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.
As you may have already noticed, we have been experimenting with advertising here at Photography Life over the weekend. After several days of trying out Google’s advertising, we decided to settle on a few locations on the website and we have now pretty much settled on showing advertising on the sidebar and the main content area of the page. While we have tried to do our best to make ads as unobtrusive as possible, our old-time readers who have been enjoying the ad-free environment for so many years might get a bit annoyed and might wonder why we had to resort to introducing advertising on this site. Unfortunately, it all has to do with our rising costs.
If you are wondering about how images look from the newly announced Canon 5DS and 5DS R DSLR cameras, below you will find the official image samples from Canon USA for both cameras. Let’s take a look at the 5DS images first (apologies for wrong orientation on vertical images – our system could not properly handle orientation on such large files):
It has been exactly three years since Nikon debuted its high resolution 36.3 MP D800 and D800E cameras in February of 2012. At the time of announcement, Nikon’s highest resolution camera was the super expensive D3X with a 24.5 MP sensor, while the similar class D700 only had a 12.1 MP sensor. So for many, going from either 12.1 MP or 24.5 MP to 36.3 MP on full frame represented a huge jump in resolution. The cameras were truly groundbreaking, thanks to their superb performance, low noise levels and stunning dynamic range. Although Nikon faced a number of issues with quality control in the beginning, particularly when it came to calibrating the autofocus system for the new high resolution cameras, the Nikon D800 / D800E took the market by storm and quickly became Nikon’s best selling professional cameras. For three long years Canon failed to offer a true high resolution competitor, while Nikon already went through another iteration of the 36 MP line with the Nikon D810 camera. This angered many Canon shooters who wanted to get a high resolution camera that offered similar performance benefits and a much wider dynamic range than what Canon had on its existing cameras. The wait is now over, because Canon has just announced record breaking super high resolution 50.6 MP Canon EOS 5DS and EOS 5DS R full-frame DSLR cameras. Canon decided not to just bring out a competitor, but hit Nikon hard with something better in terms of resolution.
Last year I had a chance to test and review the ioSafe 1513+ storage unit, which I found to be an amazing device that not only provides data protection against fire, flood and other potential disasters, but also does it with superb performance, thanks to the Synology DSM architecture. With its relatively steep price, hefty size and heavy weight, the ioSafe 1513+ might not be an ideal choice for everyday backup needs though. For smaller environments with lower storage and performance needs, ioSafe also offers a much more budget-friendly option, the ioSafe 214. I have been using the ioSafe 214 for the past 4 months for my personal and business needs and I decided to review the unit and share it with our readers, based on my overall experience so far.
Having spent quite a bit of time talking to many other photographers, one of the discussions that comes up every once in a while has to do with a “perfect camera”, one that does everything you need. I have been thinking about such camera for a while now and I think I have figured out what would be an ideal choice for me personally – it would be a modular camera. While the concept of a modular camera is certainly not new and we can see a living example of it in Red video cameras, those are largely not relevant to photography for high cost reasons alone. What I have in mind is a modular camera that is primarily aimed at capturing stills, but could also be potentially used for shooting videos, and not the other way around. The point of a modular camera is to be able to serve different needs, from consumer to professional, at varying costs depending on the requirements of the photographer. One should be able to afford the most basic modular camera with a smaller sensor at a comparable price to a modern DSLR or a mirrorless camera, while professional photographers should be able to customize their modular camera with say a medium format sensor, fast processor, high capacity battery and other tools / accessories they need. Like the idea? Let’s take a look at this concept in more detail.
Later this week Canon will be announcing its first super high resolution cameras, the Canon EOS 5DS and the EOS 5DS R, which will feature a 50.6 MP sensor. After the current 22.3 MP sensor on the 5D Mark III, this will be quite a jump for Canon, something that many did not expect would actually happen. With Nikon dominating the DSLR market with high resolution 36 MP sensors for a number of years now with its D800, D800E and D810 cameras, Canon has been getting a lot of heat from its loyal fan base for not releasing a true competitor. The 5DS and 5DS R cameras are Canon’s response – with the former sporting an anti-aliasing / low pass filter and the latter not having one, similar to what we had previously seen on the D800 / D800E cameras. With such a high resolution jump, it will be interesting to see where the market will trend in the next few years. Sony and Nikon will probably follow suit, releasing their versions of 50+ MP sensors. The megapixel race is still on…
When Canon announced the 7D Mark II in September of 2014, I got quite intrigued by the camera and really wanted to try it out. Like many others, I have been getting pretty tired of waiting for Nikon’s “Pro DX” refresh to replace the D300S, which came out back in 2009 (almost 6 years ago!), so I wanted to see whether such a tool would still make sense for Nikon to release based on specifications, performance and price. Sporting a high-end autofocus system with 65 cross-type focus points, insanely fast 10 fps continuous shooting speed, dual image processors, -3 EV light sensitivity, magnesium alloy construction and weather sealing, the Canon 7D Mark II is specifically tailored at sports and wildlife photographers. And with its price tag of $1799 MSRP, the 7D Mark II sounds much more appealing to budget-conscious photographers who do not want to pay close to 4x more for the much heavier and bulkier EOS-1D X.
Being a specialized tool for sports and wildlife photography, the recently announced Canon 7D Mark II is a popular choice among many Canon shooters, thanks to its impressive 10 fps continuous shooting speed, a sizable buffer, high-end 65-point AF system and a solid weather-proof build. Along with these pro-level features, the 7D Mark II comes with numerous buttons and a sophisticated menu system that can be pretty 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 3 months while testing 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 (mostly based on wildlife and landscape photography), it does not mean that it is the only way to properly setup and configure the camera.
I am in the process of reviewing the Canon 7D Mark II for which I had to borrow the Nikon D7100 to compare image quality and other camera features, so I thought doing an article on the recommended settings for the D7100 would be useful to our readers. Although the Nikon D7100 is not a direct competitor to the 7D Mark II (many are still waiting for a D300S replacement), it is still a solid camera that is used for a variety of different needs by many photographers. And despite its crippled buffer capacity, the D7100 is often used for both wildlife and sports photography needs. Since the camera is rather sophisticated in terms of its capabilities and features, having many different menu and settings, it can look rather overwhelming for a beginner. In this article, I want to provide some information on what I personally 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 who just want to get started with a basic understanding of the camera and its many features.