One of the frequently asked questions by our readers when we post information on Zeiss lenses (which are often optically stellar), is why Zeiss does not make autofocus lenses for DSLR cameras from Nikon and Canon. As you may already known, Zeiss is currently making autofocus lenses only for two specific mounts – Sony E (for NEX / Alpha series mirrorless cameras) and Fuji X. This line of autofocus lenses labeled as “Touit” is limited to a few lenses at the moment, with full autofocus capability and compatibility with both Sony and Fuji mirrorless cameras. So one might naturally ask why Zeiss has finally started making autofocus lenses and wonder if it has plans to start developing autofocus lenses for Nikon and Canon mounts. Although I have known the reason behind this for a while now, I decided to ask the question again from the Zeiss team at the Photo Plus show in NY last year. Specifically, I wanted to find out if Zeiss is planning to change their strategy in the future in regards to DSLR lenses.
There is a lesson here for all, especially when purchasing expensive gear. Expensive is a relative term with a value that varies per individual and can’t be generalized, the stuff being said here applies to all values of items. It comes down to how much value the item has to you and whether you are willing to risk that value versus the warranty programs being offered. Obviously the bigger the expense, the higher the risk.
I usually always buy my all of my camera gear right here in the US of A, because that is where I live and I like to go buy the expensive stuff in person at a Hunts Photo and Video store to make sure it arrives safely.
When light rays coming from a bright source(s) of light (such as the sun or artificial light) directly reach the front element of a camera lens, they can reflect and bounce off different lens elements, diaphragm and even off the sensor, potentially degrading image quality and creating unwanted objects in images. Better known as lens “flare”, the effect can impact images in a number of ways: it can drastically reduce image contrast by introducing haze in different colors, it can add circular or semi-circular halos or “ghosts” and even odd-shaped semi-transparent objects of various color intensities. Flare is not always undesirable in photography though – sometimes in is used creatively to add artistic elements to images. In fact, lens flare is often deliberately added to movies and computer games to add a sense of realism and boost the visual experience of the viewer.
To help decide whether to use flare in images, it is a good idea to understand why it happens in the first place. Let’s go over the causes of flare in detail, then discuss ways to use, reduce or perhaps completely avoid it.
1) What is Lens Flare?
Lens flare occurs when a point of light source such as the sun is much brighter than the rest of the scene, and it either happens to be in the image (within lens angle of view), or simply hits the front element of a lens without being present in the image. Depending on the position of this bright light source, it can result in a lot of haze / lack of contrast, orbs and polygon artifacts scattered throughout the image, semi-round shapes with rainbow colors, or a combination of all of the above. This happens due to internal reflections that take place inside the lens and even between the imaging sensor and the lens (more on that below). Take a look at the below illustration:
Sigma lenses have been getting more and more popular in recent years thanks to some truly professional-grade optics (like the 35mm f/1.4 HSM Art, for example). As every other manufacturer, however, they use different designations for various bits of technology incorporated into the lenses. In this article, I will go through the most important Sigma lens abbreviations you might come across. Thankfully, there are not that many of them despite the fact Sigma has a broad lens line-up, so there’s not all that much to remember.
This is an in-depth review of the Sigma 18-35mm f/1.8 DC HSM Art lens, world’s first constant f/1.8 zoom lens for DSLR cameras that was announced in April of 2013. Despite the recent trend of manufacturers to move their customer base to full-frame format, Sigma took a bold move and announced the professional-grade Sigma 18-35mm f/1.8 Art for DX/APS-C format only. With a focal range equivalent to 27mm-52.5mm in 35mm format, the lens provides a good range to work with for a variety of different needs and applications. And with its fast constant aperture of f/1.8, the Sigma 18-35mm opens up opportunities to shoot in low-light situations, something that was previously only possible with fast aperture prime lenses. Lastly, Sigma’s pricing of $799 MSRP for the lens made it the top choice in terms of value when compared to pro-grade lenses such as the Nikon 17-55mm f/2.8G DX, which sells for almost twice as much and does not offer the same low-light advantages.
When asked what gear I use most for my work, I will first of all give tribute to the classic fifty and talk about how useful and versatile it is for my style of shooting. And yet I would never willingly rely on that lens alone, no matter how much I liked it. Nor should someone else, really. In this follow-up article I will describe the two most popular lens combinations used among professional wedding photographers. Both of these lens combinations are enough to cover the biggest part of the wedding and, in that context, can be called workhorse lenses. One of the duos is used primarily by fixed focal length lens shooters, the other is very successfully used by photographers who largely prefer zoom lenses. Each of the combinations has their advantages and disadvantages when compared to the other, but whether one is better than the other remains very subjective. Please note that lens choices presented below are a result of a mini-research, where we asked a number of wedding photographers what two lenses were their favorite / most used.
While talking about these lens combinations, I will also try to objectively highlight their biggest strengths and weaknesses when compared to each other.
We sort of missed the new Sigma 50mm lens in the sea of recent announcements. And we should not have. Because, despite that, like its predecessor, it is very heavy by 50mm f/1.4 class standards and very big, this is not an old lens in a new frock. The Sigma 50m f/1.4 DG HSM Art lens is a completely new and very complex design. Worth your attention? Perhaps, if you are into the classic fifty. And, if recent Sigma lenses are of any indication (Nasim adored the 35mm f/1.4 Art), it should be extremely good.
This is an in-depth review of the new, much anticipated Nikon 58mm f/1.4G professional prime lens that was announced on October 17, 2013 along with the Nikon D5300 DSLR. Similar to the legendary classic, the NOCT Nikkor 58mm f/1.2, the AF-S NIKKOR 58mm f/1.4G is a specialized lens for such needs as portraiture, street, event / wedding photography and astrophotography. Thanks to its fast aperture of f/1.4 and a complex optical formula using aspherical elements, nano crystal coat and super integrated coating, along with a fast silent wave autofocus motor, the lens is also ideal for low-light photography needs. Unlike many of the Nikkor lenses that are optimized for maximum sharpness, the Nikon 58mm f/1.4G is the first modern lens of its kind that focuses on producing aesthetically pleasing images, rather than purely focusing on sharpness. I had a pleasure of shooting with this lens for the last 3 months and I wanted to get a full understanding of its strengths and weaknesses, especially when compared to the Nikon 50mm f/1.4G and f/1.8G lenses that I have been relying on for my photography needs. In this review, I will not only provide an in-depth analysis of the lens, but will also compare it head to head against Nikon’s 50mm prime lenses and the Voigtlander 58mm f/1.4 lens that I have been testing in parallel.
HandeVision has also published a few sample images taken with their new IBELUX 40mm f/0.85mm lens (a pre-production unit, I assume). The image samples, taken with Sony NEX-7 and FujiFilm X-Pro1 mirrorless cameras, are, unfortunately, of low resolution, so it is hard to judge optical performance of the lens. Aesthetic properties (or “character” of the lens, if you like), on the other hand, are visible to a degree. That’s a start. The first four images were taken with the lens mounted on the Sony NEX-7 camera (although EXIF says Lunar), the latter five – when mounted on Fuji X-Pro1.
It is always interesting to see new manufacturers emerge. Mostly because the only way they can actually make an impact on a highly competitive market such as that of digital cameras and lenses, is by producing something truly innovative and new. They need to surprise the market. Break a few rules. HandeVision, a new lens brand that is a result of German and Chinese collaboration, aims to do just that by introducing a 40mm lens with the fastest aperture of f/0.85 for mirrorless cameras.