It's worth noting that Face/Eye detection is a completely separate function from Subject Detection AF and is locked out if you engage subject detection.Īway from these subject-aware modes, OMDS says it's reworked its C-AF system so that it's better at judging subject distance for moving subjects.
#HALF LIFE 1 COMBINE SERIES#
OMDS also says it's reworked its face and eye-detection algorithms to be much more responsive, which is good to see from the continuation of the first camera series to include an Eye AF feature. The enhanced depth information from the quad pixel AF system is used to help ensure this 'Subject Detection AF' doesn't mis-focus on a nearby object that overlaps with the recognizes subject. OMDS has used machine learning processes to teach the OM-1's AF system to recognize Trains, Cars, Planes, Helicopters, Birds and Animals. The OM-1 expands on the E-M1 X's range of subjects that the AF system has been trained to recognize. The OM-1 promises twice the processing speed.
Hand-held High Resolution mode - Shoots twelve shots using image stabilization.High Resolution mode (Tripod) - Shoots eight images with 1/2 pixel offsets to boost resolution to 80MP.We clocked a handheld hi-res on the OM-1 at 7 seconds from shooting to the end of processing, vs 16 seconds on the E-M1 III. For instance, Hand-held High Resolution mode, which shoots eight images with slight offsets to give 50MP images can now be shot with less risk of subject movement between shots, and can be combined much quicker, thanks to the OM-1's more powerful processor. It's still quick enough to improve the performance of the various multi-shot modes the OM-1 offers. We've measured the rate at around 1/125th seconds, which is twice as long as the fastest full-frame stacked CMOS chips take, despite the smaller size. With 80 million individual photodiodes to read out, it's perhaps not surprising that Stacked CMOS design only delivers a readout speed twice as fast as that of its predecessor. These are compared to derive depth information about the scene, giving phase difference autofocus in an X-shaped pattern. These sub-pixels can be read-out individually, giving the camera four fractionally different perspectives on the world. The sensor has 20 million microlenses and a Bayer array with 20 million color patches, but there are four photodiodes behind each of these, which are combined to form each pixel. Stacked sensors are the next generation of technology beyond BSI designs, combining layers of semiconductor to allow more complex designs and faster readout. The OM-1 is built around a completely new 20MP Stacked CMOS image sensor. What's new | Body & controls | DPReview's impressions | Image quality | Autofocus | Video | Conclusion | Sample gallery | Specifications A battery grip (HLD-10) is available for $349. The body and the new lens are available as a kit for $2799, a $400 discount compared to the buying them separately.
#HALF LIFE 1 COMBINE PRO#
Alongside the camera, OMDS launched the OM System 12-40mm F2.8 PRO II, an updated version of the system's fast standard zoom with improved coatings and weather sealing uprated to match the camera. The OM-1 has a retail price of $2199, body only. The OM-1 continues to carry the 'Olympus' name across its viewfinder in recognition of this legacy, but we're told it's likely to be the last model that will. The OM-1 represents a new naming scheme for OM System cameras and is released to coincide with the 50th anniversary of the original OM film SLR. 4K (UHD or DCI) at up to 60p, in a choice of 8 or 10 bit.Image stabilization rated to 7EV of correction (8EV with compatible lenses).Blackout-free shooting at up to 50 fps with AF and AE, 120 fps with AF and AE locked.It's a rugged, image-stabilized 20MP camera capable of high-speed shooting and offering a range of computational photography modes. The OM System OM-1 is the first high-end Micro Four Thirds mirrorless camera from OM Digital Solutions, the company that bought the Olympus camera business.
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