If you own a Panasonic Leica DG Summilux 25mm f/1.4 ASPH and use it on an Olympus micro 4/3 camera, then you are surely aware of the terrible noise the lens makes when you go back and forth between very bright and very dark subjects. Fortunately this so called “rattlesnake noise” issue can be solved quite easily with a fast dive to the camera menu. Check out the following video to see what you have to do.
I’ve had the Canon FD 200mm F4 Macro for about a month now and I’m still getting used to its size and weight. It’s a massive lens, but due to its long focal length it allows you to sit back and shoot macro subjects from a long distance. You don’t have to worry about scaring away insects and arachnids you are photographing, but you have to concentrate really hard to keep the lens/camera combo from shaking too much. In my experience the 3-axis IBIS in the Olympus OM-D E-M10 is definitely overwhelmed by the massive shake. What resolves this issue to some degree is activating the high speed burst mode. Shooting with 8 frames per second improves the odds of capturing at least a few sharp pictures tremendously. “Spraying and praying” is most definitely the way to go, when it’s windy, your subject is moving and you are shooting handheld. Since I’m one of those lazy macro shooters, who can’t be bothered to get up before sunrise or to lug a tripod, it’s windy and my subjects are very active most of the time when I’m go out to do macro photography.
I’m now gonna show you some of the images I’ve taken since last time.
After my last post regarding the Cosmicar 8mm f/1.4 CCTV C-mount lens I have purchased a revers mounting ring for micro four thirds. It’s a 55mm to M4/3 mount mounting ring, which is too large for the Cosmicar. I have therefore attached the lens to two step-up rings – a 40.5mm to 52mm and a 52mm to 55mm. It’s not an ideal solution, but I wasn’t able to find a reverse mounting ring with a smaller filter thread. Anyway it works and surprisingly well at that. I haven’t calculated the maximum magnification ratio, but it puts all my other macro setups to shame. See the anthers in the following photo which was shot with the reverse mounted Cosmicar 8mm f/1.4 on my Olympus OM-D E-M10?
Canon FD 200mm f/4 Macro is the kind of lens I wanted Olympus and Panasonic to release for quite some time now. In my mind smaller sensor formats, like micro four thirds and Nikon 1, are perfectly suited for macro photography – especially for skittish macro subjects, such as damselflies, dragonflies and butterflies. It’s a real shame that neither Olympus/Panasonic nor Nikon have released a long macro lens for their respective systems. In absence of such a lens, the best option is to get a legacy lens and a suitable adapter and focus manually.
Note: I have already reviewed the 25mm f/1.4 CCTV C-mount lens on my Nikon 1 V1 – you can read the review here. Because of borderline unusable image quality on my Olympus OM-D E-M10 I have decided to write this review, in course of which I will be analyzing its performance on Micro 4/3.
In the original review I have made the argument that this no-name 25mm f/1.4 CCTV C-mount lens isn’t worth getting, unless you are a huge fan of swirly bokeh and other “Lo-Fi” effects usually associated with Lomo and Instagram. This is even more so when you use this lens on a micro 4/3 body. This is unusual, since its cousin, the no-name 50mm f/1.4 CCTV C-mount lens, performed much better on the larger sensor of the E-M10.
Anyway, this review is more of a warning than anything else. Read on to find out why you shouldn’t get this lens.
This morning, while enjoying a cup of coffee with Sani, I noticed a praying mantis “baby” (what’s the correct word in English?) on the back rest of one of our garden chairs. I was deeply intrigued since I had never seen a mantis this young and small before. I had to take a picture right away!
This is probably the last batch of photos I will ever take with the 25mm f/1.4 CCTV C-mount lens. I don’t enjoy using it, partly because of focusing ring and aperture ring positions and partly because of bad image quality. In the next couple of days I will write a micro 4/3 centric review. Expect a very negative verdict.
Achromatic close-up lenses are one of the most popular options among photographers who want to get a taste of macro photography without breaking the bank. They are a special kind of close-up lenses with multiple lens elements instead of just one. This minimizes chromatic aberration and ensures better image quality at the borders of the frame.
Two highly regarded achromatic lenses are the Marumi DHG200 +5 and Raynox DCR-250. They cost almost the same, around 50-55 bucks. I own both of them and I’m more than satisfied with their build and image quality. That being said, there are some differences that will make you prefer one over the other, unless you want to own both. 😉 So let’s get to it!
Note: I have already reviewed the 50mm f/1.4 CCTV C-mount lens on my Nikon 1 V1 – you can read that review here. Because of vastly improved image quality on my Olympus OM-D E-M10 I have decided to write this review, in course of which I will be analyzing its performance on Micro 4/3.
As I’ve said in my original review of the 50mm f/1.4 CCTV C-mount, this lens is very cheap (less than 30 dollars/pounds/euros), yet capable of amazing results. Technical image quality (as in lack of aberrations, flare, vignetting, etc.) isn’t what this lens is about, although it isn’t bad in that regard either. What it’s really good at are image rendition and bokeh. Read on to find out what I think about its build quality, usability and image quality.
Yesterday, while post processing several photos I shot with my Olympus OM-D E-M10, I saw a speck of dust in one of the photos. I believe it to be for the first time since buying the camera, but I’m not 100% sure. I can’t recall ever encountering dust on the sensor or cleaning the sensor since purchasing the camera more than two years ago. Anyway, I just finished cleaning the sensor with a Hama blower. It took me less than ten seconds. So it wouldn’t be a big deal even if I had to do it more often – but not too often.
The reason why I’m sharing my seemingly trivial experience with you is that we get used to technology that makes our lives easier very fast. We start to take these things for granted in no time. But after thinking about the many times I had to clean the sensor in my Nikon D40 – a real dust magnet, I tell you – I suddenly realized that Olympus must have an amazing dust reduction system under the hood. Cleaning the sensor is not that much work, but removing all those pesky dust specks in a dozen or more photos with the cloning tool sure is.
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