NEW PODCAST: ARRI Goes Small, Sony Goes Big: HONORβs ARRI Phone & Sony RIALTO 65 β Focus Check ep141 βποΈ WATCH/LISTEN Now
Watch/Listen NowARRI Goes Small, Sony Goes Big: HONORβs ARRI Phone & Sony RIALTO 65ποΈNEW PODCAST
Education for Filmmakers
Language
The CineD Channels
Info
New to CineD?
You are logged in as
We will send you notifications in your browser, every time a new article is published in this category.
You can change which notifications you are subscribed to in your notification settings.
Back in February 2017 we reported onΒ the newΒ tiny manual wideangle lens for the Micro Four-Thirds system, the SLR Magic 8mm f/4. I’ve been playing around with this lens for the past month, testing it with the Panasonic GH4 and comparing it with the Panasonic 7-14mm f/4. This small lens is actually quite a good value for the money – let’s take a look at my findings in this review!
SLR Magic 8mm f/4 is a tiny MFT manual lens
The first thing youΒ notice about this manual lens is its size. I don’t think I have ever used such a small lens in theΒ Micro Four-ThirdsΒ system. It could easily be mistaken for a C-mount lens in terms of size. The build quality is pretty solid as the whole thing is only made fromΒ metal andΒ glass. AΒ little knob on the side helps with focusing, and a screw allows you to lock the lens in position. ThisΒ is quite handy as focusing turnsΒ the whole front element – basically the whole lens exceptΒ the mount – so it is good to be able to lock the lens in order to avoid accidental changes in focus. I did not have any problems operating the screw with my fingers.
I decided to compare the image quality with the Panasonic 7-14mm f/4Β zoom lens to see the differences at the same focal length.
There is a very thin, 3mm-wide de-clickedΒ aperture ring that justΒ turns freely between f/4 and f/16. As theΒ ring is located towardsΒ the front part of the lens body, turning the focus wheel causes the aperture to stop down and, in addition, the aperture values are written on the bottom of the lens,Β making preciseΒ aperture adjustments somewhat difficult.
The lens has a 43mm filter thread, which is not directly compatible withΒ 43mm filters as the bulbous front element sticks out of the lens body. An includedΒ 43-to-52mm adapter, however, allows you to mount the Image Enhancer Pro – an included slim 52mm clear filter. I really like the fact there is a simple way to attach a filter on a lens this wide, as it allowedΒ me to use ND filters while shooting time lapses.
A filterΒ thread is a useful feature in thisΒ SLR MagicΒ ultra wide-angle lens
Another interestingΒ thing about thisΒ lens is itsΒ minimum focusing distance. SLR MagicΒ claims it to be 0,1m, and I was able to focus on an object placed approximately 5cm or 2 inches away from the front element – roughly 10cm or 4 inches away from the sensor. CombiningΒ such a small minimum focusing distance and an aperture of f/4 allows you toΒ achieve quite a shallow depth of field, at least when compared to the Panasonic 7-14mm f/4 lens and its minimum focusing distance of 18cm or 7 inches at the wide end.
SLR Magic 8mm f/4 minimum focus distance
I was really curious to see how theΒ SLR Magic lens would hold up against more expensive glass, so I decidedΒ toΒ compare itΒ to the Panasonic 7-14mm f/4 lens, a wide-angle lens for the Micro Four-Thirds system that I had lying around, and look atΒ the difference in image qualityΒ between the two atΒ the same focal length. I’m happy to report thatΒ the SLR Magic 8mm f/4 lens performed quite well. I really liked the image I got out ofΒ it, although I found that the colors were a bit flat and theΒ image presented slight barrel distortion when compared to the Panasonic.
Panasonic 7-14mm
SLR Magic 8mm 8mm – note the more pronounced barrel distortion.
When using the lens wide open at f/4 with the 52mm Image Enhancer and 77mm ND filters, I noticed a slight vignette, although it became barely noticeable after changing the aperture to f/8.
Vignetting – SLR Magic with 52mm clear filter at f/4
Vignetting – SLR Magic with 52mm clear filter at f/8
Sharpness at f/4 is not perfect, but it is very usable in my opinion. The image of course gets sharper when closing the aperture.
SLR Magic 8mm corner sharpness increases at f/4 vs f/8
Pros (in no particular order)
Cons (in no particular order)
The SLR Magic 8mm f/4 Micro Four-ThirdsΒ lens is an interesting product. It has becomeΒ quite popular among drone shooters usingΒ Micro Four-ThirdsΒ cameras like the DJI Inspire because of several reasons. Its compact size, short focal length and ability to mount filters as well as locking the focus distance are very helpful features when using it on a drone. I liked using the lens handheld on the Panasonic GH4 too. It is very good for getting Point-Of-View clips thanks to its compact size.Β Also, in some cases, having a manually-controlled lens can evenΒ be an advantage. When shooting time lapse, for example, it can help you avoid some of the flickering effect caused by the opening and closing between shots that you may get when using an electronic lens at anything other than wide-open apertures.Β Even though the image quality is not superb, this lens is a very good value for money and it stood very well against the much more expensive Panasonic 7-14mm f/4 lens.
Δ
Stay current with regular CineD updates about news, reviews, how-toβs and more.
You can unsubscribe at any time via an unsubscribe link included in every newsletter. For further details, see our Privacy Policy
Want regular CineD updates about news, reviews, how-toβs and more?Sign up to our newsletter and we will give you just that.
You can unsubscribe at any time via an unsubscribe link included in every newsletter. The data provided and the newsletter opening statistics will be stored on a personal data basis until you unsubscribe. For further details, see our Privacy Policy
Jakub Han is a freelance filmmaker based in Vienna. He is interested in new tech and trends in filmmaking and passionate about action sports and short documentaries. Jakub has over 10 years of experience with camera work and post-production.