Photo: Nokishita Camera
Leaked picture of the upcoming Fuji X-H1. That's the gigantoid
16–55mm (655g) on there, not the wee slender 18–55mm (310g) kit lens.
As you probably know if you're interested, FujiRumors and several Japanese sites such as Nokishita Camera have leaked early pictures of the forthcoming Fuji video model or "Fuji with IBIS," the X-H1, two days ago. The formal rollout is scheduled for February 15th in Tokyo.
The camera is moderately larger than the X-T2 and slightly bigger even than Sony's full-frame A7etc. cameras.
I'm a Fuji owner for whom IBIS is a critical desire, but still, I must counsel some conservatism here. Olympus is the tradcam (traditional camera? I just made that up) leader in this technology. A Panasonic vs. Olympus shootout at DPReview four days ago compared the stabilization of the new G9 to the established champ, the E-M1 Mark II, concluding that "...the G9's stabilization provided slightly better results than the E-M1 II's [...] these two cameras have among of the best stabilization systems on the market." (The overall comparo ended in a draw.)
However, remember that it took Panasonic years and many tries to catch up with Olympus. The other solid company in this technology is Sony, which took over Konica-Minolta's DSLR division, pioneers of the tech in APS-C DSLRs (my first DSLR was the K-M 7D, a lovely camera with highly accurate colors and very effective stabilization).
There's nothing yet to suggest that Fuji will be able to match the new champ Panasonic, its near neck-and-neck rival Olympus, or Sony's FF offerings with its own brand-new, as yet untested in-house tech.
Of course, it is Fuji, which has earned a solid reputation for not being able to do anything wrong since the X100 was into'd in 2012, and the company has the advantage of being able to analyze existing products on the market, not to mention the usually salutary effect of having benchmarks to shoot for.
Still and all, as camera aficionados around the world say all the time about new products, "wait for the reviews."
Mike
(Thanks to Stephen Scharf)
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(To see all the comments, click on the "Comments" link below.)
Featured Comments from:
Michael: "If they are following everybody else, that body is going to cost at least $2k."
Mike replies: Fair guess.
Robert1955: "The leaked press release has €1,899 as the price for the body. If I recall correctly, that is €200 more than the X-T2."
Stephen Scharf: "One of the reasons that Olympus (and subsequently Panasonic) have been able to implement IBIS successfully earlier than Sony or now, Fuji, is that Micro 4/3 sensors are considerably smaller (~225mm^2) than an APS-C (~370mm^2), or FF sensor (864mm^2), and therefore have notably less mass. Less mass makes it easier from an engineering standpoint to stabilize. If Fuji are successful in achieving their claimed stabilization specifications, it will be a significant engineering achievement. If memory serves, the IBIS on FF Sonys is not as effective as on Oly Micro 4/3 cameras, and this makes sense as it's a lot harder, in engineering terms, to pull off IBIS on a significantly more massive sensor. Also it's important to understand that even if one shuts off the IBIS functionality, that sensor is always moving to some degree; it is not physically 'locked down,' so IBIS, like virtually all functionality/features, requires a set of engineering compromises, compromises that may impact absolute image quality in certain use scenarios.
"Its also important to bear in mind IBIS for video is really intended as a feature for amateur or handheld video. Professional videographers use gimbals and external stabilizing rigs and want cameras that have the sensor locked in place...they don't want a sensor that is constantly moving. The new Panasonic GH5S was developed without IBIS specifically for this market segment.
"Lastly, IBIS is only most effective at shorter focal lengths with respect to providing stabilization. For longer focal-length telephotos, optical image stabilization is far more effective than IBIS, does not require a floating, and therefore moving, sensor, and can be optimized for each lens's focal length. This is why Canon, Nikon, Olympus, Panasonic, and Fuji all utilize OIS in specific lenses: because it's the best way to do it. At the end of the day, optical image stabilization is a more effective stabilization methodology than in-body stabilization, and I am sure why this is why the new Fuji X-T3, which will be targeted more for professional stills photography and photojournalism, will not utilize IBIS."
Steve Jacob: "The problem with IBIS is licensing. I think I am right in guessing that the two initial patent holders for servo and electromagnetic systems were Minolta (now Sony) and Pentax (now Ricoh). Fuji would certainly either have to license this technology, or find a weasel way around the patents, which would hike the price substantially either way. If they license the tech, then it should be fairly robust.
"Olympus got around this by allowing Sony to take a stake in the company, giving them access to the Sony license. This gave them a head-start in the Micro 4/3 market, although I note that Panasonic's combined optical/sensor function works better.
"My initial experiences with Pentax IBIS were mixed to say the least. Random shots taken when IBIS was disabled showed motion blur at quite acceptable shutter speeds, later traced to very specific frequencies relating one assumes to some resonance between shutter and a sensor that is not properly bolted down. Upgrading from my K-10 to a K-7 made it worse, and I ditched Pentax in despair in favour of Nikon. At least I could find lenses in stock, and many had image stabilisation that was more reliable. I noted when the early Olympus and Sony A cameras introduced IBIS that it came with an increase in bulk and several teething issues similar to those of Pentax (later solved by a kludge that involved electronic first curtain).
"I admit to remaining skeptical, not about its effectiveness at low shutter speeds, but about the compromises that it forces one to adopt elsewhere, such as lenses with large image circles and potential sensor alignment. I am also unsure how effectively the sensor can be cooled if it is not rigidly mounted. To me, this seems like a compromise in one direction to improve 'average' hit rates at the expense of ultimate robustness and quality. I find a monopod almost as effective, most of the time, and I much prefer a camera that is predictable rather than over-engineered.
"I hope it does not become a de facto must-have in every body Fuji produce, because I fear that the X-Pro3 would be out of my price range if it were."
Dave: "I like this part of the rumored announcement: 'The internal image stabilization system (IBIS), which is being used in an X Series camera for the first time, features three axial acceleration sensors, three axial gyro sensors and a very powerful dual processor, which performs around 10,000 calculations per second based on the measured data. In combination with the effective compensation mechanism, a particularly precise image stabilization and thus an uncompromising image quality is achieved.'"
Mike replies: That's apparently from an unofficial translation of a leaked press release in German?
I guess I did open the door here, but it's frustrating to try to research rumors. Maybe we should all just wait for the official rollout.
Rhys Phelps: "Four Thirds and Micro 4/3 were developed as digital systems from the ground up. The mount size of the original system was twice the diagonal of the sensor, which itself wasn’t as rectangular [as APS-C] and fitted the mount area more effectively. Fuji made a decision on mount size based on a rejection of IBIS and repeatedly explained that image quality would suffer with the mount size it had chosen. Olympus pioneered [its own] IBIS with the E-510 in 2007. It had nothing to do with Sony and its investment bailout in 2012."
Mike replies: I'm not sure absolute statements either way can be justified. None of us really knows anything about proprietary licensing agreements between Japanese Corporations, after all.
Dogman: "Admittedly, I don't know what the final camera will be like. That said, I'm not exactly excited from the photographs I've seen. While I'm sure there's an exposure compensation method included somewhere on the body, it's no longer in the easy to access and at-a-glance visually confirming position I'm accustomed to on every other Fuji I've used. I would miss that a lot. In fact, I do miss that a lot on my Olympus E-M1 body—a camera that has IBIS but, otherwise, leaves me lukewarm in use. Furthermore, considering the presence of a marked aperture ring and a shutter speed and ISO dial on the body as well as digital displays in the viewfinder, the top deck screen seems redundant.
"But my main disappointment is the design, size and weight. My reasons for moving to Fuji after almost 20 years with Canon included the Fuji simple design, user-friendly handling and smaller size and lower weight. These were the distinctive characteristics that set Fuji apart from other cameras in my eyes. This new camera moves away from those distinctive characteristics in favor of a single new, admittedly useful, feature—IBIS."