Hello,
I am beginner in photography. I need help in below doubts :
1) Which teleconverter (14EII, 14EIII, 17EII, 20EII or 20EIII) will be best / suitable for Nikon Micro 105mm Lens ?
2) If i connect Nikon Teleconverter 14e-iii (magnification is 1.4x), to my Nikon 105mm micro lens which having native magnification of 1x, then how much total / final magnification will i get ?
Comments
More magnification is a tradeoff against image quality. Only you can assess that tradeoff.
I would go with the newest model.
I use the 14E with the 105 and it works well enough, since the lens is very sharp. Just be prepared for weaker AF. Not a big deal for macro which would be manually focused most of the time anyway.
For the record, this is not correct, although I cannot speak for the TC1.4 III. All three of the TCs (1.4II, 1.7II and 2.0III) mount without conflict onto the AF-S Micro Nikkor 105mmm 2.8G ED (I presume that this is the lens in discussion). On the D500 and D810, they also allow full AF. Nikon's data sheet for the TC II series and the TC2.0 III says that AF will not function but I presume that this is out of date when using the later bodies because AF works fine with all of them!
I have used the 105 f2.8 with 1.7 and 2.0 TCs in an 'emergency' at a concert where no other long lens was available and was not impressed with the result. It works well with the 1.4 though and helpfully gets you a little further away from nervous subjects while retaining good sharpness.
I will try the TCs and 105 on a couple of older bodies and see how they do in terms of AF but there is certainly not a physical problem in terms of fitting any of the TCs to the lens, even if the optical performance of the 1.7 and 2.0 leaves something to be desired!
I am not sure if there is a misunderstanding about the distinction between TCs and extension tubes but........ the TCs will increase the effective focal length of the lens whilst the extension tube will merely allow the lens to focus more closely.
For instance, a 300mm lens with a 2.0TC attached will produce a lens with an effective focal length (and the accompanying angle of view) of a 600mm lens. Attaching an extension tube (or tubes) merely allows the combination to focus closer. Both the TC and the extension tube have a brightness hit but if using in camera metering, the meter will measure this for you. For example, with the 2.0 TC, that effectively doubles the focal length, you will need to increase the exposure by two stops.The further away the lens is from the sensor (which is what an extension tube, or bellows do), the lower the brightness of the image at the sensor.
Apologies if everyone already knew all that!
At the end of the article, note the comparison between the IQ from a stack of five converters at an effective 9600mm and the equivalent crop from a 300mm shot. The crop wins hands down.
The above "experiment" is somewhat tongue in cheek. But in all seriousness, a SINGLE, high quality teleconverter under "ideal teleconverter conditions" is not likely to give noticeably better image quality than cropping, and will often give inferior IQ to cropping. Hardly worth putting up with all the disadvantages. Teleconverters were useful in the film days when cropping slides wasn't possible/practical.
Until my MB-D18 and RRS L-Bracket arrives, that is the only way I can get my D850 onto a tripod to see what it can really do.
I have a slightly different view of TCs- Nikons anyway. It very much depends on the lens I think and I agree that the zooms do not produce great results with TCs, although I have had some good results with the TC1.4 in particular on my 70-200 f2.8.
A few years back, the problem was that many camera's AF was seriously compromised below f5.6 and inoperative at f8. That is no longer true with bodies such as the D800, D810 and D850 that are able to focus even at f8 max. apertures.
I have had excellent results with the all three TCs on my 300mm f2.8, especially with the TC1.4 and have even had very good results from the 300mm f4 with the TC1.4. However, I was not impressed by the performance of the 500mm f4, even with the TC1.4 and as a consequence, sold it. I did not really get on well with that lens, even without TCs fitted.
The other point that is worth considering, is that when you radically crop an image to get to the equivalent FOV that you would have had with a TC fitted, it is not just the 'sharpness' of the image that you are concerned with, it is the enlargement of the noise on the image as well. In other words, with the TC you are not magnifying the noise on the image, only the optical image itself. When you combine this with the reality that wildlife images are frequently shot in poor light, using high ISOs, this becomes very significant in my experience.
All in my opinion of course but in the real world, I can use a 300mm f2.8 on a D500, with a TC1.4 and have a lens set up that has an equivalent 630mm FX focal length. This set up achieves a relatively affordable way to get to a 600mm lens producing very good IQ (if I get everything right) wildlife images. I cannot afford a 600mm prime lens and even if I could, would hardly be able to carry the thing around anyway. I am only little!
As far as I can gather, the TC1.4 III is compatible with the 105mm Micro but Nikon's compatibility chart is not clear. It says that the TC1.4 III IS compatible but puts a little '1' reference as an indicator that there is some limitation on this. There is then no reference as to what this means! I suspect that there may be some focussing limitation with some older lenses but am not sure. Their chart for this lens and all the TCs states that AF is not available. This, as has been said, is totally untrue, on the later bodies at least.
My advice would be to get a TC1.4 II that is known to work, has identical optical performance to the TC1.4 III, according to all the reviews that I have read and is half the price. A no brainer I would have thought!
From Nikon's site
Compatible lenses:
AF-S VR Micro-Nikkor 105mm f/2.8G IF ED*1
AF-S NIKKOR 200mm f/2G ED VR II
AF-S VR Nikkor 200mm f/2G IF-ED
AF-S NIKKOR 300mm f/2.8G ED V II
AF-S VR Nikkor 300mm f/2.8G IF-ED
AF-S NIKKOR 400mm f/2.8E FL ED VR
AF-S NIKKOR 400mm f/2.8G ED VR
AF-S NIKKOR 500mm f/4G ED VR
AF-S NIKKOR 600mm f/4G ED VR
AF-S NIKKOR 70-200mm f/2.8G ED VR II
AF-S VR Zoom-Nikkor 70-200mm f/2.8G IF-ED
AF-S NIKKOR 70-200mm f/4G ED VR
AF-S NIKKOR 200-400mm f/4G ED VR II
AF-S VR Zoom-Nikkor 200-400mm f/4G IF-ED
AF-S NIKKOR 800mm f/5.6E FL ED VR*2
AF-S NIKKOR 80-400mm f/4.5-5.6G ED VR*2
*1: AF not possible
*2: Can be used when attached to f/8-compatible camera body
I can't speak for other lens/TC combinations. Perhaps IQ holds up better with prime lenses and/or maybe stronger TC's don't degrade IQ quite as much as do their correspondingly heavier crops — I don't know. But regardless, the loss of stops — especially if you factor in an additional stop loss because you avoid using a lens wide open with a TC — has got to impact telephoto photography anyway.
Ah, well found! It does not appear on the list when I view it for some reason. It might be worth mentioning again that Nikon say that none of the other TCs allow AF with this lens either and this is absolutely not correct, so who knows?
I have also just tried the TCs with this lens on a D7100 and a D300 body and again, the AF works with all three TCs, albeit rather slowly, especially on the D300. I have not tried to follow a moving subject on the older bodies, so there might be a limitation there.
I would still just get the TC1.4 if I were in Santoshraut's position.
Compatible with AF-S and AF-I NIKKOR lenses except AF-S 17-35mm f/2.8D IF-ED, 24-85mm f/3.5-4.5G IF-ED, VR 24-120mm f/3.5-5.6G IF-ED, 28-70mm f/2.8D IF-ED and DX NIKKOR lenses.
Of course we know the list is longer than that, so it must be somewhat out of date.
Edit: It does say no AF with TCs in the English manual, but I cannot find any reference to this in the online database. Could be a printing error, that they never bothered to correct. One things for sure, at 1:2 and 1:1 AF basically doesn't work. The motor might spin, but focus rarely works.