The latest mirrorless system based on the Four Thirds platform – a reminiscence of the “classic” Olympus OM series of film SLRs. However, apart from the elaborate style, the developer has also included a full set of advanced technical achievements.
Resolution – 16,1 megapixel, Zo0m – 14-42 mm, Display – 3″, F3,5-5,6
The magnesium alloy casing with textured front panels does closely resemble an analogue OM: differences are concentrated on the back, where the optical viewfinder has been replaced by an electronic one and the film cover has a flip-up OLED touchscreen.
The technical specifications are not so “old-fashioned”: a 16 megapixel sensor shoots at sensitivities up to 25,600 ISO and writes 9 frames per second in continuous mode, the fast focusing system monitors the movement of objects in three dimensions.
ow interesting is the built-in five-axis stabilization system, which among other things compensates for camera tilt, both when recording still images and when shooting Full HD MPEG-4 AVC video.
The interface as well as the software capabilities are top notch. The OM-D E-M5 can handle both demanding enthusiasts and creative amateurs with its versatility of controls and its wealth of programs, filters and other special modes. Both, however, should prepare for a price tag of well over thirty thousand Dollars.
The Olympus OM-D E-M5 mirrorless camera sounds impressive with its fast focusing and 3D movement tracking. But does this advanced technology result in consistently sharp and accurate images? How well does it perform in challenging shooting conditions and with fast-moving subjects? Is it user-friendly for beginners or will it require a learning curve? I’m curious to hear from experienced users about their overall impressions and whether it’s worth investing in this camera for capturing dynamic shots.
The description of the Olympus OM-D E-M5 mirrorless camera’s fast focusing system, which can track movement in three dimensions, sounds impressive. However, I’m curious to know how well it performs in real-life scenarios. Can it effectively capture fast-moving subjects with accuracy and precision? Does it rely on advanced technology to achieve this feat? And, most importantly, does the camera maintain its focus even in challenging lighting conditions?