What is Nikon’s best DSLR? This is perhaps one of the most frequently asked questions that many of us Nikon shooters get. Having been using Nikon gear for close to a decade, I have been fortunate to use pretty much every Nikon DSLR produced since I started – from low-budget entry-level cameras to high-end professional DSLRs. While my overall experience with Nikon DSLRs has been mostly positive, I surely did criticize Nikon heavily a number of times (and sometimes very harshly) – all with good intentions of course. As a company, Nikon has had its ups and downs for sure, but its track record of delivering solid cameras and lenses cannot be denied. Looking back and thinking about every Nikon DSLR camera I have used so far, I came to realize that some cameras just really stood out from the bunch. For example, for a long time, I picked the Nikon D700 as Nikon’s best overall camera for a reason – it was and still is an absolutely brilliant DSLR in many ways. At the time of its peak popularity, it was a very well-balanced DSLR, appealing to many enthusiasts and pros. And many of them even today, still believe that the camera never had a proper replacement. I sold mine a couple of years back and although it was difficult to let go of it, I eventually found something that I truly think presents the same amazing balance of image quality, features, ergonomics and value today. For me, it is the Nikon D750. I wrote a detailed review of the D750 last year and since then, it has surely become one of my most favorite Nikon DSLRs. Let’s take a look at the reasons why I picked the D750 over others as Nikon’s best overall camera.
I am getting a little nervous writing articles, seems like it puts a target on your forehead for criticism, some just, some un-warranted. So let me start this article by telling you what I am intending to convey in this article and that is the following: I took a 12 day wildlife trip (self-organized) to Alaska to photograph moose, I have done many self-organized wildlife trips before to other places. When I do these trips, what do I bring and why do I bring it? This is what I bring and what I do, and it works well for me, take from it what might be useful to you and leave behind whatever you find non-informative. After many small trips to shoot wildlife, we have developed a bit of a standard packing and gear list we bring. It changes slightly depending on the trip, but generally we bring three bags, two are camera gear, one is clothes :)
One of the biggest complaints we hear about from photographers today is lack of innovation by DSLR manufacturers. Given how far mirrorless cameras have gotten in the last few years with the electronic viewfinder (EVF) technology, it is a given that DSLRs are looking archaic in comparison, particularly when it comes to intelligent information overlays, manual focusing, focus peaking, EVF image playback and other important advancements that make mirrorless cameras not just joyful to use, but also very helpful in reducing focus issues. When using classic lenses such as the Noct 58mm f/1.2 on a DSLR, I personally find it quite frustrating that I have to switch to live view to try to nail focus with the camera at my arm’s length. Not only does that result in potential instability and undesired camera shake, but it takes me away from the optical viewfinder (OVF) and slows down the whole process. But what if there was a solution to the problem? What if DSLR manufacturers came up with a way to integrate an EVF into DSLRs and make both OVF and EVF possible? Sort of a “transitional DSLR” with both OVF and EVF capabilities. How cool would it be, if you could switch from an OVF to an EVF with just a single button? I have been thinking about this concept for a while and I think there is a way to implement this, if camera manufacturers are willing to be flexible and put some R&D resources towards such a project. It would certainly reduce the potential of mirrorless cameras taking a huge market share away from DSLR sales, which have only been declining in the past few years.
As the number of photos taken each year continues to increase at a nearly exponential rate, infrared photography remains a relatively small niche in the photography world, one that allows us to see and capture the world in a unique manner. Because of my infrared articles and photos, I often receive emails from others struggling to achieve good IR processing results, sometimes even from our illustrious leader. ;) Recently, I received a spate of questions regarding my technique and seeking assistance. I thought that sharing a detailed example of my workflow might be helpful for those of you who have an interest in this style of photography and are looking for some tips and pointers.
It is hard to visit any photography website without noticing extensive fanfare being paid to the mirrorless camera niche. Some tout it as the savior of the mid-to-high end camera market. Others have dubbed it the “DSLR killer.” A number of prominent photographers have created videos and articles articulating how mirrorless innovations caused them to shed pounds from their bag and reintroduce them to the joy of photography. And why shouldn’t they? The market for traditional point-and-shoot cameras is in a free fall as smartphones increase in usage, quality, and capabilities. Traditional DSLR sales continue to fall as well. The industry certainly needs something to cheer about. And of course, photography websites need something to write about.
Buying photography equipment for the first time is a daunting task. Useful guides exist to help beginners choose a good camera, but few newcomers realize that the camera itself is only the first of many pieces of equipment necessary to create a full setup for photography. In this guide, I will suggest a complete kit — everything from lens cloths to computer monitors — that will provide a beginner with high quality images (and room to grow) for a price of around 2000 US dollars.
12-bit image files can store up to 68 billion different shades of color. 14-bit image files store up to 4 trillion shades. That’s an enormous difference, so shouldn’t we always choose 14-bit when shooting RAW? Here’s a landscape I snapped, then found out later I had shot it in 12-bit RAW. Better toss this one out, right?
A few months ago we wrote an extensive article on sensor crop factors and equivalence. In that post we covered several topics: the history of the cropped-sensor formats, brightness of the scene, perspective, depth of field, noise and diffraction. In today’s post I want to focus on (if you’ll excuse the pun) and expand on two of these topics:
The Nikon D7200 is Nikon’s newly released top-of-the-DX-line DSLR. With the D7200, Nikon is holding firm in their conviction that their flagship DX model should cost $1200, the same price as the D7100 at its introduction. Compared to the D7100, the D7200 has nearly three times the buffer, an improved AF-system, the latest EXPEED 4 processor and a bunch of other nice features, especially for video shooters. Let’s check some specs, but first a warning – Nikon released the D7200 right at prime mating season in Arizona. Birds and bees were being birds and bees. This could be our sexiest review yet.
There have been some interesting debates lately about what’s ‘wrong’ with the digital camera market as people try to understand the rather dramatic decline in unit sales that has been happening over the past 4 or 5 years, with volumes down by half from their peak. I let my old, porous brain muse on this for a while and have some perspectives to share. One way to look at this situation is to simply accept that there is nothing fundamentally ‘wrong’ with the camera market at all in terms of sales volumes. From a macro-economic perspective we could view the digital camera market as functioning exactly as every other market has done when a breakthrough technology burst onto its stage. If we look at the history of various product markets the basic rise and fall of market volumes are predictable when they have been impacted by fundamental technological shifts – in the case of cameras it was of seismic proportions going from film to digital. When any kind of ‘game changing’ technology takes hold in any market there are initial and dramatic volume surges as consumers leave their current technology and adopt the new one. That huge upward spike in initial demand then declines quickly as soon as the initial ‘change-over’ market demand for the new technology has been met. Product life-cycle planning is based on these fundamentals.