Fujifilm X-M1 camera leaks: WiFi, new lenses, and more

Fujifilm’s new X-M1 entry-level interchangeable lens camera has leaked ahead of its expected launch next week, with the compact shooter ditching the viewfinder of the X-E1 but throwing in WiFi. The X-M1 images, shared by Digital Camera Info, show Fuji sticking to the retro aesthetic the company is known for, pairing the camera with not

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Samsung GALAXY NX hands-on: mirrorless Android for the NX lens family

Enter the Samsung Galaxy NX: a full-sized mirrorless interchangeable lens camera running Android. This is Samsung’s biggest effort in bringing Android – their flavor of Android, that is – to the full-on high-powered camera environment. This device works with a “DSLR-class” 20.3-megapixel APS-C CMOS image sensor aside a quad-core 1.6GHz Pega-Q processor behind a system

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Samsung Galaxy S4 Zoom hands-on

The folks at Samsung have brought fourth a rather large amount of mobile devices to their “Premiere” event this week in London, the Galaxy S4 Zoom not least strange amongst them. This device is a hybrid of what’s generally considered a smart camera and a smartphone – or a point-and-shoot camera, on the other hand,

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Samsung’s Galaxy NX Is A 4G Android Interchangeable Lens Camera That Lets You Post To Instagram

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Now that video on Instagram just got real, a connected pro camera with direct access to Android apps makes a fair bit of sense. Enter the Android-powered Samsung Galaxy NX.

Samsung continues to push its Galaxy brand into new devices’ types and categories, a strategy aimed at extending the success it’s had with the brand in smartphones. Today the Korean giant has added the Galaxy badge to its high end camera range, with the launch of this digital mirrorless interchangeable lens camera (MILC): its first interchangeable lens camera to run Android.

Samsung’s other high end cameras have been badged NX but this is the first time it’s used the Galaxy brand on its pro range. It’s not, however, the first time it’s pushed the Galaxy brand into camera tech territory — having recently extended the Galaxy S4 range with a hybrid smartphone point-and-shoot camera with a 10x optical zoom on the back. That device, the Galaxy S4 Zoom, remains a mid-range affair. It’s certainly not targeting the professional photographer market, as the Galaxy NX presumably is. Samsung also previously launched another mid-range camera running Android, called the Galaxy Camera — making extending the brand to its pro MILC range a natural next step.

The Galaxy NX runs Android 4.2.2 skinned with a version of Samsung’s TouchWiz UI tweaked to make sense for the camera format. This means the UI defaults to the camera app view. Swiping left from there brings up a familiar Samsung Android home screen where users can get at all the usual Android stuff including Google Play, the web browser, plus apps — like Instagram, say. And that’s the obvious use-case for a bit of kit like this: being able to post near-SLR quality photos direct to apps like Instagram or share on social media, without even having to pull the photos off the camera first. The Galaxy NX has both 4G/LTE and Wi-Fi built in. It is Samsung’s first interchangeable lens camera to include LTE, in fact.

The version of Android on the Galaxy NX does not include a phone dialer but that’s the only other major software difference when compared to a typical Samsung smartphone. The point here is clearly for Samsung to leverage the familiarity of its TouchWiz environment to try to bolster the appeal of its high end camera kit.

Who might the Galaxy NX appeal to? Perhaps someone  hankering for a better camera but not necessarily yet especially well versed in how to use more pro photography equipment. The external look and feel of the Galaxy NX bears that theory out, being especially plain looking — almost devoid of markings. It’s also terribly lightweight for such a large bit of kit, adding another convenience string to its bow.

The Galaxy NX has a 20.3MP APS-C CMOS Image sensor that’s 24mm in size. It’s powered by Samsung’s DRIMe IV processor, which it says is 4x faster than its previous processor. The device supports up to 25,600 ISO, and it’s the same family of interchangeable lens as Samsung’s prior MILCs.

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Samsung GALAXY NX official: full-sized interchangeable-lens camera with Android

This afternoon Samsung has made their first interchangeable-lens-toting 3G/4G LTE and wi-fi enabled camera running Android, the Samsung GALAXY NX. This device works with a 20.3MP APS-C Sensor up front as well as a Advanced Hybrid Auto Focus (AF) System inside, while the full-panel back-display on this machine works with Android 4.2 Jelly Bean, including

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Lytro iOS app arrives with WiFi-connected photo sharing

The Lytro miniature camera just received a fairly significant update today. The company just outed an accompanying iOS app that allows you to share the photos taken on a Lytro with your iOS device. From there, you can do all sorts of stuff that iOS will allow you to do, such as upload it to

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University of Tokyo’s fast-tracking camera system could revolutionize sports coverage (video)

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Researchers at the University of Tokyo’s Ishikawa Oku Lab have been hard at work on a camera system that can track fast moving objects incredibly well, and the technology may change the way sports like baseball and soccer are televised. Recently, the team building the system has entered the next phase of testing: taking it outside, to see if will perform as well as it has in a lab setting. If all goes according to plan, they expect it’ll be ready for broadcast use in roughly two years.

Demos of the tech are pretty impressive, as you can see in the video below showing the (warning: not recommended watching for those easily prone to motion sickness). To get the ping-pong ball-centric shots, the system uses a group of lenses and two small mirrors that pan, tilt and move so the camera itself doesn’t have to. The mirrors rely on a speedy image tracking system that follows movement, rather than predicting it. Swapping the camera out for a projector also has some interesting applications — it can paint digital pictures on whatever its tracking. Sounds like the perfect gadget for folks who wish their table tennis balls looked like emoji.

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Via: Diginfo

Source: Ishikawa Oku Laboratory

Leica X Vario Camera: APS-C Compact Isn’t Cheap, But It Is a Real Leica

I love good digital cameras, and you definitely get a lot of value for what you pay for, since mine has lasted me about 7 years. That being said, it’s no Leica (just a Nikon.) With their latest announcement, Leica showcases another elegant take on compact cameras.

leica x vario camera compact

The Leica X Vario has a 16.2 MP APS-C CMOS sensor, with a 3.0 inch LCD screen in an aluminum and magnesium enclosure. The whole camera comes wrapped in leather trim, giving it a classic look. The X Vario can also capture video at 1080p and 720p at 30 and 60 fps respectively. ISO ranges from 100 to 12,500, and the aperture range is f/3.5-6.4. Its lens is a 28-70mm equivalent.

leica x vario camera compact back

The X Vario retails for $2,850(USD). This Leica is made in-house in Germany, and like the M9, which costs $7000 without a lens, and the S2, which costs about $15,000, the X Vario is made for stellar optical quality at a more attainable price range compared to other Leica models.

leica x vario camera compact side

leica x vario camera compact top

[via DP Review]

Ricoh GR Review: A Great Starter Camera For Aspiring Pros

Ricoh GR Review: A Great Starter Camera For Aspiring Pros

For any aspiring photographer looking for a camera to begin their journey, the Ricoh GR should be one of the first stops. The GR packs mid-size DSLR imaging in a pocketable and lightweight form factor that isn’t anything but a pleasure to carry around and shoot with.

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Dynamic target tracking camera system keeps its eye on the ball

Stationary Observation System for High-speed Flying Objects

This camera system can track very fast moving objects, keeping them in the center of the screen at all times. Currently under development by the Ishikawa Oku Lab. at the University of Tokyo, this latest version captures Full HD video and can be used outdoors.

“Ordinarily, to change the direction a camera faces, you move the camera mechanically. But in this system, it’s not the camera that moves, it’s the mirrors. This makes it possible to change where you’re looking really quickly. In this demonstration, we’re tracking a table tennis ball. The ball moves extremely fast, but this system can keep compensating for the ball’s motion, so the ball stays in the middle of the image.”

This device consists of two mirrors for pan and tilt, and a group of lenses. The Saccade mirrors can be controlled at high speed, on the order of milliseconds. The mirrors move independently, so this system doesn’t lose its high-speed response even if it’s connected to a large, heavy camera.

Also, by connecting a projector instead of a recording device, images can be projected onto a fast-moving object. This could also be used in AR applications, showing interactive content on moving objects.

“Using a rotating mirror is a common method, but usually, the mirror is in front of the camera, so a very large mirror is needed. But a feature of this system is, it can even capture wide-angle images with a small mirror. That’s because the system contains special optics called a pupil shift system.”

“Another important point is, this system does very fast image processing to recognize the subject. It captures and processes an image every 1/1000th of a second. In this way, it can track the subject stably and continuously, simply by feeding back the subject’s position, without particularly predicting its behavior.”

“For example, this system can record, in great detail, the instant a player hits a home run, including how the bat bends and the ball reacts, and the ball’s subsequent path. Or in soccer, it can record things like penalty kicks in amazing detail. We think this will make it possible to shoot sports in a really compelling way.”

“Right now, we’re actually taking this outdoors to where sports are played, to check how accurately it works. We hope it will be usable for actual broadcasting in about two years.”

Event: The 19th Symposium on Sensing via Image Information (SSII2013)

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Via:
Ishikawa Oku Laboratory
The University of Tokyo