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The Micro 4/3 is the largest and oldest mirrorless system on the market. In addition, this is the only system developed by two first-tier manufacturers at once — Olympus and Panasonic.
Thanks to their joint efforts, the line of Micro 4/3 optics turned out to be very impressive, here you can find everything from wide-angle primes and zooms, to normal primes and telephoto zooms. You can easily get confused in such a variety, so today we will try to figure everything out.
While Olympus and Panasonic are working together on the Micro 4/3 standard, the two companies have gone down different paths. Olympus is introducing image stabilization into the body of their cameras. The advantage of this solution is that any Olympus camera will be able to take pictures without “shaking”, even with a half-century-old lens. For example, using an adapter, you can successfully work with rather outdated M42 lenses without stabilization problems.
On the other hand, Olympus lenses are not equipped with optical stabilization (it is simply not necessary), while Panasonic cameras really need it. This means that although you can use the same Panasonic Lumix DMC-GM1 with any Olympus Micro 4/3 lenses, shaking will remain a problem for you.
At the same time, due to the lack of optical stabilization in Olympus lenses, they tend to be much lighter and smaller than similar solutions from Panasonic. This is due to the fact that they do not need to leave room for moving stabilization mechanisms. This gives the company more versatility when designing optics, which has made it famous for its all-metal primes like the Olympus M.Zuiko Digital ED 17mm f/1.8 and Olympus M.Zuiko Digital ED 75mm f/1.8. These primers look great with the retro design of the Olympus PEN and OM‑D line of cameras, but are still relatively light for their performance.
To some extent, Panasonic lenses are more versatile. Many of them have built-in optical image stabilization, which means they will work equally well on both Olympus and Panasonic cameras. Moreover, optical stabilization in the lens copes with the “shake” at long focal lengths a little more effectively than stabilization in the camera.
Of course, because of this, the weight and dimensions of Panasonic lenses suffer. In addition, due to the desire to make lenses lighter, the company most often uses plastic as the main body material. Even though the company’s lenses sometimes outperform competitors in terms of image quality, sometimes they look too cheap.
But there are more advantages to Panasonic lenses. The company has a rich history in videography, so it’s no surprise that many of its lenses are great for shooting video. Panasonic lens rings have a smooth ride, and optical stabilization allows you to reliably protect the roller from “shake” during shooting on the go. However, Olympus has been trying to take over in this segment lately, constantly improving its in-body stabilization, such as the Olympus OM‑D E‑M5 II, and creating new lenses with quieter and faster autofocus.
Panasonic also has a beneficial partnership with Leica, one of the most respected optical manufacturers in the world. Several Panasonic Micro 4/3 lenses, including the Panasonic Leica DG Summilux 15mm f/1.7 ASPH and Leica DG Nocticron 42.5mm f/1.2 ASPH OIS, are the fruit of this collaboration.
Although the creation of the Micro 4/3 standard is a joint effort between Olympus and Panasonic, many third-party manufacturers want to be represented in this segment. These include everything from the high-end Schneider Kreuznach and Voigtländer, to the incredible SLR Magic and Mitakon, to the low cost solutions from Tamron and Sigma.
Some manufacturers, such as Tamron and Sigma, provide similar features and characteristics as the founders of the standard. However, most third-party lenses do not have an autofocus motor, optical stabilization, and mechanical / electrical connections to the body at all. Despite this, most often these lenses are much cheaper and provide focal lengths and aperture values that Panasonic and Olympus simply do not have.
So, if you have decided on the manufacturer of your future lens, now you have to deal with a lot of strange-sounding acronyms in the name of models. To know exactly which lens suits you best, you have to figure out what they mean.
Olympus Terms
PRO: Indicates that the Olympus lens is designed for the needs of professional photography. Many people are familiar with the fast zoom of the Olympus M. Zuiko Digital Pro 12–40mm f/2.8.
ED: Says that the lens uses extra low dispersion elements that help to get rid of chromatic aberration in the picture. Example: Olympus M. Zuiko Digital ED 9–18mm f/4.0–5.6.
MSC: The lens is optimized for video recording. Benefits include silent autofocus, power zoom for variable zoom speeds, and Wi-Fi zoom capability. This term is often mentioned on the body of the camera, although it is not used in the title.
EZ: Indicates that the lens uses a separate zoom motor that allows you to change the focal length at three different speeds. This function indicates that the lens belongs to the MSC specification. Typically found in compact and inexpensive lenses such as the Olympus M. Zuiko Digital ED 12–50mm f/3.5–6.3 EZ.
Panasonic terms
X: Panasonic lenses marked with an “X” are professional grade lenses.
Leica: The lens is co-designed with a German camera and lens manufacturer. A good example is the Panasonic Leica DG Summilux 15mm f/1.7 Asph.
ASPH: The term is used in lenses like the Panasonic Lumix G Vario 35–100mm f/4.0–5.6 ASPH Mega OIS, which are equipped with aspherical elements to help eliminate spherical aberrations and astigmatism in photography.
OIS / Power OIS: Provides optical image stabilization.
PZ: The lens is equipped with a zoom motor, meaning it is designed for shooting video.
HD: Panasonic HD lenses are optimized for movie shooting, offering silent autofocus, tracking autofocus, and movie-tuned optical image stabilization.
3D: Stereoscopic optics that creates a 3D effect with two built-in lenses. The captured photos and videos can only be viewed on VIERA 3D TVs.
The Micro 4/3 standard has become widespread and now has almost 80 lenses in its range. Unfortunately, among them, as in any mirrorless cameras, there are no fast telephoto fixes, this privilege remains with SLR cameras. Otherwise, this is a complete system in which you can find lenses for every taste.
Timur Bublik
Especially for Photosklad.ru
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