Tokina 11-16mm f/2.8 AT-X116 Pro DX for Nikon and for Canon
Nikon’s DX zoom lenses like the 18-55mm start at 18mm (27mm after crop factor) which is just starting to get into the wide angle arena. Most of the time this gives you a wide enough field of view (FOV) and if you need to get more in then you can just back up. There are times though when you can’t or don’t want to back up. Sometimes you might want a wider FOV to get a different perspective in a shot. It’s not just about “getting it all in”, but rather looking at a shot differently and getting the composition you want.
I had never shot a DX lens wider than 17mm or one with a constant f/2.8 lens. We can see the difference in FOV between the Tokina 11-16mm, Nikon 18-200mm and Nikon 35mm:
11mm is wide, really wide. The test shots above were taken at about 5 feet from the TV. The first thing I notice in the 11mm shot is the perspective distortion, but that isn’t necessarily bad. The Nikon 18-200mm presents quite a bit of barrel distortion at 18mm. The Tokina gives nice straight lines, but going so wide starts to affect perspective. Things at the edge of the frame in this situation look stretched because of perspective distortion.
The best way I can describe perspective distortion is that the ultra-wide focal length allows you to move the camera forward into the scene. This has a large impact on the size of subjects depending on their distance from the camera. Subjects in the foreground will appear larger in size than subjects in the background. You can see this in the shot of Mt. Shasta below, the foreground right in front of my feet is balanced against the huge volcano in the distance. You have to use that foreground emphasis to your advantage and it is surprisingly hard to do. That’s about the best I can explain it, but you can read more about perspective distortion on Wikipedia.
The Tokina 11-16mm is a very interesting lens and can be considered special purpose. It’s definitely not for close up portraits as the perspective distortion can wreak havoc on your subjects’ faces if you aren’t careful. For a more distant portrait like my wife in front of Haystack Rock you can get away with it. Keeping the subject in the very middle of the frame helps avoid unflattering distortion like me with the moose in Coeur d’Alene.
The lens itself is very solid and well built. The focus ring pulls in and out to switch between autofocus and manual focus. I’m very happy with the lens and has whetted my appetite for more “pro” lenses, especially with a constant f/2.8. Overall this lens is a very good value.
For Nikon users, depending on your camera you might want to look at the comparable Nikon 10-24mm f/3.5-4.5. The Tokina does not have a built in autofocus motor so it will not be able to autofocus on bodies missing the motor to drive non AF-S lenses. The lower end bodies like the D5000, D3000, D3100, D40, D50, and D60 do not have the motor so the Nikon 10-24mm becomes your best option. The D70, D80, D90, D200, D300, and D7000 are all good to go.
Canon users will run into a similar situation if your body does not include an autofocus motor then you’ll want to consider the Canon 10-22mm f/3.5-4.5. The only problem with the Nikon and Canon versions is the higher cost, slower apertures and more distortion.
The Nikon version is about $600 from Amazon and the Canon version is about $700









Nikon D7000 at Amazon
When the D5000 came out Nikon needed something new to fill in the low end of their line up. The D3000 is pretty much the exact same camera as the D40x and D60 that previously held this spot. Aside from a .5″ larger LCD screen, there’s not going to be much difference between them. If you’ve never touched a DSLR before and your budget is tight, then this is a good place to start. It will be a good solid camera, but until Nikon refreshes it with a new model I don’t think the D3000 offers the best bang for your buck.
The D5000 is a big step up from the D3000 in terms of technology and functionality. The most visible difference is the tilt and swing LCD screen, but I don’t think it’s that big of a deal. Internally, the D5000 has a much newer CMOS sensor than the D3000. This is the same sensor in the D90 and it provides much better performance at higher ISO settings. It also inherited built in chromatic aberration correction from the D90 which removes fringing that can appear in brightly lit shots. You also get the ability to take video.
The D90 sits at the top of Nikon’s consumer DSLR line up. From here there’s a fairly big jump to the prosumer D300. There’s two things that really set the D90 above the D5000: controls and lens compatibility.