With the arrival of the much-anticipated Canon 5D Mark IV, many photographers might be either moving up to, or upgrading their existing Canon 5D-line cameras to this latest and greatest tool. The 5D line has always been Canon’s stronghold for most types of photography, particularly because of its amazing low-light performance, reliable autofocus, superb ergonomics, solid build and overall stability, making it a preferred DSLR among most professionals. Due to the numerous buttons and the sophisticated menu system of the camera, understanding the functionality of the camera can be rather overwhelming for even intermediate-level photographers. To help guide our readers through these features and menus, we decided to share the settings our team has been using on the camera during the past 2 months while testing out the camera. Please keep in mind that the below information is provided as a guide for those that struggle with the camera. While this particular configuration has been working great for our needs, it does not mean that it is the only way to properly setup and configure the camera.
Camera shake can be a real hassle and pain when shooing off a tripod. Sometimes camera shake can be completely eliminated with a couple of simple steps and other times, it can be quite painful and sometimes even impossible to deal with. How does one reduce camera shake? Are remote shutter releases helpful in reducing camera shake? Is it possible to eliminate it completely? Since I see this issue so often in the field, I decided to write a detailed article that specifically addresses how one can reduce camera shake when shooting on a tripod.
Many photographers often compare the Nikon D810 and the Canon 5D Mark IV DSLR cameras side by side in terms of specifications, since both sport high-resolution sensors and have comparable features. I have personally tested both of these cameras and found them to be excellent in their own ways, so if you are trying to decide which one to get, you certainly would not go wrong with either option. Instead of pondering about brand choices, you should just stick with whatever glass you already own – the grass always looks greener on the other side! If you are still curious about differences between these high-end cameras, then keep on reading…
Canon’s newest 5D Mark IV camera has a lot of exciting specifications — the fast frame rate and 4K video capabilities, for example — but there is more to this camera than what first meets the eye. One new feature buried in Canon’s promotional material is a technology called Dual Pixel RAW. This isn’t something that we have seen before, but it seems like it could be one of the most interesting features of this new camera. So, what is Dual-Pixel RAW?
Today Canon officially unveiled its update to the popular Canon 5D line, with the much anticipated EOS 5D Mark IV. The new Canon 5D Mark IV comes with a 30.4 MP CMOS sensor (native ISO range of 100-32,000) with on-sensor Dual Pixel AF that allows for phase-detection AF when shooting video and continuous focusing when shooting stills in live view mode. The camera got a few upgrades for shooting video – it now can shoot 4K video (1.74x crop) at up to 30 fps (Motion JPEG format), 1080p at up to 60 fps and 720p at up to 120 fps. One of the biggest improvements is in the AF system: the 5D Mark IV gains the same 61-point AF system as the 1D X Mark II, with 41 cross points, larger AF coverage and better sensitivity (up to -3 EV in low light and -4 EV in live view). Although Canon utilized the current DIGIC 6+ Image Processor, it is still able to yield 7 fps continuous shooting speed, which is quite impressive, considering the resolution of the camera.
If you are buying your first DSLR camera, the available options that are out there can be pretty overwhelming. In this article, I’d like to walk you through the important similarities and differences between a few of Canon’s entry level DSLR cameras, currently the Canon EOS Rebel SL1/100D, Canon EOS Rebel T5/1200D, Canon EOS Rebel T5i/700D and Canon EOS Rebel T6i/750D. While this won’t be an in-depth technical review, it will be a practical, hands on review that should give you enough information to make an informed decision about which of these cameras will work the best for your current needs.
I recently spent some time looking at CIPA data and wrote a few articles on my blog pertaining to these camera industry statistics. I thought Photography Life readers may find some of the data of interest. What follows are a few thoughts about the camera market, based on my interpretation of CIPA data. It should be noted that data is simply data and two people can look at the same information and arrive at differing interpretations. For folks who find the data of interest you can pop over to my blog to read a bit more. If you want to see the actual data reports I would encourage you to visit the CIPA website and access the data directly…then put on a pot of coffee, grab a calculator or open up Excel on your computer…and have some fun!
When using telephoto and macro lenses, it is often desirable to get tighter framing on a subject that is being photographed. There can be many reasons for wanting to make subjects appear larger in images, but the main reasons are typically related to enhancing composition, improving subject detail and increasing image resolution (particularly after extensive cropping). For example, photographing a bird with a short focal length lens from hundreds of feet away will result in the bird appearing very small and insignificant, with very little to no detail in the resulting image. But if the same bird is photographed at a closer distance or with a longer focal length telephoto lens, a lot more detail can be revealed about the bird. In addition, making the bird take a larger portion of the image can also enhance the image by reducing the amount of clutter surrounding the bird, allowing for a better overall composition. When conditions allow, it is possible to achieve tighter framing by simply walking closer to the subject or zooming in with a zoom lens. However, what if getting closer is not an option and one is already at the longest focal length of their lens? In such situations, a teleconverter can come into rescue. Teleconverters allow increasing the focal length of lenses by coupling with them and thus essentially magnifying the image, allowing for tighter framing of subjects. While teleconverters can be incredibly useful, they also have a few rather serious disadvantages that can lead to increased blur and loss of sharpness. Let’s take a look at what a teleconverter is and go over its advantages and disadvantages in more detail.
For Part 6 of our How Was This Picture Taken series, we have this very special photo of the Photography Life Team:
UPDATE #1: The detailed answer has already been posted!
UPDATE #2: Come on guys, this was an April Fool’s joke! We will always continue reviewing a variety of brands and we won’t sell out.
Canon has just announced its long-awaited update for the existing EOS 70D, the Canon EOS 80D. With a brand new 24.2 MP APS-C sensor, 45-point AF system, built-in Wi-Fi, updated Dual Pixel AF for live view shooting and improved HD video recording features, the 80D seems like a fairly solid incremental update to the popular camera line. While it is not by any means a significant upgrade, there are some important updates that might be worth moving up to, especially for sports and wildlife photographers. The new 45-point AF system with all cross-type focus points is a huge upgrade from the previous-generation AF system on the 70D (which only had 19 AF points), not only because of the bigger number of focus points, but also because of the much larger spread of those focus points in the viewfinder. Additionally, the center focus point on the 80D is now of dual cross-type and sensitive down to -3 EV, which should allow the camera to focus in very low-light environments. The camera will be available sometime in March for an MSRP of $1,199 for the body-only version.