Sony NEX-3n Image Spotted

Sony NEX 3n Image SpottedSo Sony does seem to be on the busy side of things this year, what with the supposed February 20th announcement of the new Sony Playstation 4. Well, earlier this morning we mentioned something about the very same date being the platform of announcement for a new bunch of Sony cameras, and perhaps this would also mean the Sony NEX-3n that you see above will receive a standing ovation in an official announcement event.

What you see above has been touted to be the first leaked image of the soon-to-come Sony NEX-3n, where it has been touted to feature a 16-megapixel sensor that can be found on the existing Sony NEX-F3. Of course, what’s the point of rolling out a new device if everything else is going to be the same? The major difference would be a zoom control button which will enable electronic control of the 16-50mm PZ, as well as the recently announced 18-200mm PZ lens. All in all, we would want to appeal to everyone to remain calm and patient, as February 20th is not too far away.

By Ubergizmo. Related articles: Exercise Chair Helps You Remain Fit As A Fiddle, Coda One Bluetooth Speaker ,

Raspberry Pi camera module finalized, priced at $25

The Raspberry Pi has been taking the DIY world by storm lately with it’s $35 credit card-sized computer. Now, users will be able to tack on a camera for $25 more very soon. The folks behind Raspberry Pi have announced that they’ve finalized the design of the camera module are “at least a month away” from releasing it to the public.

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The camera module will connect directly to the Raspberry Pi and will give hobbyists and DIYers the ability to build vision-based applications. Spec-wise, the camera is an OV5647 with a 5MP sensor that’s capable of recording HD video. The ribbon cable below the module connects directly to the Raspberry Pi’s mainboard. No other connections are needed.

Unfortunately, the camera doesn’t feature interchangeable lenses, filters, or even a zoom, but for only $25, you can’t really complain. The Raspberry Pi devs say that the camera module can be used for applications focused on robotics, home automation, and even aerial functions, where taking an expensive camera up into the sky is risky business.

The camera module will cost the same as the just-released Model A board, which is a European exclusive right now. The camera module was first announced back in July of 2012, around the same time that the Raspberry Pi board became generally available. Hopefully we’ll see the camera module sooner than later, but we’re looking at least a month, so you’ll definitely want to be patient.


Raspberry Pi camera module finalized, priced at $25 is written by Craig Lloyd & originally posted on SlashGear.
© 2005 – 2012, SlashGear. All right reserved.

Raspberry Pi $25 camera hardware finalized, won’t be available for ‘at least a month’

Raspberry Pi $25 camera hardware finalized, won't be available for 'at least a month'

The budget board makers over at the Raspberry Pi Foundation are clearly having a busy week, first launching the Model A in Europe, and now reporting that development of the camera add-on for the miniature computers has been completed. Well, the hardware has been finalized, at least, although it hasn’t been “tuned” quite yet (picture quality still needs improvement), and the drivers aren’t fully ready. The camera PCB measures around 25 x 20 x 9mm, and hosts a 5-megapixel, fixed-focus sensor that can shoot 2592 x 1944 stills and 1080p video at 30 fps. Aligning with the low cost of the main boards, it’ll set you back $25, but won’t be available for “at least a month.” Don’t just sit there twiddling your thumbs, though. Start brainstorming all the cool projects you can work on once you put an eye on that Pi.

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Via: Wired

Source: Raspberry Pi

The Raspberry Pi Is About To Get An Eye

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In a blog post on the RP website, Liz Upton is showing off the new Raspberry Pi video camera, a tiny, single-lens unit that weighs “naff all” and will cost $25 when it is released this year.

The camera will connect directly to the Pi and offer hobbyists the opportunity to build vision-based applications. The camera is an OV5647 with a fixed-focus 5 megapixel sensor. It can also take HD video. It’s attached to a nice long ribbon that connects directly to the Raspberry Pi mainboard.

You can learn a little bit more about the project right here. Given the popularity of the Raspberry Pi so far, however, expect this thing to be sold out in seconds even if it is just a tiny camera on a PCB. Raspberry Pis are the new Beanie Babies.

Nokia tipped to bring 41 megapixel sensor to standard smartphones (again)

This week The Guardian is tipping the world from one of their anonymous sources that Nokia may well be bringing their full-on Nokia 808 PureView 41 megapixel sensor to a set of standard smartphones in 2013. This tip comes from “sources close to the Finnish handset maker” and is indeed appearing to us to be just about as incredible as it may seem to you. What we’ll likely see instead is a continuation of the Nokia Lumia 920′s high-powered camera technology rather than the beast that is the lens configuration on the 808 – let’s have a chat about why.

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The Nokia 808 PureView is a smartphone that’s meant to be used primarily as a camera. It’s got a massive lens configuration on its back that Nokia never intended to compete with the thin and light frames of the high-end smartphones we’re seeing throughout the industry today. Instead it was (and is) meant to show the world that Nokia can, indeed, deliver this camera power in a real market-ready handset.

What we’ve got with the Nokia Lumia 920 is a device that takes on the same “feel” for the brand that Nokia is pushing with “PureView”, this time in a more realistic package for the mass market. This device is not the thinnest smartphone in the world – not by a long shot – but it’s certainly ready to compete against the average top-tier smartphone in its overall package delivery. Nokia is banking on the idea that the camera brand PureView technology will push the rest of their handsets into the limelight.

SIDE NOTE: There’s also the possibility here that the Nokia EOS Windows Phone spoken about recently could be connected to a real-deal high-powered PureView sensor. Think about it!

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With the tip you’re seeing here about the 41-megapixel sensor coming to the standard handset, it’s much more likely that a game of “telephone” is going on. That means that the original message was likely something more like “Nokia will bring on more high-powered PureView smartphones in 2013″, translated several times to come out to “Nokia PureView smartphones (started with the 808) will come to market in 2013.” The realistic way of looking at this situation is as follows:

Nokia will continue to push forth with PureView brand camera technology in the handsets they deliver that, first and foremost, deliver an overall solid experience in and of themselves. Another possibility is that Nokia is evolving as quickly as HTC and will deliver something wild like multiple layers of lenses sandwiched together to create a camera that, in the end, works with enough sensors that they’d have otherwise created a 41-megapixel photo.

Perhaps four layers of 10 megapixel sensors to create one beast of a photo? We shall see!


Nokia tipped to bring 41 megapixel sensor to standard smartphones (again) is written by Chris Burns & originally posted on SlashGear.
© 2005 – 2012, SlashGear. All right reserved.

HTC’s “new sound and camera experience” may be deja-vu

This week the folks at HTC have created a rather interesting “Brief History of Photography” timeline in which they tease a “new sound and camera experience” for 2013 – but isn’t that what they did last year? Have a peek back at the original announcement of HTC ImageSense and the HTC One X to see how both photography and superior sound quality (with Beats Audio) were pushed at Mobile World Congress 2012. Fast-forward to 2013 and we’ve got HTC once again claiming to bring on both next-level sound and photography. It seemed pretty great back then, will it seem great again here one year later?

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Of course that’s only one way of looking at the situation. Another would be to see that HTC’s smartphone sales didn’t exactly do as planned with the most recent quarterly earnings report showing sales down by a significant margin. HTC has even gone so far as to mention inexpensive smartphones for 2013 across markets such as China for a main strategy throughout the immediate future.

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So what would HTC need to bring to the market to push their new line of high-end smartphones lead by the device known (at the moment) as the HTC M7? They’d need to deliver a rebranding of camera and sound technology as we know it. As Apple used the term “Retina” to let the world know they’d be going above and beyond the market’s then-current “best” in display resolution, so too must HTC re-brand excellence in their cameras and speakers.

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The tip we heard this week about Ultrapixel cameras in smartphones from HTC may not be that far off from the truth. The tip was that HTC would bring a set of three camera sensors effectively stacked one on top of the other to create photography that has multiple sets of data for each pixel. The result would be photos more sharp and color-correct than any we’ve seen on a smartphone or tablet before.

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And what about the speaker situation? It may just be that HTC has amped up their friendliness with the Beats brand or that they’ve done away with them altogether. The final result will be louder speakers, forward-facing speakers, or more “futuristic” sound delivery through wireless technology. The final result in the HTC One series over the past year was the Beats logo sitting on the back of each handset and not one whole heck of a lot more, when it came down to real-world use.

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Now we wait (until the February 19th big event) to see if HTC can make another wild impact on the industry like they claim they’ve done in the camera history lineup they’ve posted today. Have a peek at the set in the gallery below and let us know how many of these devices you’ve owned or found yourself lusting over as they were released over the past several years.

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HTC’s “new sound and camera experience” may be deja-vu is written by Chris Burns & originally posted on SlashGear.
© 2005 – 2012, SlashGear. All right reserved.

SoloShot Lets You Be Your Own Cameraman (or Woman)

There’s a reason why some people find that they sing better in the shower than they do in public: they can only perform when they’re all by themselves. So if you’re trying to record something for school, for an audition, or for posterity’s sake but can’t seem to perform to your full potential in front of someone else – or you just don’t have any friends around – then you might want to look into the SoloShot.

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The SoloShot is a handy device that records video and automatically keeps you centered in the camera’s shot without the need for human intervention. All you have to do is mount the SoloShot on the tripod that it comes with, strap on the wireless armband beacon, and pair both devices. You’re all set to do what you want after that.

Note that the SoloShot is only the mount and tripod; you’ll still need to provide your own digital or video camera to start recording. It’s also worth noting that the SoloShot works within a 2,000 foot range, and at up to speeds of 140mph, so make sure you stay within both limits.

The SoloShot retails for $479(USD).

[via Gadget Review]

HTC Teases Something Camera-Related

HTC Teases Something Camera RelatedHTC has posted a very informative blog post about the history of photography. In it, HTC details the early development of photography, starting with the Daguerreotype, considered as the first commercially successful photographic process developed in 1839. HTC continues by writing about the first use of the “Kodak” trademark by the Eastman Dry Plate Company in 1887, as well as the $1 Brownie camera in 1990 that introduced photography to the masses. The history also includes the invention of the Polaroid camera in 1947 by Edwin H. Land, Kodak’s first point-and-shoot camera in 1963, and the first ever digital camera invested in 1975. (more…)

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Microsoft Blink Windows Phone Lens app gives users perfect photographical timing (update)

Microsoft Blink Windows Phone Lens app gives users perfect photographical timing

It’s no secret that Microsoft and Nokia are aiming to make Windows Phone the OS of choice when it comes to mobile photography, whether through optical image stabilization or the Lens app lineup. The latest camera augmentation code to come down the pike is Blink, an app built by Microsoft Research that brings a special burst mode to WP8 devices. Blink works by snapping a series of 16 shots each time you take a photo, and lets you choose which picture’s worth keeping. It’s an an excellent tool for those looking to take action photos, but there’s a catch — the pictures taken by Blink are of less-than-impressive quality, with a max resolution of 800 x 488. That said, if such an imaging safety net sounds good to you, there’s a video showing it off in action after the break, and you can grab the app at the source below.

Update: It seems that the images Blink produced on our Samsung ATIV Odyssey are not representative of the app’s true capabilities. One of the app’s creators reached out to tell us that Blink is set to output images that are 1280 x 720, and the glitch we unwittingly discovered is being investigated.

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Via: All About Windows Phone

Source: Windows Phone Store

Ricoh Omnidirectional Camera

Ricoh Omnidirectional Camera One look at the Ricoh omnidirectional camera that allows it to capture a 360° photo which will subsequently be followed by it sending that image to your smartphone, will more or less remind you of that weird snake-like creature in Prometheus that proved to be the precursor to the famous Facehugger. Good thing this omnidirectional camera will not spurt out acid-blood when broken in half, as all that will be revealed would be a bunch of circuitry. Right now, it is under development by Ricoh, where it captures a full 360° panoramic image in just one shot.

Sporting a couple of fish-eye lenses, each will cover 180 degrees, and the camera will perform the “stitching” bit later on by combining both images, and with a decent WiFi connection in the vicinity, it will then send it over to your smartphone or tablet. The practical aspect of it does seem to weigh a whole lot less than the artistic point of view, don’t you think so? Hence, we have no idea at all as to how much this will cost should it even make it to store shelves.

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