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.
If you haven’t noticed, camera sales are down. I mean, they’re way down. Unsurprisingly, everyone’s scrambling to find a reason why. There’s a video floating around from Mayflower Concepts that, at the very least, explains what is not the cause for the camera sales drop. If you don’t have 50 minutes to watch it for yourself, here’s the “TL;DR” version: It’s not due to the rise of phones with cameras – at least, not in the way you think. It’s not because the economy is in the tank, as most camera manufacturers claim on their financial reports. There’s simply no strong correlation between any of the global financial crises, or the simple existence of cameras on phones, to have any reason to believe either is the cause for a huge drop in sales.
If there was a 100 MP DSLR announced tomorrow, I would pre-order it, then spend many sleepless nights waiting for it to arrive. I’d suffer nightmares where Imatest monsters would kick Zeiss Otus’s around and laugh at their feeble attempts at keeping up with my high resolution camera. It would get even worse when I put a second mortgage on my house so I could afford the new supercomputer to crunch those images. I’d pace the halls of my house, past my favorite matted and framed 24”x36” lens chart prints, while wondering if I needed a car with a bigger trunk that could carry enough CF cards for a day’s shooting.
Each year camera manufacturers are pushing the limits of sensor technology and the latest trend has been to increase sensor resolution to numbers that were considered unfathomable before. With full-frame cameras reaching 50 megapixels (MP) and medium format cameras pushing beyond 80 MP, we now know that the megapixel race won’t stop there and we will most likely be seeing cameras with even more resolution in the future. But the big question remains – how much resolution does one truly need today? Is 12 MP too little? Is 50 MP too much? While it is a subject that can be open to endless debates, I have been working on a methodology to determine the ideal megapixel range for one’s needs. In this article, I will share what I came up with and it will hopefully serve as a good guide for our readers in deciding how to address the megapixel quench. I highly recommend to read my camera resolution explained article as a pre-requisite to understand the relationship of resolution to printing, cropping, display size and to understand such terms as down-sampling in more detail.