the refresh cycle was longer and digital photography in general not as widespread as it is today.
Yes, the choice of the first camera and lens is a very exciting one. But, inevitably and at some point, a different question arises for just about all of us, and one much less pleasant – should you stick with your first decision or is the grass truly greener somewhere else?